NUREG/A-0020

International

• Agreement Report

Assessment Study of

RELAP5/MOD2, CYCLE 36.04

Based on Spray Start-up Test

for DOEL-4

Prepared by

P. Moeyaert, E. Stubbe

TRACTEBEL

B-1040 Brussels, Belgium

Office of Nuclear Regulatory Research

U.S. Nuclear Regulatory Commission

Washington, DC 20555

July 1989

Prepared as part of

The Agreement on Research Participation and Technical Exchange

under the International Thermal-Hydraulic Code Assessment

and Application Program (ICAP)

Published by

U.S. Nuclear Regulatory Commission
NOTICE

This report was prepared under an international cooperative

agreement for the exchange of technical information. Neither

the United States Government nor any agency thereof, or any of

their employees, makes any warranty, expressed or implied, or

assumes any legal liability or responsibility for any third party's

use, or the results of such use, of any information, apparatus product or process disclosed in this report, or represents that its use

by such third party would not infringe privately owned rights.

Available from

Superintendent of Documents

U.S. Government Printing Office

P.O. Box 37082

Washington, D.C. 20013-7082

and

National Technical Information Service

Springfield, VA 22161
NUREGIIA-0020

((• International

Agreement Report

Assessment Study of

RELAP5/MOD2, CYCLE 36.04

Based on Spray Start-up Test

for DOEL-4

Prepared by

P. Moeyseort, E, Stubbe

TRACTESEL

B-1040 Brusbels, Belglum

Office of Nuclear Regulatory Research

U.S. Nuclear Regulatory Commission

Washington, DC 20566

July 1989

Orepared as part of

The AVGeemen on meseeaoPh P lcgdlprtlon and Teohnicai vxchenge

under the Internetlofli Whermui-tydreut Code Aiseiomerne

V4 Apploatlon Program (ICAP)

Published by

U.S. Nuclear Regulatory Commission
NOTICE

This report documents work performed under the sponsorship of the Tractionel of

Belgium. The information in this report has been provided to the USNRC under

the terms of an information exchange agreement between the United States and

Belgium (Technical Exchange and Cooperation Arrangement Between the United

States Nuclear Regulatory Commission and the Tractionel of Belgium in the field

of reactor safety research and development, April 1985). Belgium has consented

to the publication of this report as a USNRC document in order that it may

receive the widest possible circulation among the reactor safety community.

Neither the United States Government nor Belgium or any agency thereof, or any

of their employees, makes any warranty, expressed or implied, or assumes any

legal liability of responsibility for any third party's use, or the results of

such use, or any information, apparatus, product or process disclosed in this

report, or represents that its use by such third party would not infringe

privately owned rights.
ASSESSM1ENT STUDY OF

RELAP-5 MOO-2 CYCLE 36.04

BASED ON

SPRAY START-UP TEST FOR DOEL-4

P. MOEYAERT

E. STUEBE

TRACTEBEL. BRUSSELS 0iCTOGER 1986
EYECV!2T,'E SUMMARY

The use of real plant data for code assessment constitutes a

hishly desirable complement to the assessment studies based on

small scale separate effect tests and small scale integral

facilities, as it may shed some light on the important issue of

scalability oF the code models for real plants.

in the process of assembling the input data deck for the Ooel-4

plant, the proposed study allows one to vericy the behaviour of

part of the plant without awaiting the full data deck for this

plant. !n this context, TRACTESEL has selected a particular

start-up test dealing with the spray and heater commissionning

test for the plant uhich basically requires a good simulation of

the pressurizer component and primary control loops. The steam

generators dc play a minor role as they constitute basically a

heat sink at constant temperature and pressure.

The pressurizer component houever Plays a major role in

determining the plant behaviour in normal and off-normal plant

conditions, while the spray and heater systems, uhich do not

strictiy have a safety function, have a decisive impact on the

operat4cnai flexioiiity of the Plant. Hence a correct simulation

oF th:s component is vital to simulate operational transients.

'urzher:-cre, for a correct treatment of the phenomena which dc

occur in a pressuri:er, with counteracting effects from both

spray and heaters operational , a good number of code features

are addressed such as :

- Thermal non-equilibrium thermalhydraulics in the pressurizer.

- Form loss effects and counter current flou in the surge line.

- Heat transfer from pressurizer shell and the pressurizer rises

heaters to a tuo phase fluid.

T1his stud. concentrates on the spray commissioning test for the

CGEL-: ' ranr and s.mulates the primary behavicur during the last

two minutes of the test.
T?,e most important findings are

- The RELAP-5 code is capable to reproduce the depressurisation

rate to within 1 % of the measured value.

- Ouring the 120 sec transient time, a growing divergence is

observed for the pressurizer water level (-P level) between

the calculated and the measured level. This discrepancy is

most probably the result of an uncertainty in the chargingletdown flow rates which were not recorded during the test.

- The calculated temperature profile of the spray flow suggest a

100 % efficiency of the spray flow, since the fluid

temperature approaches the saturation temperature within

0.2*C. Since the depressurisation rate is calculated

correctly, this means that the vapour-water heat transfer

coefficient in the film condensation model is large enough to

drive the spray ftuid to saturation. This test however does

not validate the upper bound of the film condensation model

heat transfer coefficient.

- Uater packing can be avoided by proper nodalisation of the

pressurizer.

- The structural heat stored in the pressurizer shell and the

heaters may acc:unt fcr about 10 1. difference in the

depressurisation rate.

- A large mass error occurred when the surgeline-hot leg

connection was nodalised by a cross flow to a small volume in

the hot leg conform to some recommendation.

- The code performance is acceptable and very steady.

indeed, a total mass error fraction of 10 -6 is calculated,

with a verv steady progressing of about 20 CPU sec per problem

second, on a CYSER 180/325.
I.

This report presents an assessment study for the code RELAP-5

-00-2 based on a pressurizer spray start-up test of the Doel-4

power plant.

Ooel-4 is a three loop UESTINGHOUSE PUR plant ordered by the

ESE'S utility with a nominal power rating of 1000 iWe and

equi'ped with preheater type E steam generators.

A large series of commissionning tests are normally performed on

new plants, of which the so called pressurizer spray and heater

test (SU-PR-01) was performed on February 2nd 1985.

TRACTEBEL, being the Architect-Engineer for this plant was

closeiy involved with all start-up tests and was responsible for

the :inal approval of the tests.

This particular start-up test has been selected as the first

code assessment study for this plant, as it can be considered as

a kind of separate effect test, principally involving the

phenomena in one plant component i.e. the pressurizer.The

pressurizer plays a vital role in. determining the plant

behaviour during operational transients and accidents. Hence a

correct simulation of the pressurizer (including surge line.

=pray- and heater control) is dssent:a, in trying to simulate

the plant behaviour under off- normal conditions. Although the

pressurizer spray and heater systems do not strictly have a

sa:'ety function, they have a large impact on the operational

flexibility of the plant (i.e. piaht pressure control).

The code used for assessment is RELAP-5 MOD-2 CYCLE 36.04, which

was installed on a CYBER'176 comouter.

This pressurizer spray test involves the following important

features for code assessment

- FulI scale

- ?-essurizer thermaihydrau!ics : which involves the thermal non

equilibrium phenomena leading to condensation (by spray) and

evaporation (by heaters).
- Sur'eline thermaihydraulics : For-n loss factors and counter

current flow behaviour.

- Structural heat from pressurizer shell and heaters.

- Assymmetric loop behaviour when one or two reactor coolant

pumps are tripped, leading to reversed loop flow.

- Single phase pump behaviour (coastdoun).

This code assessment work is performed by TRACTEBEL and is based

on the plant recorded data for this test.
6

TABLE -OF CONTENTS

1. INTRODUCTION

2. DOEL 4 PLANT AND SYSTEM DESCRIPTION

2.1. Reactor coolant system

2.2. The chemical and volume control system

2.3. Steam senerators - main steam - feeduater system

2.4. ~easurement and recorder uncertainties

3. DESCRIPTION OF THE DOEL 4 SPRAY CAPABILITY TEST

3.1. Initial plant conditions

3.2. Spray efficiency test procedure

4. CORE AND MODEL DESCRIPTION FOR THE TEST SIMULATION

4.0. General nodalisation philosophy

4-.. Nodalisation of the reactor coolant system

a.2. Simulation of the chemical and volume control system

4.3. Description of the RELAP control variables

5. DESCRIPTION OF THE SPRAY CAPABILITY TEST SIMULATION

5.1. Simulation procedure

5.2. Discussion of the results

5.3. Discussion of the code accuracy

6. DISCUSSION OF THE RESULTS OF SOME SENSITIVITY STUDIES

. RUN STATISTICS

8. CONCLUSION
7

I. !*T-OOUCTION

In the framework of the Belgian contribution to international

code asse-sment program (ICAP). TRACTESEL has suggested to

perform several assessment studies based an start-up tests and

operational transients involving the OOEL-4 plant.

The use of real plant data For code assessment constitutes a

hj'hv desirable complement to the assessment studies based on

small scale separate effect tests and small scale integral

facilities, as it may shed some light on the important issue of

scalability of the code models For real plants.

In the process of assembling the input data deck for the Ooel-4

plant, the proposed study ailows one to verify the behaviour of

part of the plant without awaztlng the full data deck for this

plant. In this context, TRACTEBEL has selected a particular

start-up test dealing with the spray and heater comm:ssionning

test for the plant which basizally requires a good simulation of

the pressurizer component and primary control loops. The steam

generators do play a minor role as they constitute basically a

heat sink at constant.temperature and pressure.

The pressurizer component however plays a major role in

determining the p!ant behaviour in normal and off-normal plant

conditions, while the spray an. heater systems. which do not

strictly have.a safety function, have a decisive impact on the

operational flexibility of the plant. Hence a correct simulation

of this component is vital to simulate operational transients.

Furthermore, for a correct treatment of the phenomena which do

occur in a pressurizer, with counteracting effects from both

spray and heaters operational. a good number of code Features

are addressed such as :

- Thermal non-equilibrium thernaihydraulics in the pressurizer. - Form loss effects and counter current flow in the surge line.

- Heat transfer from pressurizer shell and the pressurizer

heaters to a two phase Fluid.
8

Chapter 2 gives a description of the OOEL-4 plant and the

systems which play a role for this test.

Chapter 3 gives a description of the test procedure and boundary

conditions.

Chapter 4 applies to the RELAP 5 100-2- nodalisation of the test

in terms of nodalisation philosophy and detailed description of

the RELAP volumes, junctions and heat slabs.

Chapter 5 presents the code assessment for the so called

reference test defined in chapter 3.

Some sensitivity studies are presented in chapter 6 which

highlight the effect of nodalisation (run 1), the effect of

erroneous specific heat input (run 2) and two plant tests

whereby I reactor coolant pump was tripped and one (run 3) or

both (run 4) spray valve were opened.

These runs 3 and 4 induce asymmetric loop behaviour (reversed

flou in loop with stopped pump) and also yield some information

on the Pump c-astdoun.

Finally, chapter 7 gives some informations about the run

statistics.
9

2. OCEL 4 PLAtiT ANO S7STEJI GESCRIPTION

The Doel 4 plant is a Uestinghouse 4 loop pressurized water

reactor (PJR) rated at 1000 Mte and commisioned in 1985, for

which TRACTEBEL was the architect engineer.

This section provides a description of those systems that are

relevant to the simulation and analysis of the pressurizer spray

eFficiency test at zero power (a precritical commissioning

test).

2.1. Reactor coolant system

Fig. 2.1 represents the engineering flou diagram of the reactor

coolant system (RCS), comprising the reactor vessel and the

three primary loops, each loop including a U-tube preheater type

steam generator and 1 main coolant pump.

The individual loops are labelled respectively the R, B and G

aoop.

Ooel 4 is equipped with a 4 flt core, loaded at the moment of

the spray test, with 157 new fuel assembies each comprising 264

fuel pins. No nuclear power was produced, but the pressure drop

over the core region was nominal during the test.

The major heat input into the reactor coolant is induced by the

3 primary pumps, of 4.43 M; each, and which establish a rated

mass fou rate of 4757 kg's ccrresponding to a pump head of

68.6 m.

A 1600 ft3 (46.5 m3 ) pressurizer is connected to the "B" loop

hot leg by a 14" surge line.

Two pressurizer spray lines connect the pressurizer spray nozzle

(1n top of the pressurizer dome) to the "R" loop and "S" loop

cold legs, yielding a total spray flow of 102 m3 /h under nominal

conditions when both spray valves (P.R-ACO, PR-a02) are

fully open.
10

The pressurizer spray control system, acting on the pressurizer

spray valve setting is shown in fig. 2.2.

The pressurizer is equipped with 1 group proportional heaters

(max power 308 kW) and 5 groups of back-up heaters (total power

1294 kW). In the automatic operation mode, all back-up heaters

are switched on as the pressurizer pressure decreases below PMo"

-1.7 bar (PNom = 155.1 bar). In order to avoid any impact on the

depressurisation rate during the spray efficiency test, all

heaters (proportional + back-up) were in manual operation mode.

The pressurizer heater control system (shown in fig. 2.3 for

level 1) for the automatic mode. is simulated for analysing

operational transients.

2.2. The chemical and volume control system (CVCS)

The water inventory and primary water chemistry in the reactor

coolant system is maintained by the charging and letdown system

(CVCS).

Three centrifugal charging pumps take suction from the

volumetric control tank and feed cold borated water via a

regenerative heat exchanger into the cold leg of loop R.

The charging flow raze in the automatic mode depends upon the

differences between the programmed and the actual pressurizer

water level, which controls a regulating valve (CV/458) in the

charging line. The nominal charging flow rate is about 15 ml/h.

Fig. 2.4 represents the actual pressurizer level control system.

The charging system also provides the seal injection water for

the 3 main coolant pumps. Part of the seal water enters the

reactor coolant system and part returns to the volumetric

control tank.

The letdown flow is controlled mainly by 3 crifices in a letdown

line connected to the cross over leg of loop G.
11

In nominal conditions, the letdown flow rate (corresponding to .

orifice in service) is 22.7 m3/h.

2.3. Steam generators - main steam system - feeduater system

The 3 steam generators are U-tube Uestinghouse preheater type.

model E steam generators, with a nominal heat transfer area of

6340 m- consisting of 4364 tubes (Oin = 16.87 mm, goe, =

19.05 mm) with average length of 21.70 m.

Curing the spray efficiency test, the primary temperature was

held constant at the zero power reference temperature by dumping

steam to the atmosphere by the main steam power operated relief

valves.

Since the condensor was not available, the main feeduater pumps

were not running. Cold feeduater was supplied to the steam

generators by the auxiliary feedUater system.

".4. Measurement and recorder uncertainties

Fig. 2.5 shows the raw recordings made during the actual spray

test in Doel 4. i.e. the pressurizer pressure and level against

time as well as the position indication of both spray valves

against time.

The uncertainty band for the pressure sensor is estimated st

t2 bar at nominal system pressure (= 1.3 %).

The uncertainty band for the pressurizer level gauge is

estimated at 5 %

A global recorder uncertainty of about 3 % shoud be added to

instrument uncertainty for both recorder parameters.

The recorded spray valve position as function of time will be

taken as input For the simulated spray valve area evolution,

although in a slightly modified sequence (see • 4).

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3. E~r~!?IO O~T~ELOE A SPRAV EPCTCIENCYr' TESTT

The pressure transient discussed in this paper was part of a

ccmmissioning test entitled "Pressurizer heater and spray

efficiency test" (SU-PR-101).

The test was performed in Ooel 4 on the 13th and 14th of

Tebruary 1985.

One of the objectives of the plant was to check the efficiency

of the pressurizer spray to cecrease the primary pressure. The

pressurizer pressure evolution tas recorded during this test in

parallel with the spray valves position indication and the

pressurizer level evolution.

3.1. Initial olant conditions

.17. The primary system avera-ge temperature was about 297.3 0 C,

corresponding to the normal no-load reference

temperature. The Dressurizer pressure was 158 bar,

exceeding the ncminal pressure by 3 bar. The initial

pressurizer level of 26.3 % was slightly higher than the

no load reference level (25 %) due to previous tests.

3.1.2. The pressurizer pressure control is in manual, the heater

control demand being at 60 *; of the maximum of the

variable heater oouer -3C08 LU), to compensate for the

hieat losses anc the -esi~dual spray.

3.1.3. The pressurizer leel control is in manual. One CVCS

charging pump is operat:nS and normal letdcun is

established (1 orifice open). The letdown pressure

control is in automatic, the nominal letdown flow rate

being 22.7 m`/h.

3.1.•. In order to establisn ncminal spray flow, all three

primary pumps were running.

3.1.5. The heat produced by the Primary pumps was evacuated via

the three steam generators, the primary temperature being
i$2

cont-l'led by dumpin,3 steSm through the atmosphere relief

valves.

3.1.6. The steam generatcr level was controlled by the auxiliary

Feedwater system.

3.2. Spray 4-fi,:iencv test procedure

2.2.1. The spray test was started by opening both spray valves

in parallel from 0 %: to 100 % in about 30 seconds (see

fig. 2.5 channels 3 and 4).

3.2.2. Pressurizer pressure and level uere recorded during the

test, an channels 1 and 2 of figure 2.5.

?.2.3. Scth spray valves .;ere ciosed manually at the same time

in about 25 seconds, once the pressurizer pressure

decreased below 1.055 bar.
14

CODE 0. AND MODEL 3ESCRIPTTONj COR THE TEST ST!uLAT ON

The code used for simulating the pressurizer spray efficiency

test was RELAP5/MC02 cycle 36.04 and was processed on a COC

machine CYSER 180/825.

The test procedure of the actual spray test has been modified

slightly for economic reasons : since a RELAP5 simulation of the

steady state operation at normal no load conditions was already

available (Ppn = 155.1 bar), the pressure raise from 155.1 bar

to 158 bar before starting the spray test has been omitted. So

the simulated spray valves are opened when the recorded RCS

pressure reached the normal no load conditions (Pp, = 155.1 bar)

and the opening time interval has been reduced from 30 seconds

to 10 seconds.

The results of the actual and the simulated spray tests have to

be compared between the moment the actual pressurizer pressure

decreases below 155.1 bar and the moment the spray valves

(actual and simulated) are closed.

4.0. General nodalisation philosoohv

The general nodalisation philosophy is a compromise between

precision and economy. The minimum length of a volume in the

primary loops corresponds to length of the vertical part of the

cross over leg leading to the primary pump. The corresponding

transport time of 0.12 seconds was taken as a minimum at nominal

conditions (100 %: power). This led to a 5 volume representation

of the core (an odd number of volumes was considered to allow an

easier representation of cosinus like power distribution).

In the U-tube bundle, the number of axial nodes is based on a

rule of thumb of about 20 AT per volume in order to obtain an

acceptable heat transfer and temperature drop between primary

and secondary side.

This resulted in 11 volumes in the ascending leg, and 7 volumes

in the descending leg of the bundle.

Since no important phenomena have to be expected on the

secondary side of the steam generators, the latter has not been

simulated explicitely. The constant Reactor Coolant System
15

temperature has *been obtained by imposing a fixed surface

temperature at the secondary side of the U-tube heat structures.

This resulted in the nodalisation scheme as shown in fig. 4.1,

consisting of 134 volumes, 139 junctions and 82 heat structures

(275 mesh points).

The following chapter describes in more or less detail the

extent of the nodalisation.

4.1. Nodalisation of the reactor coolant system

'The numbering logic for the RCS is as follows :

• reactor vessel components 010 - 099

"R' loop components 100 - 199

• 1G" loop components 200 - 299

* "9" loop components 300 - 399

" pressurizer components 400 - 499

Table 4.1 compares the calculated steady state conditions at

100 % power with nominal plant values for the most relevant

parameters. All form loss factors (Kr, Ka)'appearing in the

input for the spray test at no load conditions have been

dimensioned for steady state conditions at 100 ; power.

.1.1. Reactor vessel nodalisation

Fig. 4.2 represents the correspondance betueen the Relap

nodalisation and the actual reactor vessel geometry.

Table 4.2 summarizes the gecmetrical data of the reactor vessel

nodalisation.

4.1.2. Primary loop nodalisation

Table 4.3. 4.4 and 4.5 summarize respectively the geometrical

data oF the hydrodynamic components for the loops R, G and B.
I ,

-he detail c f the nodaleisation o the R'S has only Iimited

influence on the relevant results of this particular exercise,

being pressurizer pressure and level evolution.

The reactor coolant system only has to supply a correct flou

rate and temperature to the pressurizer spray system and

conditions the surge flou in the pressurizer surge line. The

only observable affects in the RCS during the spray test uiil be

the primary pressure drop and the steam generator power exchange

(not identical for the 3 SCG).

Therefore a detailed discussion of RCS parameters is not

relevant and furthermore the explicite simulation of the

secondary side of the steam generator is certainly not required.

4.1.3. Nodalisa-ion of the S.G. U-tube bundle

All U-tubes of one S.G. have been globalised into one equivalent

tube having !I volumes in t"he ascending part (volumes i22-O1/11)

and 7 volumes in the descendins part (volumes i24-01/07) (i =

1,2,3).

Since the secondary side of the S.G. has not been simulated, an

acceptable heat transfer rate (and so an exceptable primary

temperature level) uas obtai.ed by simulating the U-tube

metallic structures and imposing at the secondary side surface a

uniform temperature distribu:ion (equal to the required cold leg

temperature).

.1.-4. Simulation of^ the primary pumps

Since not enough data uere available, the built-in Westinghouse

pump model uas selected as a best guess.

The acceptability of the model uas verified by comparing the

slmulated pump coastdoun curve and the actually regist-ered pump

coastdoun curves.
17

4.1.5. Pressurizer nodalisation

4.1.5.1. Hydrodynamic volumes

Table 4.6 summarizes the geometrical data of the hydrodynamic

volumes of the pressurizer and compares the total volume to the

nominal value.

The pressurizer has been subdivided in 10 volumes (410-01/09 and

420-01). Volume 420-01 represents the top of the pressurizer

dome uhere the spray nozzle is located. The subdivision of the

remaining 9 volumes has been made taking into account follouing

restrictions :

a) the 2 instrumentation tabs leading to the pressurizer level

indicator, have to be situated in the middle of a volume,

since RELAP links the mean volume static pressure to the

center of the volume (volume 410-03 and 410-08).

b) the initial uater level (26,3 %) has to be located in the

center region of a volume to avoid unrealistic condensation

effects if a volume is practically filled up uith water and

contains only a smali amount of vapour, or to avoi.d

unrealistic flashins effects in the other extreme case

(volume 410-05).

c) since the simulated surge line (volumes 400-01/04) has a

continuous, though small, slope and contains no vertical

parts, there is no vertical phase separation possible in the

surge line. When simulating conditions uhere all pressurizer

heater power was on, combined with Full spray, a large vapour

entrainment uas observed in the surge line (CCFL in

horizontal flow regime).

In order to permit a certain degree of stratification in the

bottom of the pressurizer (at the entrance of the surge

line), three small volumes-(410-01/03) are represented in the
Is

bottom of the-pressurizer, while the pressurizer heaters have

been concentrated in the 2 volumes above (410-04/05).

The surge line (volumes 400-01/0d) is connected to the primary

loop B by an "upward located cross flow junction" in order to be

able to cope with horizontal stratification phenomena in the

primary loop 8 (not in this exercise) and to represent correctly

the T-like connection between surge line and hot leg.

Both spraylines are simulated explicitly including their control

valve (JI35 and J"'"5) ; one spray line is connected to the cold

leg R. the other to the cold leg 8.

The spray flow is controlled, as in reality, by the pressure

difference between the pressurizer dome and the cold legs and by

the CV of the spray valves J435 and J445.

The full open area of both spray valves (2435 and J445) has been

dimensioned to obtain the nominal total spray flow rate of

102 m3 /hr.

The cross section of the spray flow lines is the actual pipe

cross section, such that the velocity in the spray lines is

respected.

The length of the spray lines covers the elevation difference

between the top oa the pressurizer and the primary loop cold

legs, and, consequently, is different from the actual length.

However, this has no impact on the results for the following

reasons :

a) since, in reality, there is always a small continuous spray

flow rate (0.45 m3/h), the temperature of the water in the

spray lines at any time is the cold leg temperature (spray

line heat losses neglected) (the continuous spray flow rate

in not simulated, because this causes flow oscillation

problems through the nearly closed control valves. The

omission of this flow and its pressure reducing effect will

be compensated by reducing the proportional heater power in

automatic control).

b) because the total RCS water inventory is not relevant for

this exercise, and is hardly affected •
19

4.1.5.2. Pressurizer heat structures

Besides the S.G. U-tube heat structures, the pressurizer and

surge line heat structures are the only relevant and actually

simulated heat structures for this test.

Two types of heat structures are simulated

a) The pressurizer heaters :

The pressurizer heaters are simulated by one heater rod of

nominal section (= section of one real heater rod) and with a

length equal to the sum of the lengths of all real individual

heater rods.

The pressurizer heaters are represented in volumes 410-04 and

410-05. The simulated heater rod in volume 410-04 represents

the total length of the rods below the top level of volume

410-04. The heaters in volume 410-05 represent the total

length or the rods above the top level of volume 410-04.

The total heater power including back-up heaters is 1602 kW,

308 kW being the power of the proportional heaters, the

complement being the power of all back-up heaters. Ouring the

spray test,. the heaters were in manual control and only the

proportional heaters were operational.

Fig. 4.3 illustrates the RELAP control block for the

pressurizer heater control of fig. 2.3.

b) The oressurizer and suree line wall heat structures

The pressurizer heat structures are represented because their

thermal inertia- has an influence on the spray performance.

The pressurizer heat losses have been modelled by imposing a

fixed-.heat transfer coefficient for the wall heat structures,

so that the heat losses to a fictive containment volume (940-

01) correspond to the actual overall heat losses estimated

during another start-up test. to be about 30 %' of the

variable heaters efficiency, i.e. about 92 kW.
20

4.2. Chernica! and volume svstem nodalisation (IVCS)

During the spray test, the CVCS was in manual steady operation,

which means that the total charging flow (being the charging

line flow + the part of the primary pump seal water entering the

RCS) compensates exactly the letdown flow.

Both letdown and charging are represented by Time Dependent

Junctions : TDJ233 for the letdoun. TDJi81 for the charging

flou.

The letdown flow is calculated by the code using following

data

- the efficiency of the (only) operational letdown orifice at

nominal steady state conditions is 22.7 ml/h

- the letdown orifice back pressure is 38 bar and remains

constant, controlled by the letdown pressure control system.

The letdown flow thus calculated is re-injected into the RCS

system by the charging system (TOV 180) at a temperature 10 OC

below the letdown temperature (to take into account the combined

effect of the regenerative and the non-regenerative heat

exchangers).

4.3. Descriotion o7 the RelaD control variables

The general numbering logic for the control variables (cards 205

NNNoo) corresponds to the logic used for the volume numbering.

CNTRLVAR 001-099 : related to the core + some particular

control variables

C.NTRLVAR 100-199 : related to primary loop R

CNTRLVAR 200-299 : related to primary loop G

CNTRLVAR 300-399 : related to primary loop B

CNJTRLVAR 400-499 : related to the pressurizer

CNTRLVAR 600-699 : related to steam generator R

CNTRLVAR 700-799 : related to steam generator G
21

CNTRLVAR 800-899: related to steam generator B

4.3.1. CNTRLVAR 001-099

CNTRLVAR 001-003 energy added to the primary system by the

charging flow

CNTRLVAR 004-006 energy taken from the primary system by the

letdown flow

CNTRLVAR 007 net energy input in the pressurizer

resulting from heat losses to the

containment, the PR heaters and the PR wall

heat transfer to the PR volume

CNTRLVAR 008 net energy input into the PRZR vapor phase

CNTRLVAR 009 primary system energy balance

CNTRLVAR 010-016 conversions for plot generation

CNTRLVAR 020-026 pressurizer energy balance

CNTRLVAR 027 total heat produced by the PRZR heater rods

CNTRLVAR 028 tLts vapor generation rate in pressurizer

CNTRLVAR 031-032 ccre power and turbine power (both zero)

4.3.2. CNTRLVAR 100-399 (primary loops)

CNTRLVAR 100-13 calculation of the AT setpoint for the

CNTRLVAR 200-213 overtemperature and overpower protection

CNTRLVAR 300-313. far each primary loop (correspcnding to

fig. 4.a)
22

CNTRLVAR 134-186

CNTRLVAR 281-284

charging flow calculation taking into

account the centrifugal charging pump curve

(not used)

letdown flow calculation

4.3.3. CNTRLVAR 400-499 (pressurizer)

C0ITRLVAR 400 calculates the collapsed uater level from

the following expression

all

Z Or i - Lo

CNTRLVAR 402

vol

Lc.,( .) = 100 x

L:oo - La

ar, is the fluid void fraction for volume i

Lo being the sum of all pressurizer and

surge line volume vertical heights up to the

lower instrumentation tap,

Ltoo being the sum of all heights up to the

upper instrumentation tap.

calculates the measured hot calibrated

pressurizer level, based on the weight

difference between a reference water column

and the water (and steam) column in the

pressurizer. The electrical signal,

corresponding to a pressure difference,

varies between 0 % and 100 % for water level

varying between lower tap and upper tap.

Hence we can write

1 etgihi - & gH PZ - P, i

L(. = 100 x = 100 Ptoo- p, , g H -, g H

wherein g = earth gravity

C = density
H = distance betueen level

taps (= 11.164 m)

subscript i = index of hydrodynamic

volumes in pressurizer

z = uater level

v = vapour at nominal saturated

conditions

I = liquid at nominal saturated

conditions

o:0 %

100 = 100 %

total PRZR mass

pressurizer heater control in correspondence

uith Pig. 4.3

Houever, control component 418 has been

changed to represent the manual operation

mode of the pressurizer heaters during this

particular test.

represent the time dependent behaviour of

both pressurizer spray valves.

CNTRLVAR 404

CNTRLVAR 410-418

CNTRLVAR 435-445

4.3.4. CNTRLVAR iC0-i99 (i = 6, 7, 8)

CNTRLVAR i06-ilO calculate the total steam generator pouer

for all three steam generators

4.3.5. Miscellaneous

CNTRLVAR 900-911 total mass of the PRZR vapor phase

CNTRLVAR 912 total mass of the PRZR liquid phase

CNTRLVAR 920 net energy input into the surge line

DOEL 4 - 5TEADY STA7YE AT 100 K) % POWER TAREL. 4.

Pckrrn e te r

a . |

*RZ . . -sv

PIZRI Tfte-SSUjeE

PRZR .LI VEL

COLD Lfd T•rt.

ifoTr Lea TCI'ip.

AVERAEib T•M1I3 .

A'T

* :'1o. .• n i t,

,it t.. i, '"r. ns•, h 

, .. 1.07 '. ar•;ji P.R.-..-;EO7

.. ••:PR..,.L"..'S$O

.* :h 4 .. ? . *!'•' '' I

, :.,, I C Is

• ° i*,, .. & q, ' L '

* 'c-.• -RC-T-:11I1

Ili

., NS F-h 1'"102

.: ..I*' . ,. .. A

* .. *.j. ',:".•:: *a, 

• .:i .,;: I . . I..:. 

• •, "..rf IFW-'C.-. 1 ".

b"."D.' HS". r,1...0, P 7

,'.

t{•1 :::1I2/ F 1

SiteVALUIF5 * EAP RR~OR Ii v L u e Esteshm .•i'ti:~~~ b s " si~•'"RE l.l1u A "_ /6 Component R9LAP

. a 123

LILA.B-_

___4.ZL

zakz.

--ftfLO_

"__8,9

-10oo _

29,Z7.

U 0,40

R'EACTMiI cobLIIN FLA

3* 1. S

0,2.

-- el----

p-a

•olo

cv 0"31

V440:

CV40Z

V1531 263,353

VIits 2111311

YV02, 702,802

V6008 ?00, B0o

CVG 130 713 ,

V.G610 7,04,.0ao

V645 GOT45 0450

cv G108 7101 010

S(cCoUItPAXY SYSTdrfI PE-E b'ATEIR FLOW

F6EItV1VrT61 TeiriP.

S'a NAIcP0U1RieH6E -LEV.

S7MirI LIME PCESStoiFSTEt-II f FLOWi

S.C TO "(o. w.c

-1

a-.

tJI

~rtaV~~~rTr1P f"
TASL-. 4.2 :"GECO,'fTRICAL CATA FOR T.E

REACTOR VESSEL

VOLUHE mum,3E.!_I______)[(M)_I_ NAME TYPE FLOWARE4 LEG-TI4 VOLUME

Cm3)

011- 01

Of31- 01

o 15,- 01

02

03

023 -01

0251- o0

031 - O1

oz

0-3

04

06'

035"- O0

S7-9 - o0

0of - 01

043 - o0

045'- 0o

UPDOWAIC

UPDOO WA022

DOWNCT.S

LO'4PLEN

COREIN

corl"

BYPASS

U•PLE,'~ V

UP PLEN 2

UPHEAD

B RAPICJ4

BRAVCl4

A JNUL(US

8RAA1CJ-I

E R A ACI-I

PIPE

urIC-LVOL

R A ICh.

1. 8519G

2.4 75"95"

Z-. 5"7

2.57

2. 2, 57S7

G. 233G8

3. 86

3.86

3. 8r

3. 8G

0.0809/9

3.8€•

8.8 G5

9,04,39

2.o94

1.4f4

1,74233

1,74233

1.74233

1.455"

o. 853 0.85"3

0.853

3.878

3.5"0"1

4.47779

4.47779

4.47779

9.07

3. Z9258

3.22568

5. 2925a

5. Z 925"8

3.292S£8

3.2925"8

3.45"

3. 12125"8

5.. 939 5-5"

18. S233

18.63

4. 2 1*5*

0.85"3

0. C70

2,094

2.OG
TASLE- 4. . _",-TP;AL DArA FOR PRM'hARY LOOP R

VOLU,"./E NANIE TYPE FLOW AP,1A L fitrTH. VOLUHIE YRT, A',

_ _u_ _-._ _2) ( n ( .ri.) ( m ) (a )

1101- Of ITLEGr-1 PI P o.4309 2.G815 1.1715 0.

2. 0.4399 2.saI% 1.17IS 0,

11f- 0f H4-rLR- 2 aANC4 o.4369 2. G 83 I.1745 49.57

131 - Cl SEAL. PIPE 0.4984 f. 9-1. o.9684 -SO.

02 a.4984 1.19,3 oeq84 -90.

03 0.4 2 C4 3.009 1.4997 0.

04 o,4870 4.600 0.7792 90.

131- Ol COLD,1 SN&LVOL 0.3!3 2. 0 G 0.791 0.

15'2- 01 COLDOR2 BRAA/c;4 0.18t 2.065 0.791 0.

1,3- 01 CC.D.3 .!IPO o. 383 2.OG5" 0,791 0.

1E3 -02 O.434 2. OC O.S99 0.

TALE 4..4 : GEO-'ETPICAL DATA FOR PRIARY LOOP G

vOLL0 -HE NAME: TYPE FLOw ARPEA LEWGAC-'hi VOLUHE 'Vg•-RA-l@.

___u_ _ _ _.. 1, ( rr Z) (in.) ( mi ) _ o _( )

211 - 04 q4TLGGC1 PIPE 0.43G9 2. 98f3 I 1.1715" 0.

o2 • 0.4399 2. 6 8 f3 4. 171 0.

245- 00 I4TLEG&2 BRANCH 0.4-36-0 2.6813 1. M7T 1S7 4 

214-01 ý,EALC-.I PIPE 0,4984 4.943 0.4,4 -90.

02 O,4984 1 .9:3 c.96,4 -90.

03 0."'7 3.0o9 1.4'C4 o.

212-00 SE4LG 2 C-RAACl;4 0..487 1. C.7792 90.

251 - 00 COLDC- I ERAN CH 0.383 2.0G5" O.791 0.

253-0 CCLDGZ PIPE 0.383 2. 0 G" 0.791 0.

2'3- 0z C.383 2.06a5 0.794 0,

2.3-o3 o,43, 2.060 0.893 0.
TABLE 4.5: GEOMEcTtRICAL DArA FOR PRIMARY LOOP S

VOLUtM-E NAME TYPE FLwLAREAJ LEmGT4 VOLUMr1E YERT,,A46L.

NUMBER I (I,.nz)I ( M) (,r., 3) (,)

311- 01

02

S513-of

2331-o1

ITLEG5 1

UTLrGB2

SEALB

PIPE

BRANC.4

PIPE'

0,4369

0.4369

0. 43 C9

10,4984

0.4984

o.4870

2,6813

2,6813

2,681.,

4,1714"

1. 1715

a,

0.

19: 5-7

4---

0z

03

04

1,943

11 943

3.009

1, 60o

0,9684

1.4997

0.7792-

-90.

-90.

0.

90,

4. A J I -

351 -

3~2-

353-

353-

o0

01

of 02

COLD Pa

COLDB2.

COLD 3

S.1G-LVOL

PIDE

0.383 o,383

v.434

2.o 2. o 65GS

2..066S

2.o6S

0.791

0.791

0.791

0,895C

0.

0. Os

0.

0.
4ABLE 4.G : GCONIET-pICAL DATA FOR PRZR

4YDOODYNAMIC VOLUMlES

VOL UME E TAl TYPE FLOW. A,-EA LEDGTI VOLUME

MJUHE.SR (rm 2 ) (_"m) ( rn -)

410 - of P.rEsSU PIPE 2,f3 290 0.282f7 0.{;0184

02 2,13290 0.59434 4.20368

03 3.53500 0.7 2. 4745"0

04 3. s3so0 1.4r4 '.175"24

oE 3.5350o0 3. fo.i.oEo

06 3. 56oo 3. 0o.GOSo

07 3 .5•3o0 3. 1o.6o50

08 3.53500 0.7 2.4745"0

09 2.13290 0.38 0.810502

420 - 01 T8P A1,N VC;4 2.13400 0.2G65 O.5G8 711

Total oF hy yrodynmiLque volumes

Actuval vo&ume of PRZR

4 5.12397
I

I0. ". J ;H',',",11SATION 5:iiEpjp" FOP DOEI. 4s Ov'I.AY 1EST 51NVIt'AIITuI.

I,, |,

it

[ J I 0,* e

• jiiMLL:l ,1:,,., .31 "

L I ._,,-----.iisT:,,->"--"---" ____-_--

r- -. / r ' I,"1 ,,,-i ,,.,,'-to

.... L .~ I±~ . ] -'--." -,.100.'-'."-a---

I~~11 078 F

U-8

isA S P R AY o A tv 8 1 . P 13%

M ... [E

i: 10 t 3933

C3i*~

!
FIG. ' DOCL 4-PCACTOP VC5SSEL .HO1DALISATION
AnAC I•WIEL

DCoL 4 - PISSUnIZEP JIIATEP COMTIOL - LEVEL. I

1PELAP 5 / LOD 2 EQUIVAI.rNI a

FuNcATION TABLL ,.1 rmnerion_ TA8_41, 1

57O.35 Is. -f. t.

5B5.O S1.5 "1. 0.

meltI

PQ " l4' I )1 -j I 4"1 . . "- r!• - _.

• ' " L-. r9•'EPa.

ur/,-lo.;s. is/

S - *1qcrAl

(ew b~a)

--I IFUNCTI7Nl "1;T•T°I

.1-

uJ
DOEL 4 : OVETEIMPERATURE - OVERPOWER - OV[PPOV'ER

<-1

Pressuri7er pressure

Cold leg l-ernp.(R)

I-lot leg' l~ej11p(R)

----I

i- Dec

AT 0= 36 .74*C

K, 4 .091

K, .05974~9

loop G _ 0_, __-?_ SCRA,-

loop f1 _--

R3 =

K4 =

o.01254

<1

I .o08o

0.n3G

K6 = 0.00227 - 1

312,c

S0C

fl~-i-]

1LLi~sI

loop G

loop P

SCRAt-1
2.1

5. GESCRIPTION OC THE SPRAY EFfICiENCY TEST SIMULATION

The test configurations and the main results are summarized in

table 5.1

5.1. Simulation orocedure

The simulation of the s-ray efficiency test can be subdivided

into two main ohases :

- steady state operation at zero power between 0 and 30 sec

- spray test simulation between 30 and 160 sec.

5.1.1. Steady state operation

An acceptable steady state at zero power is obtained in two

Steps

- During the first 20 seconds, reactor coolant system pressure

is controlled artiflciaily by connecting a time dependent

volume (TODV49) (at ncminal pressure with saturated vapor

only) to the Pressurizer dome by means of a valve (VALVE 439).

At the same time. the DressuriZer heaters compensate nearly

exactly the oressurizer heat losses to the containment. The

heat produced by tne reactor coolant pumps has tc Ee evasuat~d

via the steam generators.

There is no residual spray.

- At t = 20 sec, the VALVE 489 is closed, thus isolating the

reactor coolant system from the time dependent volume TDV 490.

The primary system is now operating in steady state conditions

at zero power.
23

5.1.2. Spray test simulation

At t = 30 sec both spray valves are opened in 10 sec. and the

pressurizer heater power is raised from 89.257 kW (z pressurizer

heat losses) to 185 kU (z 60 % of full power of variable

heaters) in 4 sec.

Depressurisation goes on for about 100 sec until, at t = 130

sec, both pressurizer spray valves are closed in 25 seconds.

The simulation stops at t = 160 sec.

5.2. Discussion of the results of the reference test

5.2.1. Steady state simulation

The first phase (t = 0 -> 20 sec) corresponds to a steady state

at 0 % power with pressurizer pressure control by a time

dependent volume (TOV 490) connected to the pressurizer by a

valve (VALVE 489).

At t = 20 sec, all principal parameters seem to be stable. The

mass flow rate through VALVE 489 is 1.23 10-1 kg/s from the

pressurizer to the TIDPVOL 490.

This negligeable mass flow rate assures a smooth state

transition when closing valve 489 at t = 20 sec.

Again all temperatures, void fractions and pressures seam to be

stable between t = 20 sec and t = 30 sec. Hcwever, the powers to

all 3 SG (CNTRLVAR 610, 710, 810) increases steadily.

The total SG power being 7.36 MW at t = 30 sec. it is clear that

the 3 SGs do not absorb all the heat produced by the 3 reactor

coolant pumps (13.35 WU).

This is also reflected by the net primary system heat input

(CNTRLVAR 009), being positive (5.69 MU), which causes a slow

heat up of the primary coolant resulting in a pressurizer level

increase.

However the main p-arameter changes are so small that the state

at t = 30 sec can be considered as an acceptable steady state

for the simulatian of the spray test.
26

5.2.2. Spray test simulation

5..2.1. Pressurizer pressure drop (fig. 5.1)

The pressurizer spray efficiency is expressed by its

depressuri:ation rate at nominal spray flow rate.

The calculated spray flow rate is 20.67 kg/s (Fig. 5.2) at the

moment the spray valves are Fully opened. The density at the end

of the spray line (vol 450.01) being 732.32 kg/ml, this

corresponds to a volumetric flow rate of 101.5 m'/h.

(The nominal design value being 102 mn/h). The actual spray flow

rate however is an unobservable parameter.

The mean depressurization rate during a steady spray regime,

e.g. between t = 60 sec. and t = 120 sec is calculated from the

?allowing results.

! SIMULATED ACTUALLY I TIME PRZR PRESSURE N1EASURED PRESSURE ' DIFFERENCE (SAR) I(BAR)

60 152.17 1152.4 9

12 0 I ±7.30 i.7.27

rate 51

bar/min.722

_ _ _ __ _ __ _ _ _ _

There is a good agreement between the calculated and the

measured depressurisation rate. The difference (I ;) is clearly

less than the recorder uncertainty (3 %), not taking into

account the unce.rtainty in the interpretation o the recordings.

The calculated depressurisation rate is not quite constant, and

decreases during the test. which is also illustrated by a

reducing vapour condensation rate (;ig. 5.3) in the pressurizer.
27

The first reason for this effect is the reduced subcooling

towards the end of the test whereby the enthalpy difference

between the spray and the saturated fluid enthalpy decreases

which has a direct impact on the depressurisation rate.

Another reason is the increased structural heat release to the

pressurizer fluid as the pressure (and temperature) drop.

WJhile the heater power remains practically constant at 198 kW

(Fig. 5.4), the structural heat released from the pressurizer

and surgeline walls increases from 180 kU (t = 60 s) to 529 kU

Ct = 120 s).

Finally, the overshoot of the calculated pressure (in comparison

with the measured pressure) between 30 and 50 sec, is clearly

due to the fact that the simulated spray valves gradually open

between 30 and 40 sec. while the measured depressurisation

between 30 and .0 seconds corresponds to fully opened valves.

5.1.2.2. Pressurizer level (fig. 5.5)

............. eee..e.........

a) The first important observation is the divergence between the

collapsed and the A p water level once the pressurizer spray

has started ; this is normal, since the collapsed water level

is a measure of the water volume fraction while the A p level

is a measure of the ueicht of the water and steam between the

level taps.

Indeed. for a pressure reduction from 155 bar to 146 bar, the

saturated water density increases by 23 %, this means that

for a constant A P level (plant control parameter), the

collapsed level should decrease by 23 % •

This is also confirmed by the plots of the fluid mass

(fig. 5.6), the vapour mass *(Fig. 5.7) and the total mass

.(Fig. 5.8) evolution, in the pressurizer. The fluid mass

increases only by 11 1;, hence leading to a drop in the

collapsed level.
28

b) Figure 5.5 reveals an increasing discrepancy between the

measured bP level and the calculated A P level of about 1 %

(max. I.2 %:).

The following reasons may explain this difference

b.1. figure 5.5 shows that there is nearly no calculated

level raise between 30 and 40 seconds (while the spray

valves are gradually opened) while the measured level

increases by ± 0.3 % during this period (because the

spray valves uere already fully open before t = 30 sec

in the actual test)

b.2. in the spray test simulation the CVCS mass flow was

constant (charging flow equals letdown flow at each

moment).

In the actual test however, the letdown flow rate was

nearly constant while the charging flow was in manual

c-ntrcl. This means that the charging flow control valve

was in a fixed position.

4s the centriugal pump speed is not controlled in

.unction of PR-level, the Flow rate through the charging

line increases when the RCS pressure decreases (the A p

between the RCS and the centrifugal pump increasing).

This flow rate increase is weakly counteracted by the

reduction of the centrifugal pump head as flow

increases. The charging flow was not recorded during the

.est.

The net increase of the charging flow during the test

results in a PR level increase, that has been estimated

by integration of the net charging flow (charging -

letdown) to be z 0.3 % • This 0.3 % has been omitted in

our simulation.

b.3. As already mentioned in S 2.4, the uncertainty band for

the pressuri.er level gauge is ± 5 %

Taking into account the recorder and the reading error,

we can accept the 0.6 % difference that is left between

t;e measured and the calculated level.
5.2.2.1. Steam generator power evolution (Fi;. 5.9)

Figure 5.9 shows that the S.G. "B" power increases significantly

when spray is actuated while the S.G.s "R" and "G" power

decreases at the same time.

The increase of the S.G. "S" power is explained by the presence

of the surge line connection to the loop "B" hot leg. Since

there is a considerable outsurge (16 kg/s) during the spray

test, of saturated uater into the hot leg of loop "S"

(Fig.5.1O), there is a net increase of the reactor coolant

temperature at the inlet of the S.G. "B" (0.2 C). The cold leg

temperature in loop B stays constant and equals the secondary

side surface temperature. This results in a net increase of the

S.G. "B" power. A difference of about 5 MW between S.G. "9" and

the other S.G is fully commatible with a temperature diFference

at the inlet cf 0.2 04C.

The reduction of the S.3.s "R" and "G" power has to be explained

by the slight reduction of the hot leg temperatures (by ± 0.02

to 0.03 *C) (and in second order by a very small reduction of

the reactor coolant mass flou rate). The reduction of the hot

leg temperature is due to the global temperature decrease in the

upoer mixing volume o- the reactor vessel (vol 043-0i) From

570.52 K to 577C.0.

5.2.2.5. Temperature evolution of the primary coolant system

................ @.ooeooo...........................I

Since the primary coolant mass inventory is practically constant

(196 ton), any global temperature change must result from a

change in the energy of the system.

The evolution of the various heat fluxesis calculated by the

control variable 9 which sums all the heat sources (orimary

pumps, chargins, structural heat) - (steam generators, letdoun)

cf the primary coolant system'.

The netto heat input rermain.s zositive throughout the test. at

about 4.5 MU, leading to a slight temperature increase and hence

an increasing heat transfer in the steam generators (fic. 5.9)
So'

For which a fixed secondary pressure (or temperature) was

maintained.

5.3. Oiscussicn of the RELAP-5 .:ondensation model

Table 5.2 illustrates some essential data for the upper volumes

of the pressurizer above the lizui.i level taken atO9 sec.

Ri . 5.11 illustrates the evoluticn of the calculated

temperatures in the pressurizer dcme

i.e. fluid temperature

vapour temperature

saturation temperature

spray fluid inlet temperature.

7or water condensation processes, in the annular mist flow

regime, the interface heat transfer between the water droplets

and the saturated vapour is .3cverned by the expression

Gt, = Hi, (Ts - T7) Whili Ot, = 0

The interface heat transfer coefficient is based on the Brown's

correlation For droplets in superheated steam and the

Theophanous's film condensation model. Since the former is based

on the fluid void fraction (I - ci,), which is very small in this

case (table 5.2), only the ccntribution ot the film condensation

model, based on the film area per un't vclme,, i-s substantial,

and large enough to drive the spray droplets to saturation

indeed table 5.2 shows that the volume vapour void fraction

increases to nearly unity while the fluid temperature is

calculated to the only 0.2 *C below saturation in the volume

410-06, just above the liquid level.

The excellent agreement between the measured and calculated

depressurisation rate for this test is an indication that

overall condensation model and hence the spray efficiency is

acceptable.

Since the data show that Flu.d temperature of the drop!ets

almost reach saturation in volume 401-06. this indicates that

the spray is 100 '' efficient in the calculation and in the test.
31

This test indicates that the interface heat transfer coefficient"

is large enough to yield 100 % spray efficiency and validates

the Iouer bound of the fim condensation model.

Wouever, increasing this coefficient would not yield different

results in terms of the overall depressurisation rate, but would

drive the liquid temperature to saturation in a shorter distance

From the spray no:zle and lead to a diFferent profile of the

vapour void fraction in the pressurizer.

Hence, this analysis does not validate the upper bound of the

Film condensation model.

TABIF 5.1 -. SIIIIIIARY (IF TEST CNhT101S AllI HAItI RESIll TS

TEST C0IIFIGURATIO11 RELAP BOU1'DARY CONDITIMOS HAIMI RESULTS

FAlUN TEST - SPRAY VALVES PRZ IIEATERS CALCULATED CALCULATED HEASURED

IItRIIBER IIUIIBER PUIIPS (WUIIBER) 1 IME-POSITIOlI TIIIE-POUER SPRAY FLOU DEPRESSURIZAT TOl DEPRESSURIZAT 1(11

sec % sec LJ (O,3/hr) RATE (bar/mini RATE (bar/rain)

REF SU-PR R (2) 30 0 30 89.3

lo! 6 (2) 40 100 34 185 See chapters 4 and 5 101.5 5.17 5.22

B (2) 130 100

(1) 155 0 160 185

I SU-PR R (2) 30 0 30 89.3 -initial spray temp.3°C too low

301 G (2) 411 100 34 185 -initial water level close to 101.5 water pacLing

B (2) 130 100 a RELAP-5 volgae boundary

(2) 155 0 160 185

2 SU-PR R (2) 30 0 30 89.3 -Cp = I for prussurizer ht.at

101 0 (2) 40 100 34 185 slabs 101.5 5.6 5.22

B (2) 130 100

(2) 155 0 160 185

3 4.1 R + 6 (1) 60 0 auto Cfr chapters 4 dnJ 5 41 2.5 / 0.82 ,

70 100

.1 4.2 R + 8 (2) 60 0 auto Cfr chapters 4 and 5 82 4.58/ 2.90 a

70 100

If-IIARYKS

I i F61R ALL. TESTS, the net chargingj flow was equal to the letdown flow.

f) ill steam , generators w%-re maintained at constant pressure (temperature).

) , all RELAP simulations, an initial steady state was obtained at t "" 30 s.

F.:., automatic heater control, the first figure indicate4 average depressurisation rate before back-up heaters are switched oe,

the second figure is with all back-up heaters on.
TABrLE 5.2 : SIIARY . OF COHNSATIOIJ DATA IN THE PRESSURIZER VAPOUR SPACE ( I = 90 0 s)

pressure =150 bdr

VOLIIME VAPOUR STRUCTURAL VOLUIME SPECIFIC TOTAl. FLOU FLUID VAPOUR SATURATION UAILL

IIIIlIBER VOID HEAT VAPOUR VAPOUR REGIME TEMPERATURE TEMPERATURE TEMPERATURE TEMPERATURE

FRACTIOll INJPUT GENERATIOU GENERATIOD

,- U m3 kg/m3.S - K OK K OK

42, 0.968 5.65 0.5687 -3.38 -1.922 AtilN 589.61 615.15 615.20 615.66

4.10-09 0.974 7.97 0.8105 -1.751 -1.419 AIIM 600.54 615.15 615.20 615.90

410-03 0.980 19.456 2.4745 -0.5944 -1.47 AtNN 609.35 615.14 615.21 616.05

410-07 0.987 73.634 10.605 -0.11474 -1.217 AIIM 614.22 615.15 615.22 616.33

.110-06 0.997 73.869 10.605 -0.042 -0.445 AHtM 615.02 615.15 615.23 616.36

410-05 0.564 133.81 10.605 +0.068 - SLO 615.54 615.16 615.26 616.16

TOTAL :

-6.474
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22. ( sU-PR- 1o01)

FS.1. PRESSURE EVOLUTION IN PRESSURIZER DOME ( REFEREINCE)

q

........................................ ... ................................... X.. ....... .............................. .......................................

n- -CALC. PRES.

oR -o MEAS. PRES. ................ ............................................................

C!°

* a

30.0 40.0aL 120.0 W.

TIME (SEC)
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

F 5.2. PRESSURIZER SPRAY MASS FLOW RATE

50U-PR- 10i)

(REFERENlCE )

A

2 I

4

N

a

a

TIME (SEC)
RELAP5/2/-36.04- REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

F 5.3. VAPOUR CONDENSATION RATE (PRES)

SLJ-PR-10i)

R (EFEREN1CE)

a

I 1-1%

z

C.,

CL4

I

A

U TIME (SEC)
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

F 5.tt-. HEATERS EFFECTIVE HEAT TRANSFER

(SU-PR-404)

( fEFERE HCE

0-%

z-'

0o

'A

.................................... .

.................................. ....

................................ ......

............ IV ......... .........

r

........................................

............................

............................

............................

.....................

.......................................

.......................................

.......................................

1 + - -

.......................................

0.0 40.0 80.0

TIME (sEc)

120.0 160.0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

F S.S. PRESSURIZER WATER LEVEL

(Suj-pR- .oI)

(REFEREfliCE )

1a

-!F . r"

a

0

a

"4

-a- COLLAPSED LEVEL

-a- DELTA-P LEVEL

&MEASURED LEVEL

Ed

I

........................

a 13

0

....................................... .............. .......................

.................... :ýý ............

Q.

U

0

*5~~

CS'

............. ..

I vI~I "

0.0 40.0 80.0

TIME (SEC)

120.0 160.0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEi4 - SPRAY CAPACITY TEST AT ZERO-POWER 87/01/22. (S u- PR- -10 1)

F 5.6.. PRESSURIZER FLUID MASS C &IFEREMCL )

00

ci _t__ _t__ _i

aI iI

................................................................................. ................... . .................... cn.

* i

.............................................. ............................ ............... . ...........................

C)0

.It

I• i 0............ ................ - ............................. '!,"i.. iiI....................................... !ii.......................................

0.0 40.0 80.0 120.0 160.0

TIME (SEC)
RELAP5/2/36.04 REACTOR LOSS OF COOLANT. ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

F &.7. PRESSURIZER VAPOUR MASS

SU-PR-4ol)

C EFGREtCE *)

I -N

"z"0

ci

g~1

...................................

................

\ ..... .......

I

I

0-

0

mi

wd

............. 

...................

.......................................

F3~

9

VI4I

0.0 . 40.0 I

TIME (SEC) 120.0 160.0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

F S. g . PRESSURIZER MASS

SU - PR- 41o )

(REFERENCE)

I

0

H

S

'4a

TIME (SEC)
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22. ( SU -PR- 401 )

F 5.9. STEAM GENERATOR POWER

| f i i

( KEFERtiricE)

obC!

v-- I-,,

'3--aSG R

G-o SG G a ................

...................................... r., -r* ... *.*.*.'.*..'.*.

------------ --- 6- .......................................

0

u -~

............ ..........................

.................. ....................

.......................... ............

..................................

0

a_

q

plI-

..................................... .

................................. ....

I . ............................ ...

I

01

C4 -

I

....................... ..............

-7 0 w LI LID 0 ~

q

9-~1 I 9~

0.0 40.0 i

80.0

TIME (SEC)

120.0 160.0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22. su-PR- 101)

FS.-I0. SURGE LINE MASS FLOW RATE ( REFERENCE)

0

N

0

'a9-

0

U)

C,

.......................................

....................................

................................... ..

................................ ......

. . ....... .........

I W

.......................................

I

.......................................

I.

.......... ...........................

....................................

....................... ...............

............................ .........

.......................................

0 .......................................

....................................... 0

d -

.9 I I

0.0 0 40.0 0b.0

TIME (SEC)

120.0 160.0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

F5.1 I PRESSURIZER TEMPERATURE EVOLUTION

/ i i • TEMPF 420-•

a 6 G-0 TEMPG 420-

iSATTEMP 42( • / ] • SPRAY TEMPI

.... .... ..... .. ... .......................................... ....................................... i........................

I I

/wd ................ .... i.................... .................... i............

TIME (SEC)
32

6. OISUSSI•C,. F TH- ;c'T CF ..... SE'lSTI-ITTT ST'OTES

6.1 Imoact of nodalisation of oressurizer dome

The pressurizer spray test has been simulated between 30 sec and

80 sec with the volumes 410-O9 and 420-01 replaced by 5 smaller

volumes. This refinins of the nodalisation of the pressurizer

dome had absolutely no influence upon the depressurisation rate

during the spray test.

6.2. Imoact of the Dressurizer nodalisation in relation to the

initial level (RUN 1 in table 5.1)

In the first spray test simulation we executed, pressurizer

nodalisation was such that the initial pressurizer level was

near the boundary of a hvdrodynamic volume. This caused no

problems during steady state operation. Houever, when at t =. 30

sec the heater power was raised and when at t = 32 sec the spray

Flcw started, water packing occured and resulted in an unnatural

evolution .of the pressurizer pressure (fig. 6.1) and the surge

line flow rate (fig. 6.2).

A similar phenomenon occured at t = 100 sec presenting the same

symptoms in figures 6.1 and 6.2.

The nodalisation has been changed for the final spray test

simulation so that the initial level was located in the middle

region of a hydrodynamic volume (vol 1-.0-05).

6.3. Imoact of initi-l -srav t.emoerature

The test described under S 6.2 was realised with an initial

spray temperature of.3 *C below the cold leg temperature (fig.

6.3).

Since the spray efziciency is sensitive to the temperature

difference between the spray temperature and the pressurizer

dcme temperature, an increased depressurisation rate has to be

expected as long as the spray temperature is low. Once the

relatively cold water plug has been driven into the pressurizer.

the temperature of the spray water is zhe cold leg temperature
33

and the depressurisation rate tares its nominal value. This

effect is represented in figure 6.1, but has to be commented by

the following remark

since water packing problems occurred at t = 30 sec, the

pressure increased sharply (for numerical reasons) causing the

pressurizer dome vapor phase to be superheated ( T yo,.r > Tot).

Consequently, the important depressurisation rate between t = 35

sec and 55 sec is due to the combined effect of too low a spray

temperature and too hish a vapor temperature, both increasing

the A T and the spray efficiency.

6.4. Impact of the metallic structures soecific heat (RUN 2)

Fig.6.4 represents the pressurizer pressure evolution of a spray

test nearly identical to the spray test discussed in chapter 5,

the only difference being the specific heat of the metallic

structures (pressurizer wails, heaters and surge line). In the

present test, the specific heat is I J/kgK, while in the

reference test the Cp value was the nominal one.

Cp = 1 means that the metallic structure have no thermal

inertia, their internal temperature distribution is at each

moment in equilibrium with the temperature of the adjacent

hydrodynamic volume. So nc heat is stored in the metallic

structures that could be released to' the adjacent hydrodynamic

volume if its temperature had decreased. In other words, if

Cp = 1 the wails do not resist tc the depressurisation.

FiGure 6.4 shows a main depressurisation rate of 5.6 bar/min.

about 0.5 bar/min more than during the reference test

(chapter 5). Furthermore. one can observe a linear

depressurisation (constant depressurisation rate) during the

steady spray regime (60 -> 120 sec). Consequently, if the

specific heat is reset to its ncminal value the depressurisation

will not be constant but will decrease as pressure decreases,

since the release of the heat stored in the walls increases with

the difference between the surface temperature and the volume

temperature. So the resistance against the depressurisation

increases as the pressurizer pressure (and so the saturation

temp) decreases. This is observed in figure 5.1.
34

6.5. Nodalisation of the cross flow Junction between the surce

line and hot le.: loop "1,

Initially, the surge line uas connected by a cross flou junction

to a small volume, part of the RCS hot leg "B', characterized by

length = diameter as recommended until some months ago by the

Relap experts of INEL. Houever, ue observed during the spray

test simulation that in 1046 steps out of 1600 (65 %) the

largest mass error uas located in the small hot leg cross flou

volume. This can be explained by the fact that a large number of

vapor bubbles, entrained from the pressurizer bottom in the

surge line collapse in the subcooled uater of the hot leg

"6'(small) T-volume (the vapor fraction in the cross flou

junction z 10,7 %).

in the ultimate spray test simulation, the small cross flou

volume uas added to a larger hot leg pipe, thus reducing the

total mass error by about 25 % •

6.6. Impact of reactor coolant pumo status an soray efficiencv

in fact this sensitivity study is part of a project set up to

determine uhether or not a spray valve has tc be closed

automatically uhen the corresponding reactor coolant pump is

stopped. The reason for closing uould be that, if the pressure

distribution allous it, the spray water coming from the other

loop uith a spray line (and primary pumo running) uould flou

through second spray line back to the RCS instead being injected

into the pressurizer.

Hereby all pump configurations uill be examined.

The tuo cases that follou consider the reactor coolant pump "G"

tripped (corresponding to the loop uithout spray line) at t = 30

sec (steady state) and pressurizer spray.valves opening betueen

60 (0 % opening) and 70 sec (100 % opening)..
35

6.6.1. Case ' (2UN 3 (;is. 6.5))

- The reactor coolant pump coastdown is verified between 30 and

60 sec (T = 23 sec corresponding exactly to the experimental

value).

- One spray valve is opened between 60 and 70 sec (R LOOP).

- All heaters are in automatic control, the control logic being

conform to fij. 2.3.

Results :

10 Since pump "G" is tripped, an inverse flow is installed in

loop "G" and the mass flow rates in loop "R" and "B"

increase. This increase of the flow is accompanied by a

reduction of the static pressure loops R and B.

The pressuriZer pressure decreases slightly by a sudden

outsurle of Pressurizer uater tc the loop S. and is restored

by a small increase of the variable heater power.

20 As one soray valve is opened, a total spray flow rate cf

= 41 m3 /h is obtained (40 % of nominal value). The mean spray

efficiency in a First phase is ± 2.5 bar/min (instead of a

nominal 5.2 bar/min). As pressurizer pressure decreases, the

variable heater power is raised up to its maximum power (308

kU) aFter which the back-up heaters are switched on. In

presence of all heaters, the spray efficiency is reduced to

0.32 bar/min.

6.6.2. Case 2 (run 4)

Case 2 is nearly identical to case I except for the opening of

both valves at t = 60 sec.

The comments are analoguous to those for case 1, the spray

efficiencies now being 4.58 bar/min in absence of back-up

heaters, and 2.90 bar/min in presence of back-up heaters with a

calculated spray flcw of 81 m3 /hr (80 %: of nominal flow rate)

which is essentially due to a reduced primary loop static

pressure in the absence o^ one coolant pump.
36

Figure 6.6 illustrates the evolution of the pressurizer

pressure.

WThen the pressure drops below 153.4 bar, the back-up heaters

are switched on automatically, and result in a reduction in

the spray efficiency of 37 % •

Figure 6.7 illustrates the energy fluxes in the pressurizer,

from spray (CNTRLVAR 22), surgeline (CNTRLVAR 25), and from

structures (pressurizer shell and heaters) (CNTRLVAR 7). The

control variable 418 shows the power input to the heaters.

This Figure illustrates that between 90 and 150 seconds, the

energy carried in by the spray is about equal to the energy

carried out via the surgeline.

Figure 6.8 illustrates the evolution of the surge flourate.

The strong oscillations observed at 0 and 30 s are caused by

steady state initialisation.

Between 60 and 61.5 seconds, water packing is observed in.

volume 450 (spray lines) when spray is initiated.

This is caused by a minute boiloff in vol 450 which at the

moment the spray valve opens, manifests a vapour void

fraction of 10-1. This water packing creates a pressure

disturbance which effects mostly the surge flow rate.
RELRP5/2,*36.02 REF.CTOR LOSS 01" COOLANT ANALYSIS PROGRAMh

DOEL4 - SPRAY cnPci-'ry 'T EST "r 2[ERO P04ER 861/09/06.(.5L-PR-101)

r] G6.1 PRESSURE EVOLUTION IN Pi",[SSURIZER DOrM (RUN I)

- 0.

bC

N in

L.o

LLn

C3 CC

. . .. ... ........... . . ., . ... .... ..... . . .... .......... ...... °.... ..... .. . . . . . . . . .. . .

IL

gw

0: c-CRLC. PRE. * o-OIERS. PRES

0.0 40.0 00.0 120.0 160.0 )TIME (SEC)

LN
RELRP5/2/36.02 RO.nc'rOR LOSS OF coo;LfNr f-4fnL,. 5lS PROGrnI

DOEL4 - SPRnY cPincI'rY "TEST rn ZERO POllER 86/O9,'OW.(sU-PR-iOi)

FIG 6.2 SURGE LINE rinSS FL.OW Tr- (RUN 1)

Cl

r id . . ... . .......................... . .... . . . .. . ... .

a i . ...... . ..................... ... .. .......... ... ... .... "..... . .. . ....... .... °............ ... .

S; . _ _ . . ... ... . .............. .. .. . . ... ......... ... . .. .... .. .... ..

TIME (SEC)
RELRP5/2/36.02 RErC'O LOSS 5 OF COOLlrNT nNRLYSI S PROGRRAM

DOEL4 - SPRAY cnPgci'rY TEST (ir ZERO

F IG 6., PRESSUR I ZER 'rEtMPERIlTUR[

POWER 86'09,06. (SU- PR-IOi)

EVOLUT ION ( RUN 1 )

C)

U)

£0

U)

z

['A

CLl

I.--,

ul

0.
IRELfP5/2/36. 01 HrIAfOUR LAJ55 or COOLA.1 NT flNALt.YSIS~ PRORInIi

(J'fL4- SP~iRAY~iI I(' TEST ATZL1a101 llH (SU -PR- 101)

FI G 6. 4 PRfSIJ5RE (IvoL-uTI ON I N PRESS3UR I Z(R oori (RUN 2.)

C1

cl

CAjC PRES

MalS PRES

TIM (SEC

6]
RLIRP5/2/36.01 RDI2CTOR LOSS Or COOLnflT PJ4nLYSIS PROGRnnI

fnnF.L4 - 5PPRY CflPnCITY TEST '1 ' RO POWEl:R 06/10/01. (TEST4.)

FIG. 6.5 - PRESSURISE1? PP5SSUPEL (.PtNs).

Lll

0*

C!

13.

"I.

C'.

0".

C-)

C) CO

C')

C)

(L

IC!

Cin

UI)

°,, -

. . . . . . . . . . . . . . . . . . .. . . .* . .4.. .. . . .. .. . . . . . . . . . . . .. .. . .. ... .. . . ... ... ..... ° . ° .... . ......... . . .

. ................. ....... .... i............... . .. .. . . .... ... . ......... ... .... . ..................

S. ... ... .... .. ... .. ... ..................

'N!

'Ne

C) it;

•in

.g........ ... ..... ...

0.0 30.0 60.0 90.0

T'IHE. (SEC)

I I

120.0 150.0 I00.o
REULfP5/2/36. C14 mnurOTR L055S 0-1 co{11..ON fNflLY51 5 PROG6ilM

DOEL4 - SPRfly (cflpflUTY TE~sT flT zmR( POWER 86/10/04. (TEST 4.2)

FIG. 6.6 - PRESSURNSEIR PRFSSUIC (RUMI 4)

c)C,

Ill

I,(s r~ I 
RF.LnP5/2/3G.(O'I 01 wln'rj1 LO55 or' [001fINT ONNLY515 PROrIRflf

001L4 - 5PR-Y ClPlOlCITY 'EST n'r ZEIO POWER 86/I0/0l,. (TEST 4.2)

b FIG. 6.7 - EVOLUTION OF ENEiRGY FLUXES IN PRESSURISER (RUN 4)

4 -I

• .. .... ... ... ... .......... .... ......

".-E CN'rRLVnR 7 -- o-o CN'FRLVni? l i[}

CN'i'RLVnR 22 ......

CN'RLVrIR 25

z

WI

a) I-.a €.. .................

a..

u

TFIM'E (SECl
Rfl..OP5/2/36. 0o ii-nr[flCOf LOSS Or COOLAINT R]NfLYS Is PiRo(f,*I~n

flo[i- - 5IivIy cir. icr r r~sTi frir Y.I:r( rawIr- 06/I o/o'I. (rESr 4.2.)

FIG. 6.8 - SLJRGELJNI: FLOWPZATI (RUMi 4)

SI)

I.)

.. . . . .. . . . .. . . .

-j to

c~~~~~~~~~ .~. .___ _ .__.__._.__.__._.__.__._.__.__ ._ .

. ...........

(IO 30. 0 

TI." NC-

'1
37

7. -1N STATISTICS

Fig. 7.1 illustrates the CPU-time (clock-seconds) versus Problem

time, for a CYBER 130-835 computer.

The requested time step uas 0.2 sec. uhile the average time step

uas constant throughout the run at 0.1 sec, being the "courant

limit" for the volumes 131/04, 231/04 and 331/04 (vertical part

of pump suction leg).

Table 7.1 illustrates various run statistics at each printer

major edit.

From this table one observers that the longest mass error is -

0.73 kg corresponding to a mass ration of -3.7 x 10'- (at t =

90 sec).

Finally, the CPU-time versus transient time ratio is very

constant and averages out to 20.3 CPU-,/transient-,.
T7;LL 7.1 - RIJN STATISTTCS FOR OOEL 4 SPRAY T2ST SqII ATTr.fN

(134 volumes, 139 junctions and 82 heat structures)

TRANSIENT CPU TIMEICTCLE MASS ERROR RELAP-5 PERFORMANCE

TIME TIME STEP NUMBER FRACTION

SIZE _ _ 1 _ 1 

(RT) ( DT) msec per msec per CPU (s)

see sec sec -) C-) vol. and vol. and per problem

per cycle per problem see

sec

0 44.5 0 0

0.1 14.88 149 20

20 443.36 200 -8.8 10-7

0.1 14.7 147 19.7

30 640.40 300 -9.7 10-7

0.1 15.1 151 20.2.

60 1247.2 0 600 -2.1 10' 1

90 1865.6 900 I-3.7 10 "'

0.1 15.3 153 20.5

120 2481.0 1 200 -2. 6 10-'1 0.1 15.4 154 20.6 150 

SO115.2 

3100 i0.1 ! 1 soo i-2.7 10"" 1 .21 2 0 152 20.4

160 3304 11 600 8.56 10"7 [I I I I
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOELU - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

F I.I . CPU-TIME

0*

0

LI

co

04

°N .......................................

00

0

.......................................

Lii

0 a

.......................... ............

................................

.................... .................

.................... ................ .......................................

.......................................

.............. ............

,zll

.......................................

0

ci ,90- ....................... .......

0

'-'-I I _______________________________________

0.0 40.0 I

80.0

TIME (SEC)

|

120.0 160.0
33

8. CONCLUSION

I. Frcm the stud,/ follows that the RELAP-5 code is capable to

reproduce the depressurisation rate to within 1 % of the

measured value.

2. During the 120 sec transient time, a growing divergence is

observed for the pressurizer water level (A P level) between

the calculated and the measured level. This discrepancy is

most probably the result of an uncertainty in the chargingletdown flow rates which were not recorded during the test.

3. The calculated temperature profile of the spray flow suggest

a 100 % efficiency of the spray flow, since the fluid

temperature approaches the saturation temperature within

0.2*C. Since the depressurisation rate is calculated

correctly, this means that the vapour-water heat transfer

coeficient in the film condensation model is large enough to

drive the spray fluid to saturation. This test however does

not validated the upper bound of the film condensation model

heat transfer coefficient.

4. Water packing can be avoided by proper nodalisation of the

pressurizer.

5. The structural heat stored in the pressurizer shell and the

heaters may account for about 10 * difference in the

depressurisation rate.

6. A large mass error occurred when the surgeline-hot leg

connection was nodalised by a cross flow to a small volume in

the hot leg conform to some recommendation.

7. The code performance is acceptable and very steady.

Indeed, a total mass error fraction of 10 " is calculated,

with a very steady progressing of about 20 CPU sec per

problem second, on a CYBER 180/325.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT AhNALYSIS PROGRAM

LISTING OF INPUT DAiA FOR CASE 

I

I -DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER

2 ' "

3

4. *

5

7 

. TRACIEBEL BELGIUM

*10

:i;12 *. , * ::. • " : 

"

13 ' TillS FII.E CONTAINS IIIE INPUT 'DECK AND TIlE RESULTS

14 ...-. OF TIlE RELAPU/MOD2 SIMULATION OF A PRESSURIZER

15 I SPRAY CAPACITY TEST EXECUTED III tIIE DOEL 4 PLANT

. ' ,.•.".. (BELGIUM) ON TIIEIl3TH.OF FEBRUARY 1986.

17 * TIlE CHRONOLOGY OF TilE SIMULATION IIAS BEEN SUBDIVIDED

.:.18: •. ;':.•N:T REE PARTS: .. .. 

.

19

~* 20 .1T. 20 SEC • i"STEADY STATE AT ZERO POWER

21 WITH PRIMARY PRESSURE CONTROL ..122 .* BY A TIME DEPENDENT VOLUME ON,

23 TIhE PRESSIIZER .:24, :• , "

25 * 20 < T < 30 SEC STEADY SIAIE AT ZERO POWER OF :26: .. .-. . TIle PRIMARY SYSTEM ON ITS OWN

27 

*

. 28 * 

. .T..- 30 SEC " START OF TIlE PRESSURIZER SPRAY

29 TEST

31 

' 3233

34.

35 100 NEW TRANSNT

:.:36.. :101 RUN

"37 104 NONE-:`:'

•::38 • 

.1 • .

.

40!.... TIME STEP CONTROL

";43 .. O"o 0. .1-6 0.2. 3 05 100 100

,:-.-44: i 202.030,. 1. E-6 0 2;::.: 3.. 05 .... Q50 050

45.. 203 160. I.E-6 0.2' 3 05 150 150

49'

' 45 

- .""....

-5. 3 "'•••:• •i,•m,., NO".. " EDIT' ," ' 

:

5S ' "4.... .. ..

PAGEI
RELAP5/2/36.04 REACTOR LOSS OF: COOL.ANr ANALYSIS PROGRAM PAGE 

2

59 *

61 * PRESSURES

.62

63

64 *

65 , PRESSURIZER PRESSURES •66

67 *

013 301 P 420010000

69 302 P 410090000

70 303 P 410080000

71 

i

.72 * PRIMARY SYSTEM PRESSURES

73 * 74 304 P 151010000

75 305 P 351010000

S.. 306 P , 231010000

77

71.. SPRAY LINE PRESSURES

79 *

80 "'307 P: 43ry)JI(XO=

81 308 P 440010C00

82 309 P 450010M00 83 S

84 " ."* .. 85 $¢*sste**s~s'**stsses* ,tt .ta. €*

860 MASS.FLOW RATES *

87

89

90 ' f SPRAY MASS FLOW RATES 91

92 310 WILOWJ 430010000 0 SPRAY 1I-1E R

93 311 MFLOWJ 44()10000 0 SPRAY LINE B

.94 . 312 W=LOWJ 435000000 * SPRAY VALVE 

R

9ý 313 MFLOWJ 445000000 * SPRAY VALVE B

.96 314 MF!.OWJ 450010000 * TOTAL SPRAY 9? *

98 T LET. DOWN - CItARGING FLOW RATE 99

1:00..: 315: WLOWJ 283000000 $ LET DOWN

101 316 MF:Owj 18 1000()0 0CbARGING 102 , f ' . I

103 * PRIMARY LOOP MASS FLOW RAFES

•.10 4 ..:.';: * : ,

i0b 317 MFLOWJ 153010000 LOOP R 106 ::': 318 MFLOWJ 253010000 * LOOP G

07 .. 3i9 MFLOWJ 353010000 t LOOP P

109', S"IJIE LINE MASS FLOW RATE

i11 320 MFLOWJ 312000000O

1.14
RELAP5/2/36.04 REACTOR LOSS OF COOLAN

115 * VOID' FRACTIONS * .116 :.:" .. . ..

117 *

119 321 VOIDG 410010000

120 322 VORD0 410020000

121 323 VOIDG 410030000

324 VOIDO 410040000

123 325 VOIDG 410080000

-:A. 4 326 VOIDO 410090000

125 327 VOIDG 420010000

. 126 

*

127

#128

129 * VAPOR GENERATION 

* '!:..|3 " .:. * **** * ** ** *1 * ** * * *** t* * * ****

131

.:":.A32 

*

133 328 VAPGEN 410070000

.34 329 VAPOEN 410080000

135 330 VAPGEN 410090000

-"136 331 VAPGEN 420010000

137 * •:.•.138 ::

139

14.0.".. PRESSURIZER LEVEL 

*

141 *: i. 14.2. >:i::. .:. 

.

. • " ".. 

.

143 

s

144..: 332 CNTRLVAR.. 400

145 333 CNTRLVAR 402 !.:{:146 .-.: 1 . .

147 ;::.148 ".,••**S**;**S*SS******;S*SS.*******

149 "HEA" RANSFER DATA 

*

152 :: 153 334 " 9400i0000

.154 .335 CNTRLVAR 418

155 336 CNTRLVAR 610

" 156 337 CNTRLVAR 710

157 338 CNTRLVAR 810

"158: 339 CNTRLVAR 009

159 340 CIJTRLVAR 007

10 :..341. CNTRLVAR 026

161 

*

163'

.-. .. ,.::.:...-PRIMARY PUMP. VELOCITIES 

.

165.

67. ....

168 342.PMPVEL: 

. ... .. 140

169 343 PMPVEL 240

70 .'344 PMpvE. 340 " 17 1 .... * . . . . . ;..1.!72'.!:.::•:.

IT ANALYSIS PROGRAM

* COLLAPSED WATER LEVEL

* DELTA 

- P LEVEL

PAGE

3

**SS**

.5*S

PR HEAT LOSSES

PR HEATER POWER

SO - R POWER

so a POWERl

SG - a POWER

PRIMARY SYSTEM ENERGY BALANCE

PR HEAT INPUT

PR ENERGY BALANCE

PUMP 

R

PUMP 

G

PUMP 

a
RELAP5/2/36 .04.

173

174 * SPI

175 $1**

176 

i

177 5

178 345'

179 346

1800

181 

*

183

184 ' TE•

185

186 187 

*

188 347

189 348

190 340

191 350

192 351 

. 193 *

194 352

195 353

10V 354

197 355

• 198 358

199 

*

200 357

201 358

202. 359

203 360

204 301

205 

*

206 302.

207 363

208. 364

209 365'

211 *

212.

213 * MI

214

216 

. 216

217 366

. 218: 367

219 368

2 20.. ,369

221 370

222 371.

223'

224---.- 

..

225

226. * CPI

227 •:i..228 " 

•

229

2,30

REACTOR LOSS 01: COOLANT ANALYSIS PROGRAM PAGE

4

*tt******* * i t1* t * , #ft

RAY VALVE NORM. AREA 

*

CNTRLVAR

CNTRLVAR

435 * SPRAY VALVE

445 * SPRAY VALVE

R0

*** *#s s ttt 4 *0 e 0 4f t *fst

MPERATURES 

* *#tsss*tt.$e,.et,¢ e$,s**t

TEMPF

IEMPF

iEMPF

IEMPF

TEMPF

TEMPF

1EMPF

TEMPF

TEMPF

TEMPF

[EMPF

1EMPF

1EMPF

TEMPF

TEMPF

125010000

13104(000

161010000

111010000

121010000

22501(XX0

232010000

251010000

2110101)00

221010000

325010000

331040000

351010000

311010000

321010000

450010(00

420010000

420010000

420010000

$

*

* LOOP R

L

$

S

$ LOOP 

0

$

LOOP B

TEMPF

IEMPF

TEMPG

SATTEMP

SS$

SPRAY WATER

PR DOME LIQ

PR DOME VAP

PR DOME SAT

TEMP.

TEMP.

TEMP.

TEMP.

SCELLANEOUS 

t

:NiRLVAA

CNTRI-VAR

CNTRLVAR

:NTRLVAR

:Ni LvAR

CNTRLVAR

008

028

027

912

911

920

S

pt*S

VAPOUR IiEAT WALLS.

TOTAL CONDENSATION RATE.

HEATER HEAT INPUT.

PRE55 FLUID MASS.

PRESS VAPOUR MASS.

SURGELINE HEAr INPUT.

J TIME .-

e***T*** *$*****#* *5*****

C"JTIMZ
nELAP5/2/36.04

231 .... 232 * 

"

233 

* 2-34 5

235 236 **

237 

* .238

239 * .240

241 

*

,42 

* 243

244 sect

245 t 246-. 

* 247 * :218 

*

249 597

2o0 598

251 599

252 

$

253 698 •254 *

255 256 

*

257

258 

* 259 * 260

261 

s

252 

*

263 * 264 i.

265 t**'

268 - 267 **" :268-

269 

* :-270:

271 sen

"272":

278 .274 ... f 

. :295' i**i

276.27i. 

. .w :277 !!

278 01i

279 Olic

280.- ol1C

281 0111

282 0112

283

.284. 

" ':2186 .5.

287

!'i!.287' " " 

"

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE5

T RITPS 

ee

$ *t •:t€$$ # t:ti~te~~tt~t~t t$#I #IIt t 1 $€ t tit 4 # l~tl ttt $*$

TIME 0 GT NULL 

0

TIME 0 OT NULL 

0

TIME 0 GT NULL 

0

-598 OR -598

0.002

20.

9999.

N * START CIIARGING 

- LET DOWN

N S ISOLATE TDV

N * PUMP TRIP

N # ISOLATE yDV

: 

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PRIMARY SIDEe

C4* 55* *ccee *** cece ceec tees eec see see * sees t * * Sceec sees sesce cc * see * etc e * cc

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REACTOR VESSEL ( 001-099

* *******A* *esiNcZZ*L s* sNTsR s*Ee*E L*INses ec* D OWN•CONER - ABOVE NOZZLE CENTER LINE

)000 UPDOWNC BRANCH

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101-011010000 045000000

0. .90.0 2.094

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0. 00000

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****** i *** se BELOW ****** 555$C4N**TER** *N 

* O:.OWNCOMER - BELOW NOZZLE CENTER LINE • ..
RELAP5/2/3 6.04

289 

*

290 0!3(

291 013

202 013(

293 013

294 013

295 013

290 013

297

2n*

299

300

301

302 

*

303

304 0164

305 015

306 0154

307 015

.308 o16

309 015

310 015'

311 015

312 015

313 015 314.

315 

* "316 *

317 *

319

320 *

321 023 322 023'

323 023

324 023

325 023

326

327

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE

6

3000

30001

3101

1101

2101

3101

4101

IJPOOWNOZZ BRANCH

4 0

0. 1.414 3.501 0. -9O.0

153010000 013000000 00.00

253010000O 013000000 003.00

35:3010000 013000000 00.00

013010000 015000000 00.00

-1.414

0.4285

0.4285

0.4285

0. i6

4.E-5

0,4285

0.4285

0.4285

0.15

0.500 00

00000

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* * * * **t*#* ***** st***tt *t*******t**t*s* **s

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* $t***$$.*****# , ,#** **t***#*t***t******$**tt

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1101 015010000 023000000 00.00 1.43

2101 023000000 025000000 00.00 5.273

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0.5 00000

5.273 00000

0. ()a

326-:

320

330 331

332,--

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133

336

337

,:'338

339

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341 S342•

343'

344

345

346

* CORE ENTRANCE 

*

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0250001.2 0

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0251101 025010000 031000000 00.00 2.45 2.45 00(00

0252101 025010000 035000000 00.10 7.45 7.45 00000

.4 . .. . .:. ... ...

* CORE HEATED LENGTH*

031000O'0 CORE PIPE

03 1000•

0. 00
AELAPVi2/36.04

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE

7

S48

349

350

351

353 $64

355

357

359

.360

361

363 !: 364.

365

366

367

369

* :i370

.371

::!372

373

374

375

A 378

377

,:1-378 379

381

382

383

384.! 383

386;

387

388

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391

39•'

393

394!

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397

398

399

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0391101 031010000 039000000 00.00 .72 ý72.00000

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* UPPEt PLEN1UM PART1 BELOW LEVEL OM 

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RELAP5/2/36

405

406

407

408

409

410

411

• 412

413

414

415

416

417

418

419

420

421

422.

423

424

425 * 420. 427

.428

429

430

431 .432

433

434

435

436

437

438 439

* 440

441

442

443

444

445

446.

447

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440

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452"

453

454

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REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE

8

* tUPPER HEAD 

*

0450000 UPIIEAD BRANCiH

04150001 1 

0

0450101 0. 2.06 18.63 0. 90.0 2.06 4.E-6 0. 00

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€ PRIMARY LOOP R ( 100-199 ) 

*

HOT LEO R ( REACTOR VESSEL 

- SI SC NOZZLES ) 

*

1110000 HTLEGRI PIPE

1110001 2

1110101 0.4369 

2

1110301 2.6813 2

1110601 00.0 

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1110801 4.E-5 0.746 

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0

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- INLET SO R 

)

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RELAP5/2/36

463

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466

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124

124

124

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124

124

124

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REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE

9

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

521 •S***S*St*ttt*SW$**t*$t*&tt**t#t*tt*ttt*;*.$ *tmt~t#* tl

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523 ***t*********************t*$t**

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526 1400101 0. 1.389 3.630 0. 90.0 1.380 00

527 1400108 131010000 0. .195 .195 00000

52a0 1400109 151000000 0. .27 .27 00000

529 1400301 -2 -1 -2 -1 -1 599 0

630 1400302 155. 1. 4.524 95.1 29293. 3579.

531 1400303 -862.7 4064.6 114.6 204.3

532 *

533

..634 * COLD LEO R ( PUMP - CV NOZZLE ) $

638

537 1510000 COLDRI SNGLVOL.

638 1610101 0.383 2.065 0. 0. 0. 0. 4.E-5 0.698 00 539

541 S COLD LEG R ( CV NOZZLE - ECCS NOZZLE ) 542 **#*wse#**s$ *#55**55 *5*$** 5**5ttt•~tI$$*5* *€* # $*55*5 5$*$

543 $

644 1520000 COLOR2 BRANCII

545 1520001 2 0

546 1520101 0.383 2.005 0. 0. 0, 0. 4.E-5 0.E

547 1521101 151010000 152000000 00.00 o. o. 00000

S4O 1522101 152010000 153000000 00.00 0. O. oX3oXo

549 * 550 *

551

552•

553 * CIIARGING FLOW *

555 'I TO BE CIIECKED

556. "

557 1800000 CVTANK TMDPVOL

5580 1800101 1. 1. 0. 0. 0. 0. 0, 0. 00

559 1800200 13 0 TEMPF 152010000

560- 1500201 285. 200.E5 . 275. .001

561 1800202 610. 200.E5 .600. .001

562'

563 1810000 CVJUN TMDPJUN

564 1810101 180000000 152000000 3.49E-3

565 1810200 1 597 MFLOWJ 283000000

566 1810201 -1. 6.2 0. 0.

56? 1810202 0. 0. 0. 0.

568 1810203 10. 10. 0. 0.1

569 *

570 $

571

573 s~ ~ tii* t i'

574. * COLD: LEO R (...ECCS NOZZLE - REACTOR VESSEL ) *

576: .5a0.........2......

57?" 153666C~~ PIPE

57 1530001 ...2

PAGE 10

746. 25806.

598 CO
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE It

579 1530101 0.383 

1

686 1530102 0.434 2

581 1530301 2.065 

2

682 1530601 00.0 

2

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2

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585 1531101 00000 

1

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589 

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603 2110701 00.0 

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611 812 * 

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615 !2130101 0.4369 2.6813 0. 0. 19.57 0.897 4.E-5 0.746 0J

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*

62i 

* 0.622 2210000 INBOX BRANCH

623 22100012 0" :624. .221010- 3.279....1.9 0. 0. 90.0 1.9 4.E-5. 0. 00

626 2211101 221010000 222000000 1.0872 0.226 0.58 00000

626: 2212101 213010000 221000000 0.4369 0.325 0.255 00000

627

628

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0130. .63 i . , .." 

:632.: :2220000 ".UTURE .. PIPE

633 '2220001 I1

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RELAP5/2/3

637 638

639

640

641

642

643

644

645

646;

647 *640:

649

651

662

653

064

655

668

657

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659 S660

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663

664 665

666

667

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669

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671

672

673

674

676

676

671

678

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680

681

682

683

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685

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687

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689

690

691

692

693 69,•

6.04

2220701

2220801

2221001

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2221300

2230000

2230101

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

.9455 1 .9144 3 1.1557 4 .978 10 .66972 11

3.OE-9 0.01687 11

00 11

0000 10 0

PAGE 12

UJUN SNGLJUN

222010000 224000000 0.0 0.0 0.0 00)00 0. 0.

2240000 tlTUBE PIPE

2240001 

7

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2252101 225010000 231000000 0.4984 0.255 0.325 00000

$ LOOP SEAL 0 ( OUTLET SG 0 

- PUMP 

)

2310000 SEALGI PIPE

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3

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RELAP5/2/3

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REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

0. 38.E5 412. .001

PAGE 13

TJ183 TMDPJUN

231010000 282000000 0.

1 0 CNTRLVAR 283

0.0 0.0 0.0

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

753

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755 * HOT LEG B ( REACIOR VESSEL 

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PAGE 14

00

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

811 3230000 UJUN SNGLJUN

812 3230101 322010000 324000000 0.0 0.0 0.0 0000 0. 0.

813 

*

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PAGE 15
* RELAP5/2/,

869

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36.04 REACTOR LOSS OF COOLAIIT ANALYSIS PROGRAM PAGE 16

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

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PAGE 17

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REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE is

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RGL.AP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 20

1101 1 i02

1103

'1104

1105

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1109 1110

1111

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1115 '1! 116:

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3111201.. 13

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1.54046E07

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1.59104E407

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

1159 4500200 13 1.59104E407 570.6 .001

1160. 1161 

*

1163 * 

*

1164 * MASS FLOW RATES 

*

1165 * 

* 1166. ****!***t*4********#** *t**t********* *4* ** * ***4** * * *4**4* * ** * *** * * S* * * **..... . .

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11M 0111201 3.63144E-02 3.63144E-02 0.

1169 0112201 18.176 18.177 0.

1170 0131201 14.764 14.764 0.

1171 0132201 14.764 14.764 0.

1172 0133201 14.764 14.764 0.

1173 0134201 8.2209 8.2209 0.

1174 0151301 8.2209 8.2209 0. 

1

1175 0151302 8.2207 8.2207 0. 

2

1176. 0231201 8i2206 8.2206 O. 1177 0232201 4.9622 4.9622 0.

1178 0261201 4.8130 4.8130 0.

1179 0252201 5.7764 5.7764 0.

1180 0311301 4.8910 4.8910 0. 

1

1181 0311302 5.0494 5.0494 0. 

2

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1183 0311304 5.3955 5.3955 0. 

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1185 0392201 5.7771 5.7771 0.

1188 0411201 5.6214 5.6214 0. 1187 0412201 2.4479 2.4479 0.

1188 0431201 16.613 16.613 0; 1i18 0432201 16.613 16.613 0.

1190 0433201 16.598 16.596 0.

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1192 :-.1111301 16.618 16.618 0.

1193 1131201 16.618 16.618 0.

:1194 1211201 6.6772 6.6772 0.

1195 1212201 16.619 16.619 0.

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6

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7 1203 1221308 6.2034 6.2034 0. 8

,:.,1204: 1221309 6.1712 6.1712 0. 

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,:..1212 1241306 5.9612 5.9612 0. ;6 1213 1251201 5.8938 5.8938 0.

!1214 :.. 1252201" 12. 865 

- 12.865 0. 1215 131130i 13.:167 13.167 0. 

1

PAGE 21
RE LAPS/2/36.04

1217 140( 12!8 131

1219 131 .122ri 152•

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REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 22

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REACTOR LOSS OF COOLANT ANIALYSIS PROGRAM PAGE 23

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11220405. 570. .570, 570. 11220406 570. 570. 570.

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RELAP5/2/36.O4 REACTOR LOSS OF COOLAIIT ANAI.YSIS PROGRAM PAGE 24

1333 11220408 570. 570. 570.

13a4 11220409 570. 570. 570.

1335 11220410 570. 570. 570.

1336 11220411 570. 570. 570.

1337 11231401 570. 570. 570. 570.

1338 11240401 570. 570. 570.

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1342 1124040$ $70. 570. 570.

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1353 12220406 570. 570. 570.

1354 12220407 870. 570. 570.

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1371 13220402 570. 570. 570.

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PAGE 25

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1477 141'

1478 141

1479 141'

J1480 141

1481 141'

.1482 

*

1483

.1484 

. 1485

1486 

*

1487 141'

1488 141'

1489 141'

1490" 141'

1491 W41

A4

9 2 141!

i493 i41i

1494 141'

1495 141i

1497 i41'

1498 141'

1499

.1500 202

1501 202

:1.".5021 .1503 202 0 -

A1504. **IF

1505 i i,

REACTOR LOSS OF COOI.ANT AtIALYSIS PROGRAM PAGE 26

01000 2 4 2 1 0.8263442

01100 0 2

01101 0.0389 

3

01201 5 

3

01301 0. 

3

01400 -1

01501 410010000 0 

1

01502 410020000 0 

1

01601 940010000 0 3940

01602 940010000 0 3940

01701 0 0. 0.

01801 0 0. 0.

I1

0.

0.

0.28217 

1

0.564434 

2

0.28217 

1

0.664434 

2

22

# * * 4*#* *#***#s* 1$$t, ,* 14 

*

CYLINDRICAL SHELL

02000 6 4 2 1 1.063825

02100 0 

2

02101 0.0384 

3

02201 5 

3

02301 0. 

3

02400 -1

02501 410030o00 0 1 

1

02502 410040000 O(XX0 O 1 

1

02503 410050000 10000 1 1 3.0

02504 410080000 0 1 

1

02601 940010000 0 3940 

1

02602 940010000 ( 3940 

1

02603 940010000 0 3940 

1

02604 940010000 0 3940 

1

02701 0 0. 0. 0.

02801 0 0. 0. 0.

TOP.

0.7

1.464 5

0.7

0.7

1.464

3.0

0.7

66

03000 2 4 2 1 0.8263442 0 0 

2

03100 0 

2

03101 0.035412 

3

03201 5 

3

03301 0. 

3

03400 -1

03501 410090000 0 1 1 0.38

03502 420010000 0 1 1 0.2665

03601 9400i00r,) 0 3940 1 0.38

03602. 940010000 0 3940 1 0.2665

03701 0 0. 0. 0. 

2

03801 0 0. 0. 0. 

2

94000 tlTC-T

94b01 0. 2.51

94002 99999. 2.51

RESSuRtzER NiEATERS

:,, * **.****.,:., ,.* 

. .,,,*A *t$
RELAP5/2/36.04

1507 

*

-1508 141

1509 141

1-10 141

1511 141

1512' 141

1513 141

.16- :W41

1515 141

15i6 141

1517 141

!518 141

1519 141

1520 14!

1521 141 :1522 *

1523 *4

.124 

S

1525

1527 1.928 112

1529 112

A1530 112

1531 112 .1532 112

1533 112

'1534 112

1535 112 1536 112 1537 112

1531 153Q. 6 •-

1539 4*'

1540 f..S

i541 *4 1542: "i543 i12

.1544 112 1545 11i •:1546 :112

:1546. 112

1549 112

1550 112

1551 112

1553 

"

....1554ý.

•16556: ;.

i557

1558 .112 "1559 i

560:. 112

1561 112

. 1562: U,

1563 ii2

1564 .1.1

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 27

13O00

13100

13101

13201

13301

13400

13501

13502

13601

13602

13701

13702

13801

13901

2 3 2 1 0.

0 

2

0.0073025 

1

5 

2

1. 1 0. 

2

0.003A' 

2

-1

0 0 0 1 154.0000 

1

0 0 0 1 51.3000 

2

410040000 0 1 1 154.0000 

1

410050000 '0 1 1 51.3000 

2

10418 .75 0. 0. 

1

10418 .25 0. 0. 

2

0 0. 0. 0. 

2

0 0. 0. 0. 

2

0-BOTTOM HOT SIDE

'11000 1 5 3 1 1.7192

11100 0 

2

'11101 0.03 "3 0.0298 

4

11201 5 

4

11301! 0. : 

4

11400 -1

11501. 121010000 0 1 

1

11601 0 0 0 

1

11701. 0 0. 0. 0. 

1

11801 0 0. 0. 0. 

1

G-BOTTOM * * * *44*44 * COLD 4 $ SIDE * 4 44 * t 44 * 4 *t 4t~

.25 1

.25 1

'51000

15110 251 101

'51201

'51301

'51400.

'51501

151601

s5i1oi

51801.

1 5

0 

2

0.03 

3

5 4

0. 

4

i250100000

0 0.

S0:.: 

.

3 i 1.7192

.0298 

4

00

0.

0.

~1* 0

.1

i 0.25 1 0.25

11

0. 0.

AiMARY HOt SIDE 

- COLD SIDE SEPARATION PLATE 

i !**I**t444****t*t* 44tt444t44tt4tttt4t4** 14*#!

131000. 1 4 .. I 1.

23i io 0 

1

231101 3 0.038

13120i 5 

3

231301 ;0;.::. 

3

.31401 -10.... 131501 :121010000:." { 0000)..

0.,

*i.. *1. 116 

1
ncLAP5/2i36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

1565 11231601 125010000 0000 1 

1

1566 - 11231701 0 0. 0. 0. 

1

1567 11231801 0 0. 0. 0. 

1 '1568 11231901 0 0. 0. 0. 1

1569 

*

I570 t$

1571 4 TUBE SHEET 

- I101L SIDE 1672 ¢ t~ t l l $ € € tt tl tt t It~ lt l l l~

1573

1674 - U TUBES 11OT SIDE

1575' $$8 $ ****$* ***t****** 5 t S *****t***t***$** 

*

1576 

* 1577 11220000 11 3 2 1 0.008435 ..1678-. 11220100 0 1

1579 11220101 2 0.009525

1680 11220201 6 

2

1581 11220301 0. 

2

:1682 11220400 .-

1

1583 11220501 122010000 0000 1 

1

1564, 11220502 122020000 10000 1 

1

1585 11220503 122040000 0000 1 1 

E

1686 11220504 122050000 10000 1 

1

1587 11220505 122110000 0000 1 1 

5

:*1588 11220601 -600 0000 1000 1 4508.0

1589 11220602 -600 00000 1000 1 4447.6

1590 11220603 -600 0000 1000 1 5621.3

1591 11220604 

. -600 C0000 1000 1 4757.0

.1592 11220610 -600 0(KX) 1000 1 5116.9

1593 11220701 0 0.0 0.0 0.0 11

1594 11220801 0 .000 0.0 0.0 11

1595 .:1598 *'" "'

..1597

1598 ,J.TUBES U COLO SIDE

1599

1600 " 160i 1i240000 8 3 2 1 0.008435

:1602 11240100 0 

1

1603 11240101 2 0.009525

:'1604 11240201 6 

2

1605 11240301 0. 

2

1-'!6068 11240400 -1

1601 11240501 124010000 0000 1 I 

1

"1608 11240502 124020000 10000 1 

1

1609 11240503 124050000 0000 1 1 

6

1610" 11240504 124060000 0000 1 1 

1

161l 11240505 124070000 0000 1 

1

1612 .11240506 124070000 10000 1 .. 

1

1613 

*

1614

1615 11240601 -600 0000 1000 1 5116.9

1616 11240602 -600 0000 1000 1 9514.0

i6i 11240603 -600 0000 1000 i 6066.

:1618 1.1240604. "..-600 0000 : 1000 1 5560.5

"1619 11240605 -600 0000 1000 i 2373.6

S1620.. 11240701-." 0 0.40 0.0 '0. 8.

"621 1240801 ' 0 0 .- " 0.0 "..o

PAGE 28

1.16

1598.9

1447.6

5621.3

1757.0

5116.9

134

10

11

5116.9

1514.0

B066.

5560.5

5560.5

£373.6

II34

101145678

4

5 :.7 8

I
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

1623

1624 t SO-BOTTOM WOT SIDE 

* 1625 t**$******•**************, #*******,****t*,*,**,*$$$* 1626 5

1627 12211000 1 5 3 1 1.7192

'1628 12211100 0 

2

1629 12211101 0.03 3 0.0298 

4 •|30 12211201 5 •.4

1631 12211301 0. 

4 :.1632 12211400 -1

1633 12211501 221010000 0 1 

1

1:1634 12211601 0 0 0 

1

1635 12211701 0 0. 0. 0. 

1

.163. 12211801 0 0. 0. 0'O. 

1

1637 * 1638 . 1639 ' SG-BOTTOM COLD SIDE 

*

'1640 J$t******5 t** *I**$*5*1*#*5*I$$**€*$*;#s$*

1641

1042 i2251000 1 5 3 1 1.7192

1643 12251100 0 

2

:1644 12251101 0.03 3 .0298 

4

1645 12251201 5 

4

!146 !2251301: 0; 

4

1647 12251400 -1

!1648: 12251501 225010000 0 1 

1 1649 12251601 0 0 0 1

1650 12261701 0 0. 0. 0. 

1 1651 12251801 0 0. 0. 0. 1

1652

:1654ý PRIMARY HOT SIDE 

- COLD SIDE SEPARATION PLATE 

*

1655 :1656 *..; .. 

."

1657 12231000 i 4 1 0..1 

:.1.1658 12231100 .0 

1

1659 12231101 3 0.038

1660 12231201 

. 5. 

3

1661 12231301 0. 

3

:.1662 12231400 -1

1663 12231501 221010000 0000 1 

1

1664 12231601 225010000 0000 1 

1

1665 12231701 0 0. 0. 0.

ý1668: 12231801 0;. 0' 

. 0. 0. 

1

1667 12231901 0 0. 0. 0. 

1

1668 1'669 *"isiis~ssiss*44*,s* si',*s*s...s s*se***ssi*eseeis

.1670. •IUWTUBES:. HOT SIDE

1671

1•1672

1673 12220000' 11 3 2 1 0.008435

1674 -12220100 0. 

1

1675 12220101 2 0.00g525

.1676 12220201 2..

"677" 12220301 0. 

2 '11678 2220400. 1 .: ..

1679 12220501 222010000 0000 1 

1

.680 1;P222052':" 

- 222020000 10000 1. 1' .::

PAGE 29

.25 

1

.26 

1

0.26

0.25

1.16

1,,16

1.11

44

4

7 ,6. 3."'
RELAP5/2/36.04

1681 122

1682 t22

1683 122

1684 122

1685 122

61686 122

1687 122

•1618 122

1689 122 .1600. 122

1691

1692 

f

1693 #**

!694 f U

1695

1696 i

1697 122

1693 122 1699 122

;1700 122

1701 122

1702 122

1703 122

1704 122

1705 122

1708 122

1707 122

1708 122

1709 1710 

*

1711 122

1712. 122

1713 12

1I714 122

1715 122

1716 122

1711 122 1718. •

i719

.1720 * 

S

1721 1722:. 

.

1123

724 132

725 132

'1726. 132

1727 132

1728. 1.32

1729 132

1730 132

1731 132

1732: .132

1733 132

:1734-] IF

1735

1.736 **

i731 ' 

S

1736.

REACTOR LOSS OF COOLAtIT ANALYSIS PROGRAM PAGE 30

20503

20504

20505

20601

20602

20603

20604

20610

20701

20801

222040000 0000

222050000 10000

222110000 0000

-600 0000 1

-600 00(00 1

-600 0000 

1

-600 0000 

1

-600 0000

0 0.0 0.0

0 .000 0.0

1000 1

1000 

1

6000 1

1000 1

1000 1

0.0

0.0

I.

1 5621.3

1 4757.0

1 5116.9

4598.9 1

4447.6 

3

5621.3 

4

4757.0 10

6116.9 11

11 1I

4

10

11

**$, $** **,*t.**,*,*I,***.e,,*,...**,$.e TUBES COLD SIDE et*

40000

40100

40101

40201

40301

40400

40501

40502

40503

40504

40505

40506

8 3

0 1

2 0.

6 2

0. 2

-1

224010000

224020000

224050000

224060000

224070000

224070000

2 1 0.008435

)J9525

0000

10000

0000

o000

0000

10000

1II

111

5116.9

9514.0

6066.

6560.6

5560.5

2373.6

14

5

678

4060i -600 0000 1000 1 5116.9

40602 -600 0000 1000 1 9514.0

40603 -600 0000 1000 1 6066.

40604 -600 0000 1000 1 5560.5

40605 -600 O0X000 1000 1 2373.6

40701 .0 0.0 0.0 0.0 

8

40801 0 .000 0.0 0.0 

8

G -BOTTOM hlOT SIDE 

*

• :... -... ** ** .* ***:.* ,* *.S**.*

1

4

7

5

8

11000

11100

1!01

11201

11301: 11400

11501

fJ1601

11701

!11801

1 5 

3

0 2

0.03 3

5 4

0. 4

-1

32101.00000

0 0.

1 1;7192

0.0298 

4

00

0.

0.

1a 1 .25 V.

1 .25 

i

0.

0.

11

G-SOTTOM COLD SIDE ""
RELAP5h2/3

1739

1:740

1741

1742

1743

1744

1745

•7146

1747

17414

1749

1751

1752

1753 *l 754

1755

1756

1757

1759 1760

1761 11762

1763

:1764 1765

:1766

1767 :1768

1769

1770

1771

.1772

1773

1:774 1775

1776"

:1770

1779

.1780

1781

1782

1783

1784-

1785

1786

17871 1788..:

1789"

:1790 "1791

1:792

1793

...1794

1795'

:1796

E .04 i

132!

1321

132!

132

132!

M321

132!

1321

132!

1321 *

REACTOR LOSS OF COOLANT ANAI.YSIS PROGRAM PAGE 31

51000

51100

51101

51201

51301

61400.

51501

S1601

51701

B1801

1 5

0 2

0.03 

3

5 

4

0. 

4

"--i

325010000

* 0

0 0.

0 . 0.

3 1 1.7192

.0298 

4

00

1 1 0.25

0 1 0.25

0. 0. 

1

0. 0. 

I

* ,......s..., : ,.s. s.* ii .. 

i ..

* PRIMARY I1OT SIDE 

- COLD SIDE SEPARATION PLATE*

13231000 1 4 1 1 0.

13231100 0 

I

13231101 3 0.038 13231201 :5 3

13231301 0. 

3

13231400 -1

13231501 321010000 0000 1 1 1.16

.13231601 325010000 0000 1 1 1.16

13231701 0 0. 0. 0. 

1

13231801 0 0. 0. 0. 

1

13231901 0 0. 0. 0. 

1

U TUBES HOT SIDE

4

11I34

10

11

13220000. 11 3, 2 1 0.008435

13220106 0 

I

13220101 ..2 0.009525

13220201 6 

2

13220301 0 

2

13220400 -1

13220501 .322010000 0000 1 ! 

4

13220502 322020000 10000 1 1 

4

13220503 

. 322040000 0000 1 

. 1 

5 13220504 322050000 10000 1 1 4

13220505 322110000 0000 1 1 

5 13220601 -600 0000 1000 1 4598.9

.13220602 -600 

. 0000 1000 1 

. 4447.6

13220603 -600 oooo wo10 1 5621.3

13220604 -600 0000 1000 1 4757.0

13220610 -600 o0000 oO0 I 5116.g 13220701 0.::;.. 0. 0 0.0 0.0 11

13220801 0 .600 0.0 0.0 11

S'.U :-TUBES 

. -. COLD. SIDE

iJx 40" 8 '3 3 2. 0.008435

:13240.!0.. 0. 

1

13240101" 2 0.009525

•1324020.1- , 6. 

2

598.9

447.6

621 .3

757.0

116.9

.3.

4"

10
nELAP5/2/36.04

1797 13240301

1798 13240400

1799 13240501

1800 13240502

1801 13240503

1802 13240504

1803 13240505

1804 13240506

1805

1806

1807 13240601

1805 130!40602

1809 13240603

181jo 13240604

1811 1.3240605

1812 .13240701

1813 13240801

1814

1815 *

181W 20260000

1817 20260001

1818 20260002

1819 *

.1820

1821 *

:1822

i823

1824

1825 *

.1026

1827 S :1828 * 

-:

1829

1831

.1832 

*

1833 1834 *. :.. 

"

1835 :1838

1837 2061001i

:1838 20100101

1839 20100102

:1840 20100103

1841 20100104

1842 .20100105

1843 20100106

:1844 20100107.

1845 2010o108

:-.1846. 20100109

1847 20100ii0

,:1848: 20100111 1849 20100112 1850 *.."

1851, 20100151

"1853" 1"852,- 20100152 20100153:

'654 20100154

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 32

0. 2

-1 . 324010000

324020000

324050000

324060000

324070000

324070000

0000

10000

0000

0060

0000

00000

1000

1000

1000 1000

0.0

0.0 0.0

111111

o.o

I

5116.9

9514.0

6066.

5560.5

5560.5

2373.6

14

5

67a

-600

-600

-600

-600

-600 00

000(

0000

0000

0000

00(O0

0.0

.000

5116.9

9514.0

6066.

5560.6

2373.6 8

I

45

78

TEMP

0. 570.35

1000. 870.35

#********#*** ***#*55#s** ***.s***s******s**,*sss****tsssssssssss

THERMAL PROPERTIES

N I U02

2 ZR

3 S-STEEL

4 GAP

5 C-STEEL.

6 INCO1EL-6W)

SS$*$S

* U02 

*

TBL/FCTN 1 1 *

293. 8.37

366. 6.577

533. .5.78

616. 4.623

700. 4.633

783. 4.221

866. 3.88

950. 3.596

1033. 3.357

1200. 2.984

1977. 2.29

9000. 2.99

273. 2.31E6

323. 2,57E6

373. 2.75E6

473. 2.92E6

U02
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

1855 20100155 673. 3.13E6

'1856 20100156 .1373. 3.44E6

1857 20100157 9000. 6.80E6

1858 A

1859 

*

1861 * ZR

1863

1865 20100200 TBL/FCTN I 1 0 ZR

11166 20100201 273.15 7.

1867 20100202 473.15 1.200438Et

:1868 20100203 673.18 1.400510E1

1869 20100204 873.15 1.700793E1

.1870 20100205 1073.15 1.900866EI

1871 20100206 1273.15 2.200975E1

1872 20100207 1473.16 2.601085EI

1873 20100208 1673.15 3.001267E1

1874 20100209 1873.16 3.601486E1

1875 20100210 2073.15 4.401777E1

0876 20100211 2273.15 5.502352E1

1877 20100212 2473.15 6.802826EI 1878. *"

1879 20100251 255.3722 1.904141E6

.1880 20100252 1077.594 2.312171E6

1881 20100253 1185.928 5.712422E6

1882 20100254 1248.428 2.311769E6

1883 20100255 2199.817 2.312171E6 ;1884 * • - 1885 *

1888 #*******************t* ********** *S******t***t*#****

1887 S ZR 

*

1889 

* 1890: #*..:.

i891 20100300 rBL/FCTN 1 1 *S-SlEEL

1892 :20100301 273M 1.

1893 20100302 1190. 25

1894 20100303 9000, 25.

1895 

*

A1890 20100351. 225. 

. 3.5E6

i897 20100352 580. 4.34E6'

1898; 20100353 1300. 5129E6

1899 

0

1900 .. 1901 '$,*~*~ V**•**,,.,  ,** ***** * * * **5****,, * * St*5**

1902 

.

. GAP

1904 i9o3 ..*. "...;.....

.1904

...1906:: 201Wu400 TBL/FCTN 1 1 *GAP

1907 20100401 0.56 iREF. :STAbiLTZATIOfI VESS

1908 20100451. 5.4 

. *RHO-CD EGG-LOFT-5480

1909

:1910 : :.. : ...; ' 

..

. • ' • .' 

.

.

:1911.

.1912:... ... .5 .. :• .,.. C-STEEL .. 

..

PAGE 33

EL.
RELAP5/2/36.04

1913 "I' .1914

1915

,1016 201(

1917 201C

.1916. 201

1919 

*

1921

1922

1923

:1024 

* 1925 S

.1926 201C

1927 201(

1928 201(

1929 201C

,.1930 2201

1931 201(

1932 t"

1933 201(

1934 201( 1935 201( .1936 201(

1937 201(

.1938 1939 

*

1940" 

*

1941 

*

1942

1943 

*

1944 

* 1945 •1946 -* 1941 *

1948:

1949 

*

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

)0500 TBL/FCTN I 1 *C-STEEL

)0501 46.05

30551 3.8775E6

INCONNEL-600

"**.... *****s***  ..** **

PAGE 34

30600

30601

30602

)0603

)0604

30605

30o651

00652

)0653

.)0654

)0655

TBL/FCTN

294.15 366. 15

477.15

689.15

700.15

294.15

366. 15

477.15

589.15

700.15

1 I *INCONNEL-600

14.86

15.76

17.45

19.18

20.91

3.880E6

3.880E6

4.227E6

4.227E6

4.580E6

B**ss**.*ss;;*ss**. see seeeee.ee*ee;se*seeew.ee.*eaeseese*,e*9*see~sees

S

CONTROL SYSTEM

SSSC**

.1950

1951

,1952.

1954

1957

1958

1957

1958 1959

1960

1961

1962

1963

1964 1965

1966'

1967

:!968

1969

ENERGY BALANCE CALCULATIONS 

*

20500100 P/R!10180 DIV 1. 0. 

1

20500101 RHOF 180010000 P 180010000

20500200 ENIHA180 SUM 1. 0.

•::20500201 0. 1. ."UF 180010000

20500202 1. CNTRLVAR 001

26500366 CvENERGY MULT 1. 0. 

1

20500301:.MFLOWJ 181000000 CNTRLVAR 002

,.20500400 P/RHO231 DIV 1. 0.. 

1

20500401 RHOF 231010000 P 231010000

20500500 .UM.. ENTHA23j 1. 0 ".•

20500501 0. : , U 2310104-C0O
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSI

1971 20500502 1. CNTRLVAR 004

1972 .,

1973 20500600 LETDENER MULT 1. 0. 

1

1974 20500601 MFLOWJ 283000000 CNTRLVAR 005

1975

1976 20500700 PRZRtIEAT SUM 1. 0. 

1

1977 20500701 0. 1. Q 410010000

.1970 20500702 1. Q 410020000

1979 20500703 1. 0 410030000

1W80 20600704 1 

- Q 410040000

1981 20500705 1. Q 410050000

1982 2050070$ 1. Q 410060000

1983 20500707 1. 0 410070000

1084 ".20500708 1. Q 410080000

1985 20500709 1. 0 410090000

1a86 20500710 1. 0 420010000

1987

1988 20592000 SURGHEAT SUM 1. 0. 

1

1989 20592001 0. 1. 0 400010000

1990 20592002 a. Q 400020000

1991 20592003 1. 0 400030000

1992 20592004 I1. Q 400040000

1993

.1994 20500800 PIRZVAPH SUM 1. 0. 

1

1995 20500801 0. 1. QWG 4 10010000

.1990 20500802 1. QWG 410020000

1997 20500803 1. QWG 410030000

1998 .. 20500804 1. QWG 410040000

i999 20500805 1. OWG 410050000 • 2000 .. 20500806 1. OWO 410060000

2001 20500807 1. OWG 410070000

,2002 20500808 1.. QWG 410080000

2)003 20500809 i. oWG 41oo9oooo

:2004 20500810 1. QWG 420010000

2005 S.

2006 20500900.BALANCE SUM 1. 0. 

1

2007 20500901 13.38E6 1. CtITRLVAR 003 * 

+ .:2008 20500902 -1. CNTRLVAR 006 * - 2009 20500903 -1. CNTRLVAR 610 * - .2010 20500904 -1. CNTRLVAR 710 *

2011 2050090S -1. CNI RLVAR 810

2012 20500908 •.• .1; CNTRLVAR 920

2013 205009Q7 1. CNTRLVAR 007

::2014

2d15 

*

-2016 :.4 CONVERSION OF PR-.PRESSURE TO CNTRLVAR

2017 

. -2018. 20501000 CALC-P MULT 1. 155.E5 

I 2019 20501001 P 420010000"

:2020

'221 '20501di 00M AS-P' FUNCTION 1. i55.1 E5

2022: 20501101%TIME 0.011

2023 * 

"

.2024,- " 20201100. REAC-T...." 

. 2025 20201io0i 0. '5S.". Ii. "E • ,2026 " 20201102."30. .155.E ES

2027 2020i103 130. i46.4E5

... 2.8... 2:20201104.13. .46.IE5

S PROGRAM PAGE 35 F CVLO

SGRBB
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANAL.YSIS PROGRAM PAGE 36

2029 20201105 140. 145.85E5

.2030 20201106 145. 145.6E5

2031 20201107 150. 145.5E5

2032 20201108 155. 145.4E5

2033 20201109 160. 145.4E5

2034 

* 2035 20501200 MEAS-L FUNCTION 1. 26.3 

1

203) 20501201 TIME 0 012

2037 * .2038 20201200 REAC-T

2039 20201201 0. 26.3

.2040 20201202 30. 26.3

2041 20201203 130. 29.8

:.2042 20201204 135. 29.92

2043 20201205 140. 30.

.2044 20201206 145. 30.1

2045 20201207 150. 30.18

2048 20201208 155. 30.2

2047 20201209 160. 30.2 2048

2049 0 

.

.2050 * C0NVERSION OF TEMPERATURES TO CNTRLVAR

2051

2052 20501300 TEMPF420 MULT 1. 570. 

1

2053 20501301 TEMPF 420010000

2054 

* 2055 20501400 TEMPG420 MULT 1. 570. 

1

"2056 20501401 TEMPG 420010000

2057 

*

2058 20501500 SAT420 MULT 1. 617. 

1

2059 20501501 SATTEMP 420010000

2060

2061 20501600 SPRYTEMP MULT 1. 570. 

1

2062 20501601 TEMPF 450010000

2063 

*

2064

206t * PRESSURIZER ENERGY BALANCE

2066;

2061 20502000 P/R110450 DIV 1. '0. 

1

2068 20502001.RHOF 450010000 P 450010000

2069 

*

2070 20502100 ENTIIA450 SUM 1: 0. 

1

2071 20502101 0. 1. UF 450010000

2072 20502102 1. CNTRLVAR 020

2073

2074 20502200 SPRENER MULT 1. 0. 

1

2075 20502201 MFLOWJ 450010000 CNTRLVAR 021-

:2076

2077 20502300 P/R10400 DIV 1. 0. 

1

..2078. 20502301:RHOF 400010000 P 400010000

2079 

.

2060 .20502400 ENTHA410 SUM 1. 0. 

1

2081 20502401 0. 1. OF 400010000

2082 .....20502402 1 CNTRLVAR 023

2083

2084:: 20502500SURGENER. MULT -1. 0. 1.

2085 20502501 MFLOWJ 400010000 CNTnLVAR 024

2086
RELAPS/2/36.04

2087 2050

20o8 2050

2089 2050

2090- 205o0

2091 *

2092 2050

2093 2050

2004 2050

2095 

#

2096 2050

2097 2050

.2098 2050

2099 2050

.2100 .20o0

2101 2050

2102 2080

2103 2050

2104 2050

2105 2050

2106 2050

2107

2108 *

2109 * PR

2110 

* 2111 

*

2112 205

2113 "205

2114

2115 205

-2116 205

2117

:218 

*

2119

2120

2121

2122"

2123 

*

2124

2126.

2127 

*

:2128 205

2i2g 205

"2130. 205

2131 

*

2132; 205

2133 205 -.:2134. ! a2135 20

;2136 205 "2137 * ..

.,2138 .205

2139 206

...2140

2141 20t

z2142:. .,205

*:243

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 37

1600

2601

2602

2503

2700

2701

2702

2800

2801

2802

2803

2804

2805

2806

2807

2808

2809

2810

SPRBALAN

0. 1. 1.

--1.

SUM 1. 

0

CNTRLVAR

CNTRLVAH

CNTRLVAR

(((

IIEATERW SUM 1. 0.

0. 10.75 tlTRfNR

3.58 ttTRNR

VAPOEN SUM 1. 0.

0. 0.60184 VAPGEN

1.2038 VAPGEN

2.4745 VAPGEN

6.17624 VAPOEN

10.605 VAPGEN

10.605 

- VAPGEN

10.605 VAPGEN

2.4745 VAPGEN

0.8105 VAPGEN

0.6687 VAPGEN

1

007

322

025I

411300101

411300201 1

410010000

410020000

410030000

410050o00

410050000 4.100600OO

410070000 4 1O0080000

4 100900003

420010000

tIMARY POWER 

- IURBINE POWER

03iT0 POW SUM 1. 0. 

1

03101 0. 1. TIME 0 -1. TIME 

0

03200 TURBPOW SUM 1. 0. 

1

032010. 1. TIME 0 -1. TIME 

0

•**t* t **t***   $**  '** *****t**¢t* t*$* ******* ***$**

OVERTEMPERATURE 

- OVERPOWER 

- DELTA T 

* L 6 0* P R*t*tttttt*t tttttttt *.**

:**tt********$***ttt  ** **t

LOO 0P " R 

" :*******'********:********* ***

510000.

i10001 "•10002

TAVG(R) 

. SUM

0. 1.

• 1.1

0.5 585,15 

1

TEMPF 151010000

TEMPF 111010000

i10100 LAG 

I

1i0i01 2.

10200o S 

5 ..10201. -58.5..15

LAG 1. 585.15 .- CNTRLVAR ibO

SUM

I1.

510300 .:LL1 LEAD-LAG

;io3o1 27. 10.

i040" S2 SU•

10401 :;--155.1E5 1.

1. 0.

CNTRLVAR 101

0.03974" 0. 1.

CNTRLVAR tO0

0.01254 0. 1' .... P 420010000

'36.7 .. ... 01 " 

I i105OO. ???_ " SUM *.OVERTEMPERATURE!.."
RELA5/2/636

2146

2147

2148

2149

2150

2151

21$2

2153 2164 

•

2155

21561

2157

2158 2159

2160

2161

2162.

2163

2164

2165

2167

2168

2169

2170

2171

2172

2173

2174.

2175

2178

2177

2178

2179

2180':

2181

2182 2183

2184-

2185'

2186

2187

2188

2189

2190

2191

2192

:2194

210t

2196

2197

.2198,

2190

::2200

2201

.2202

B.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 38

20510501 1.091 1.

20510502 -1. *

20510600 DELTA-T SUM 1.

20510601 0. -1. TI

20510602 1. TI s

20510700 LAG2 LAO 1.

20510701 2. *

20510800 LL2 LEAD-LAG 1.

20610801 43. 10.

20510900 LL3 LEAD-LAO 1.

20510901, 1. 10.

20511000 LAG3 LAG .1.

20511001 10.

20511100 S4 SUM 0.36 0.

20511101 0. 1.

20511102 -1

20811200 S5 SUM 0.002268 0.

20511201 -585.15 1.

20511300 S6 SUM 36.7

20511301 1.009 -1.

20511302 -1.

L 0 0 P "0"

20520000 TAVG(G) SUM 0.5

20520001 0. 1. TI

20520002 1. TI

l6520100 LAGI LAG 1.

20520101 2; *

20520200 51 SUM 1.

20520201 -585.15 1.

20520300 LO1 LEAD-LAG 0.039

.20520301 27..; 10.

20520400 52. SUM 0.0125

20520401 -155.1E5 1.

20520500 777 UM 36.7

20520501 .1,091 ..

20520502 -I.

26 2060.0 '9L~tA-iT: SUM'• i. 20520601". 0.: ;....i:': . "1. ... .. 

. TI 20520602 .' . 1.0 T

-• .. , .".. ... 

.

CNTRLVAR 104

CNTRLVAR 103

36.7 

1

EMPF 151010000

EMPF 111010000

35.75 I

CNTRLVAR 106

36.7 1

CNiRLVAR 107

685.15 1

CNTRLVAR 101

585.15 1

CNTRLVAR 101

1 2 0.

CHTRLVAR 109

CNTRLVAR 110

1 2 0.

CNrRLVAR 101

36.7 i

CNTALVAR 111

CNTRLVAR 112

* DELTA-T

* SET POINT

* ACTUAL

* OELTA-T $$$S

OVERPOWER

DELTA-T

SET POINT

585.15 1

EMPF 251010000

EMPF 211010000

585.15 1

CNTRLVAR 200

0. 

1

CNTRLVAR 201

74 0. 1

CNTRLVAR 202

4 0. 

1

P 420010000

0. 1 * OVERTEMPERATURE

CNTRLVAR 104 * DELTA-I '- * CNTRLVAR 203 • SET POIfNT

36.7' . 4 ACtUAL

EMPF 251010000. 4. DELTA-T.

EMPF 211010000 *
RELAP5/2/36,.04

2203 2052070

.. 2204. -. 2052070

2205 

*

:2206 2052080

2207 2052080

2208 

.

2209 2052090

2210 2062090

2211

221 .. 2062100

2213 2052100

2214

2215 2052110

221e 205211.0

2211 2052110

:2218

2219 2052120

222d 2052120

2221

.2222 205213C

2223 2052130

2224 205213C

2225 

*

:2226

2227

,2228

2229 

*

:2230 205300C

2231 205300C

,2232 205300C

2233

2234 .205301C

2235 205301(

-,-2230 " .:..

2237 205302C .- 2238 205302(

2239

ý.:2240 205303(

2241 205303

.2242 

.

2243 2053o4(

::2244: 205304(

2246 

*

•2246• 205305(

2247 .205305(

..2248i 205305(

'2249 

"

2250 ...205306(

2251 205306

,12252: 205306(

2253 

.

`-2254:. :...205307(

2255 205307(

.2256 

. '2257 2165308

2258:: 205308(

2259 

*

•:-2260o. .. 20530o

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 39

0 LAC

I.

0 LL,

1 

4

wo ii4

o0 .1 LL-"

)i2

)0 LA[

I1 

-

S) s6

1

)2

2

2. LAG 243n

LEAD-LAG

13. 10.

I LEAD-LAG

1. 10.

LAG

10.

SUM

a. I.

-1.

SUM

SUM

1.089 -1.

1. 36.75 1

CNTRLVAR 206

1. 36.7 

1

CNTRLVAR 207

1. 585.15 

1

CNTRLVAR 201

1. 585.15 

1

CNTRLVAR 201

0.36 0. 1 

2

CNTRLVAR 209

CNIRLVAR 210

0.002268 0. 1 

2

CNTRLVAR 201

36.7 36.7 

f

CNTRLVAR 211

CNTRLVAR 212

0.

0.

E

VV

OVERPOWER

DELTA-T

SET POINT

L O O P B" 

*

•0 TAVG(8) SUM

31 0.

32

)0 LAGI LAG 31 2.

)O SI SUM

31 -585.15

30 LL1 LEAD-LAG

31 27.

30 S2 sum 1. -155.1E5

31 0. 7???. 1..091 SUM

02 .',

32

30:.OELTA-T SUM

31 0. 02....i .7

30 LAG2 LAG

)1 2.

X) LL2 LEAO-LAG

)1 43. 

.

30...:LL3 .LEAD-LAG

0.5

1. 1.

1.

1.1.

0.03

10.

0.01

1.

36.7

1.

-1I,

10.

1.

585.15 1

TEMPF 351010000

TEMPF 311010000

585.15 

1

CNTRLVAR 300

0. 

1

CNTRLVAR 301

974 0. 

1

CNTRLVAR 302

254 0. 

1

.P. 420010000

0.

CNTRLVAR iO1

CNTRLVAR 303

36.7.• 

1

TEMPF 351016000

TEMPF 311010000

36.75... .1

CNTRLVAR 306

"36.7 

1

CNTRLVAR 307

585,15 

1

OVERTEMPERATURE

DELTA-T

. SET POINT

• ACTUAL

DELTA-T

*
RELAPS/2/36.04 REACTOR

2261 20530901 1.

2262 $

2263 20531000 LAG3

2264 205J1001 10.

2265

:2266 20531100 54

2267 20531101 0.

2268 20531102

2269

2270 20531200 S5

2271 20531201 -585.1!

2272

2273 20531300 S6

.2274 10531301 1.01

2275 '0531302

.2276

2277

2278

2279

2280 t CHARGING SYSTE!

2281

2282

2283

:2284 20513400 LEVREG

2285 20513401 1. 0.1

.2286

2287 20513500 LIMIT ".2288 20513501 CNTRLVAI

2289 *

2290 20513600 DELTAF

2291 20513601 0. -1.

'2292 20513602 0.1

2293 $

:2294:. 20513700 O(AREA)

2295 20513701 1.

,2296 .

2295 '

2294 20513900 VALVARE.

2299 20513901 0. -0.4

23001

2301 20514000 AREA**2

2302 20514001 CNTRLVAI

2303

2304 20514100 K(VALV)

230t 205i4101 CNTRLVAI

2306

2307 20514200 K(T4DT)

.2308 20514201 408.644

2309 

t

:2310 20514300 OELTA7K

231i 20514301 0. 1.

2312 20514302 

. -.-

2313 

*

LOSS

5

80

OF COOL.ANT ANALYSIS PROGRAM

10. CNTRLVAR 301

LAG 1. 585.15 

1

CNTRLVAR 301

SUM 0.36 0. 

1

1. CtITRLVAR 309

-1. CNTRLVAR 310

SUM 0.002268 0. 1

1. CNTRLVAR 301

SUM 36.7 36.7 

1

-1. CNTRLVAR 311

-1. CNTRLVAR 312

PAGE 40

2 0.

2 0.

f OVERPOWER

# DELTA-T

# SET POINT

M 

4

titt tlt$ tttt t$$ tttt seet tt~ 

I

*44444*4*4444*44*4*44*444*4

PROP-INT -2.8 11.667 

0

0027021 CNTRLVAR 412

MULT 1. 11.667 0 

3

R 134

SUM 1. 0. 

0

CNTRLVAR 135

833333 CNTRLVAR 181

PROP-INT .007 0. 

0

.27027027 CNTRLVAR 136

9.5 31.7

A

01RR

SUM 1. .1090 0 3 I.E-50 1.

CtlTRt.VAR 137 1. CNTRLVAR 139

MULl . .01188 0 3 1.E-70 1.

139 CNTRLVAR 139

OIV 242. 196 20387. 0

140

SUM 1. 20796. 0

1. CNTRLVAR 141

SUM 1. 0. 0

CNTRLVAR 142

CNTRLVAR 144

MULT -1. .20796: 0

142

sum 1. 0. 0

1620!nOt-)O * CHANGE

:2314,

2315

.2316.

2317

2318

:20514400 K(T) . 20514401 CNTRLVAQ

20514 '500 DELTA-P

2A914501 0. 1.
RELAP5/2/36.04 REACTOR LI

2319 20514502 -1.

2320 

*

2321 20514600 P(T)

2322 20514601 P 152010

2323

.. 2324 20515300-.KOQO2

2325 20515301 CHTRLVAR 232B *.. . "

2327 20515400 DUM

..2328 20515q01 o. 2329 20515402

ý2330 

*

2331 20515500 A(T)

2332 20515601 CNTRLVAR. 2333 *

2334. 20515600 DUM

2335 20515601 CNTRLVAR

2336 20515602 CNTRLVAR

2337 

*

2338- 20515700 DUM

2339 10515701 CNTRLVAR

2340

2341 -0515800 

A

2342 '70515801 I.E-S0

2343 :0515802

2344 ..

2345 :05 1g50 OUM

2345. :!0515901 CNTRLVAR

2347

2348 20516000 DUM"

2349 20516001 CNTRLVAR

2350. 20516002 CNTRLVAR

2351

,2352 20517000 

. 2353 20517001 0. 1.

;:-2354 20517002 .. 2356 20517003 -1. :2356 .. . . :.

'358 205171001 Oum 

" 2358 20517101 CNTRLVAR "2359 20517102 CNTRLVA•t

.- 2360 , 

"

...2362 20517201 CNTRLVAR 2363 *

.:2364 20517300 DUM.

2365 20517301 CNTRLVAR

2366.

.;.2368, 2369 20517401..0.. -1. 20517402 i.

S:2370 20517403 -' 2371 *

2372 1205175001J*82.

2373 20517501 CNTRLVAF:

.:2374 .

2375 20517600 CAT4

.276 20517601 C"TR4VAR

OSS OF COOLANt ANALYSIS PROGRAM

CNTRLVAR 146

PAGE 41

MULT 1. 1.591E7 

0

ý00

MULT 1.178E5 981423,

183

SUM 1. 1.05E6 

0

1. CNTRL.VAR 153

-1. CNTRLVAR 186

DIV 1. 9.53E-7 

0

164

MULT 5.84E4 242.117

155 CNTRLVAR 155

186 CNTRLVAR 186

MULT 1. -63192. 

0

153 CNTRI.VAR 155 Ct

SUM 1. 20570.4 

0

1L CNTRLVAR 142

-1. Ct4IRLVAR 156

MULT 1. 290474. 

0

181 CNTRLVAR 142

MULT 1.175E5 0. 

0

155 CNtrRLVAR 155

145 CNTRLVAR 186

SUM 1. 63206.

CNTRLVAR 160

CNTRLVAR 181

CNTRLVAR 157

MULT 5.84E4 0. 

0

155 CNTRLVAR 155

145 CtITRLVAR 145

MULT 1.118E5 -. 26 

0

155 CNTRLVAR 183 CI

MULT 1. 456.1 .. 

0

143 CNIRLVAR i81 CI

SUM 1. 455.8 

0

CNTRLVAR 173 1.. CiITRLVAR 172

CNTRLVAR 171

00

4TRLVAR 186

NTRLVAR. 145

NTRLVAR ii

MULT 1 3.995E9 " '.

i17" CNTRLVAR 170

MlU T 4. .3.75E7 

0

:155 CtlTRLVAR.-r174:".
RELAP5/2/

2377

2378

2379

2380.

2381

2382

2383

2384

2385

2386

2387

2388

2389

2390

2391

2392

2393 2:394

2395

2396

2397

2398

2399

2400 2401

2402

2403

2404

2405

2400 2407

2408

2409

2410

2411

2412. "2,113

.2414

2416

2416

24i1

2418

2419

:2420

2421

-.2422

2423

::2424

242,!.

-:2426 . 2427

'.:.2428

2429

2430

2431

:'.2432

2433'

'• 2434

36.04

20517700

20517701

20517702

20517800

20517801

20517900

205179O1

20517902 4

2o5180oo

20518001

20518100

20518101

20518102 S

20518200

20518201

20518300

20518301 *

20518400

20518401

20518402 S

20518500

20518501

20218500

20218501

20218502

20218503

20218504

20218505

20218506

20218507

20218508 20218509

20218510

2021851.1

20218512

20218513

20218514

:20218515

20218516

20518600

* 20218600

20218601

20218602.

"20218603

202t0604

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

B2-4AC SUM 1. 3.96E9 0 1 0.

0. 1. CNTRLVAR 175

-1. CNTRLVAR 176

SORT STDFNCTN 1. 62908.e 

0

SORT CNTRLVAR 177

DUM SUM 0.5 -148.7 

0

0. 1. CHTRLVAR 178

-1. CNTRLVAR 170

DELTA-Q DIV 1. 0. 

0

CNTRLVAR 158 CNTRLVAR" 179

Q(T+DT) SUM 1. 14.0 0

0. 1. CNTRLVAR 181

1. CNTRLVAR 180

DUM STDFNCTN 4.138E-3 0.597 

0

SORT CNTRLVAR 142

QO(T+DT) MULT 1. 8.33 

0

CNTRLVAR 181 CNTRLVAR 182

OTOT SUM 1. 22.33 

0

0. 1. CNTRLVAR 181

1. CNTRLVAR 183

p(PUMP) FUNCTION 1.E5 200.48E5 

0

CNTRLVAR 184 185

PAGE 42

REAC-T

0.

5.

10.

14.

17.

20.

23. 

-

26.

28.75

30.

32.22

35.2

39.05

42.83

44.82

50.

DFOQ

CNTRLV

REAC-T

0.

5.

10.

14,

AR

206.

205.6

205.

204.

203.

202.

200.

197.6

195.

193.

190.

185.

180.

175.

170.

160.

FUNCTION I.E5 -67456. 

0

184 186

-0.00001

.-0.05

-0.1 -•0.23
RELAP5/2/3

2435

2437

:'2438

2439

2440

2441

2442

2443

2444

2445

2446

2447 •2448

24,19

2460

2451

:2462

2453

2464

2455

:2456

2457

2458

2459

2404

2461

: 2482-

2463

:2464

2460

:-2486

2467

::..2478

2469

2470

2471

! 2472

2473

,!'2474 2475

S•.2476 "2477

*' 2478

2479

-.-2480

2481

2 42482::

2483

2484 

.

2485

i 2486

2487

:2488

2489

*i:.2490

249f

6..04

202

202

202

202

202

202

202

202

202

205 205

205

205

2050

205

205

205

205P

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 43

18605 17.

18506 20.

18607 23.

18608 26."

18609 28.75

18610 30.*

18611 32.22

18612 42.83

18613 50.

-0.3333

-0.5

-0.73

*-0.87

-1.1

-1.2

-1.56

-1.56

-2.0

28100 LETI SUM

28102 0.

28103 -1.

28200 LET2 MUL

28201 CNTRLVAR

2. 0. 

1

P 231010000

P 282010000

.T 1. 0. 

1

281 RHOF 231010000

28300

28301

28400

28401

LET3 STDFNCTN 4.757E-5 6.177

SQRT CNTRLVAR 282

LETDOWN MULT 3.6217 22.37 

0

CNTRLVAR 283

0

RESSURiZER LEVEL

20540000 COLL.EVEL SUM 8.957363 0O

20540001 -7.26451 1.51700 VOTOF

20540002 1.517 VOIDF 4( 20540003 1.517 VOIDF 4( 20540004 1.517 VOIOF 4( 20540009 0.28217 VOIPF

20540010 0.56434 VOIDF

20540011 0Q7 VOIDF 20540012 1.464 VOIDF .20540013 3.000 VO!OF

20540014 3.000 VOIDF :-20540015 3.000 VOIOF

20540016 0.7 VOIOF 

4

20540017 0.38"" VOTOF

205460018 0.2665 VOIOF

205460400 PRZMASS SUM i. 0. •20540401 0. 0.60184 RHO

20540402 1.2038 RIO

20540403.- 2.4745 RHO

206540404 5.17524 RiO

20540405 10.605 RHO

20540406 10.605 RHO •20540407 10.605 RHO

20540408 2.4745 RHO

* 20540409.• 0.8105 l.jlbO 20540410 0.5687 RHO

2040.2060 Oi. VELC SUM4 3.43i.E-3 25

-20540P201 i~27OE4: 1 .3.43365. 

. RHO

400010000

)0020000

)0030000

)0040000

410010000

410020000

410030000

410040000

4 10050000

410060O00

410070000

10080000 4410090000

420010000

I

1

410010000

410020000

410030000

410040000

410050000

410060000 410070000

410080000

410090000

420010000

3 0. 00

.410030000 .**.-.CHECK. 

:
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

2493 20540202 14.362 R11O 410040000

2494 20540203 29.430 RHO 410050000

2495 20540204 29.430 R11O 410060000

2496 20540205 29.430 RHtO 410070000

2497 20540206 3.4335 RHO 410080000 2498 * '

2.199 *t*t*........ e$....... e***** ****

•2500 "PR 

- WEATER CONTROL

2501 2502 

*

2503 

*

.2504. 20541000 T-AUCT-H STDFNCTN 1. 570.54 

0

2505 20541001 MAX CNTRLVAR 100

i2508 20541002 CNTRLVAR 200 CNTRLVAR 300

2507 

*

25008 20541100 L-REF FUNCTION 1. 25.419 

0

2509 20541101 CNTRLVAR. 410 411 251q *

2511 20241100 REAC-T

2612 20241101 670.35 26.0

2513 20241102 585.05 57.5

2914 . 2515 20541200 DELT-t.EV SUM 1. 0. 

0

:2510. 20541201 0. -1. CNTRLVAR 411

2517 20541202 1. CNTRLVAR 402

2518 

" 2519 20541300 DELTA-P SUM 1. 0. 

1

2520 20541301.."155.oES 1. 

- P 410080000 2521 *

`2522 20541400 DP-CORR PROP-TNT 1, 0. 

1

2523 20541401 1. .005 CNIRLVAR 413

'2524,

2525 20541500 POW-fIEll 7RIPUNIT 308.E3 0. 

1

-252' 20541501...599

2527 

*

:2528.: 20541600 POW-BKR TRIPUNIT 986.E3 0. 

1

2529 20541o01 599 -2530 : • .. . ". .

2531 20541700 POWVAR FUNCTION 3.08E5 1.5E5 

1

:2532 . 20541701 CNTRLVAR 414 417 2533 t ..

2534 20241700•REAC-T

2535 20241701 -I.ES 1. ..2536 '20241702 .1!.E5 0.

2537 

*

2538 .20541800 TOTPOW FUNCTION 1. 89.257E3

2539 20541801 TIME 0 418

:2540

2541 20241800 FlAC-T

.2542 20241801.i.:: ;.0. 89. 257E3

'2543 20241802" 30. 89.257E3 .2544 ;.20241803. .34. :185.000E3

'2545 20241804 160. 185.000E3

2546

2547

;2548" :*:.SPRAY..VALVE. R AREA 

.

2549

7550 ... ..

PAGE 44
RELAP5/2/36.04

2551 205 .*:2552 205'

2553 *

2554.: 202

2555 202,

..2556' 202

2557 202

2:.5258 202

2559 202

2500 202

2561

2563 :2664 

*

2565 205

2566 205

,2567 

*

12668 202

2569 202

::2670 202

2571 202

` 2572 202

2573 202

-2574 202

2575 ::2576" .*S,

2577 !:2578 5.

2579

:'.2580 205

2581 205

;2582

2583 

*

::2584 205

2585 205

.2586 205

2587 •::2588 !'

2589 205

':* 2590 ,205

2591 205

.K: 2592: 205

2593 205

,.2594

2595 

*

,.-:2596, 205

2597 205

*:.2598 205

2599 2065

:.2600 :205 - 2601 205

:2602 205 ...2603 205

i.!:.2604 205

2605 205

2606 .,205

2607 205 26o08 * '

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 45

43500 SPRAYVAL FUNCTIOtJ

43501 TIME 0 435

1. 0. 0 3 0. I.

43500 REAC-T

43501 0. 0.

43502 30, 0.

43503 40. 1.

43504.130. 1.

43505 155. 0.

43506 160.- 0.

SPRAY VALVE B AREA

44500 SPRAYVAL FUNCTION 1. 0. 0 3 0. 1.

44601 TIME 0 445

44500 REAC-T

44501 0. 0.

44602 30. 0.

44503 40. 1.

44504 130. 1.

44505 155. 0.

44506 160. .0.

G fl POWER 

*

60600 POWCOLOL

60601 0. 1.

60700 POWPREH.-

60701 0. 1.

60702 1.

6080-0 POWlIufLG

60801. .0. 1.,.

60802 1.

60803. 1.

60804 1.

SUM -1. 20.

0 124050000

I

SUM -1.00135,

124060000

.124070000

1

SUM -1.

0. 122010000

Q 122020000

Q 122030000

Q 122040000

327.

60900

60901

60902

60903

60904

60905

60906

60907

60908

60909

60910 •60911

POWUBEND. SUM

0. 1. 

0

1. 0

1. 0

1. 0

1.; 0

1. 

0

1. 0.

1. 0

.. 0..,

-1. 518.

122050000

122060000

122070000

122080000

122090000

122100000

122110000

124010000

124020000

124030000

124040000

1
tCLAtb/2/3b.04

2609 

*

.2610 2054

2611 2051

2512 2054

2613 2051

2614 2054

2615 2054

2t310 2054

2617 *

26189 2619 'SW

2624 , sq

2621

'.2622

2623 205

.2624 205

2625 

S

2626

2627 205

.2628 205

2d29 205

2630

2611

2632' 205

2633 205

:2634 205

2635 205

:2636. 205

2637 t

:2638 

*

2639 205 .2640 205

2641 205

.2642 205

2643 205

2644 205

2646 205

2640 205

2647 205

2648 205

2640) 205

.2650 205 2651

:265• *"

"2653 205'

:2654 205'

2655 205'

:2656 205'

"2657 " 205' 2658 2052

2651 205

.266C5 2

2661 2

26625 * 26630:

2664 1 5i

2662: 2663

REACTOR LOSS OF COOLANT AtIALYSIS PROGRAM PAGE 46

61000 SGPOWER SUM 1.

61001 0. 1. CNTRLVAR 606

61002 1. CNTRLVAR 607

61003 1. CNTRLVAR 608

61004 1. CNTRLVAR" 609

61005 -1. 0 121010000

61006 -1. 0 125010000

1000.1

G 0 POWER

70600 POWCOLDL SUM -1. 20.. 

1

70601 0. 1. Q 224050000

70700 POWPREII SUM -1. 135.

70701 0. 1. Q 224060000

70700 1. 0 224070000

1

70800 POWliOTLG SUM -1.

1

70801 0. 1.- 0 222010000

70802 1. Q 222020000

70803 1. 0 222030000

70804 1. 0 222040000

327.

70900 POWUBEND SUM

70901 0. 1. 

0

70902 1. 

0

70903 1. 

0

70904 1. 

0

70905 !• 

0

70906 1. 

Q

70907 1. 

0

70908 1. 

0

70909 1. 

0

70910 1. 

0

70911 1. 

0

-1. 518.

22205000

222060000

222070000

222080000

222090000

222100000

222110000

224010000

224020000

224030000

224040000

I

71000 SGPOWER SUM 1.

71001 0. 1.- " CNTRLVAR 706

11002 1. CNkRLVAR 707

71003 1. CNTRLVAR 708

71004 1. CNTRLVAR 709

71005 -1;..0 221010000

i0Ckj6 -1. 0 225010000

0.

0 -..-B..::POWER. 

. ..
RELAPS/2/36.04

2667 

*

.2668. 2051

2669 2051 2670

2671 

*

-20B2 :2051

2673 2051

2674 2051

2675 

*

2677 2j5o

.2678 2051

2679 2051

.1200 2681 2051

2051

2683 

* 2684 . .. 2051

2685 2051 ::2680 2061

2687 2051

,*2688 205o

2689 2051

92609 2051

2691 2051

.::'2692 2051

2693 2051

2694- o205

2695 2051

2696 

* 2697 * Z298 2051

2699 2051

-:2700 2051

2701 2051

;,,2702. 205

"2703 2051

:2704 2051

270% 

*

2706 

- 205'

2707 2051

.-2708

2709 205'

2710 205'

27111

::!.2712 .205'

2713 205'

2714 

- 2715 205

'.:2716 205'

2717

.:-2718 205'

'2719 2d5'

::i-i.2720 

. ...2721 205'

2722 205'

2723 

5

•2724. 205

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 47

80600 POWCOLOL

80601 0. 1.

00700 POWPRE14

80701 0. 1.

80702 1.

80800 POWHOTLG

8b8oi o.. 1.

80802 1.

80803 1.

80804 1.

80900 POWUBEND

80901 o 

1

80902 

1

30903 

1

80904 

1

30905 

1

80906

80907 

1

80908

30909 

1

80910

80911 

1

81000 SGPOW 

R

31001 0. 1.

81002 

" 1. 

81003 1.

81004 "1.

81005 -1. 

O

81006 .1. 

0

SUM -1. 20. -I

Q 324050000

SUM -1. 135.

0 324060000

Q" 324070000

SUM -1. 327.

Q 322010000 o 322020000

Q 322030000 o 322040000

SUM -1. 518.

1Q 0 322050000

I, 0 322060000

Q. 0 322070000

Q, 0 322080000

1. 0 322090000

1. 0 322100000

1. 0 322110000

I. 0 324010000

1, 0 324020000

•Q. 0 324030000

1, 0 324040O00

...1

1I

SUM 1.

CNTRLVAR

CNTRLVAR

CHTRLVAR

CPUTRLVAR

321010000

325010000

1000.

806

807

808

809

90000: MG1 MULT .60184 0.

90001 VOIDG 410010000 RtIOG 41ooi0o0o

90100 MG2 MULT 1.20384 0.

9010.1VOOG 410020000 RIOG 410020000

90200 MG3. MULT 2.47454 0."

90d201 VObG 4A00300oo RHOG 4i0030000

d030 MG4 MULT 5.17524 0.

90301. VOIDG.410040000 RHOG 410040000

90400 MG5 

. MULT 10.6054 0.

90401 VOIDG 410'050000 RHIOG 410050000

0500 MUL.T 10.6054 0.

90501: VOIDG 410060000 RHOG 410060000 ...

30600 

. M.. .MULT 10.6054 :..:.. ..

1111
RELAP5/2/36.04 REACTOR

2725 20590601 VOIDOG 411

2726 

.

2727 20590700 MOB

2728 20590701 VOIDO 41i

2729 *

2730 20590800 MGO

2731 20590801 VOIDG 411

2733 20590900 MGIO 2734. 2O590l01 VOIDO 421

2735

2706 20591100 PRZMASW

2737 20591101 0. 1.

2738 .20591102 1.

2739 20591103 1. 2740 20501104 1.

2741 20591105 1.

2742 '20591106 1.

2743 20591107 1.

2744 20591108 1.

2745 20591109 1.

.2746 20591110 1.

2747 

0

.2748 20591200 PRZMASL

2749 20591201 0. -1.

2750 20591202. 1.

2751

2752

2753 *

V754 ****#*** 2755 *

2756 2757

2758

2759

2750 2761 

"

2762 20300010 DOTGRID

2763 

*

2764. 

. F1•I 1 :'CALCULAT

2766 . .MEASURED

2760- f

276? 2 0301000 CNTRLVAR

2768 - 2761

2770 1 FIG:2L CALCULAT

2771 i I&ASURED

2772 . 6 T.... 

2773 20302000 CNTILVAR

.2774: 2775

2776 .*:FIG 3. SPRAY MA

2777 

1

2778 ;20303000 MFLOWJ.....

2779 0 

.

.

2780 I

2781 i FI 4. 8EA GE

"'82

LOSS OF COOLANT ANALYSIS PROGRAM PAGE

0070000 RlIOG 410070000

MULT 2.4745 0.

0080000 RHOG 410080000

MULT 0.8105 0.

0090000 RHOG 410090000

MULT 0.5687 0.

0010000 RIIOG 420010000

48

111

SUM 1.

CNrRLVAR

CNTRLVAR

CNT RLVAR

CNTRLVAA

CUTRLVAR

CNIRLVAR

CNTRLVAR

CNTRLVAR

CNIRLVAR

CN1RLVAR

SUM 1.

CNIRI.VAR

CNTRLVAR

900

001 go! 902

903

904

905

906

907

908

909

911

404

0.

0.

11

5.5*, sss .. s..s....sqs,,se s**** ,..*s...s.,*.*ses**.s*

PLOT REQUEST

$S

ED PRSSRIER#U V•US************TIME'*********5 $$$$9$$

ED PRESSURIZER PRESSURE VERSUS TIME VERSUS TIME

010 011

ED PRESSURIZER LEVELS VERSUS TIME

PRESSURIZER LEVEL VERSUS TIME

400 402 012

SS FLOW RATE VERSUS TIME . 435000000 445000000. 450010000

AT;.'....VERSUS .. T M . .
RELAPS/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

2783 20304000 CNTRLVAR 610 710 810

2784.

2785

.2786 S FIG 5. SURGE LINE MASS FLOW RATE VERSUS

2787 

*

.2788 20305000 MFLOWJ 312000000

2789 

*

2791 * FIG 6. PRESSURIZER TEMPERATURES VERSUS

2792

2793 20306000 CNTRLVAR 013 014 015 016

2795 

*

2796 1 FIG 7. CPU TIME VERSUS 2797

2798 20307000 .CPUTIME 

0

2799 §

::2800 20308000 CNTRLVAR 008

2801 20309000 CNTRLVAR 028

2802 20310000 CNTRLVAR 404

2803 20311000 CNTRLVAR 911

20804. 20312000 CNTRLVAR 912

2805 20313000 CNTRLVAR 027

2806

2807 1

".2808 *TITLES

2809

2810 

f

2811 20301030 "FIG 1. PRESSURE EVOLUTION IN PRESSURI•

.2812 20302030 "'FIG 2. PRESSURIZER WATER LEVEL."

2813 20303030 "FIG 3. PRESSURIZER SPRAY MASS FLOW RA'

2814, 20304030 "FTG 4. STEAM GENERATOR POWER

2816 20305030 "FIG 1. SURGE LINE MASS FLOW RATE

2810 20306030. "FIG 6. PRESSURIZER TEMPERATURE.EVOLUT

2817 20307030 "FIG 7. CPU-TIME

:28. .20308030 "FIG 8. PRESSURIZER VAPOUR tEAT INPUT

2810 20309030 "FIG 9. VAPOUR CONDENSATION RATE (PRES

2820 20310030 !'FIG 10. PRESSURIZER MASS

2821 20311030 "FIG 11. PRESSURIZER VAPOUR MASS

2822 ;20312030,> "FIG 12. PRESSURIZER FLUID MASS

2823 20313030' "FIO 13. HEATERS EFFECTIVE HEAT TRANSFE!

'2824 

*

2825 

*

• 2826 .S LINE AND CURVE SPECIFICATIONS 2827 ...

2828

2829 20301u0o "CAL'C. "PRES." LINE 1 10

2830 20301051 "'EAS." PRES,".. LINE 2 17 2831 *

.2832 .20302050 '•COLLAPSEDO';'"LEVEL" 'LINE 1 10

2833 20302051 "OELTA-P" "LEVEL" LINE 2 17

2834 20302052 -"MEASURED" `LEVEL" LINE 3 25

2835 

#

283C ':-20303050 "SPRAY". "LINE-R" LINE 1 10

2837 20303051 "SPRAY" "LI NE-B", LiNE 2 17 .2838 20303052 ".::.,.f!! TOTAL" ::.' ...":' SPRAY" LINE 3.:: 25

2839 "I " " 

. N 

.

2840 20304050 ":SG" "" IN 1r '10

PAGE 49

TIME

TIME

TIME

ZER DOME

TE

ION R
RELAP5/2/36.04

2841 2030•

2842 2o030

2843 *

!:2844. 2o03o

2845 20301

:284W. 20301

2847 20301

2849 *

.2860 *.AXi

2851

2852 *

2853 2030

2854 2030•

2855 2030j

2856 2030'

2857 2030

2858. 20301

2859 20301

.2860.

2861 

S

2862 *

2863

,2864 * ENi 2865 S•ts 2868 *

2867 

*

.2868.

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 50

4051 "SG"

4052 "SG"

5050 ."TEMF

5051 "TEMF

5052' "SATi

3053 "SPRA

"G.0

oaB" LINE 2 17

LINE 3 25

)F" PG".

rEMP'

Y..

"420-01"

"420-01"

"420-011

"TEMPF"

LINE

LINE

LINE

L IJHE

1234

10

17

25

32

E TITLES

1032

2P32

3032

4032

5032

6032

7032

"PRESSURE"

"LEVEL"

'MFLOW"

"POWER"

"MFLOW"

"TEMP" iCPU..

"(PA)"

"(KG/S)",

(W) 

f

"(KG/ S"

"(K)"

"(SEC)"

0 OF-DATA.
RELAP5/2/36.O4 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

fQ:DOEL4: SPRAY CAPACITY TEST AT ZERO POWER

PAGE

87/01/22.

51

PROCESSING TYPE IS NEW

INP-CHKj RUN OPTION IS RUN.-

NO ACTION ON RESTART-PLOT FILE

INPUT,:UNIT$ ARE ASSUMED SI

REMAINING CPU TIME VALUES ARE

PROBLEM OPTION IS TRANSNT

ENV' TIME

M(S(C)

2.000000E401

3.OOOOOE+O1

1.600000E402

MINOR EDIT 

R

REQ.NUM,."' VARIABLE

301 

P

302 P,

303 

P

304 

P

305 

P

306 P 

. 307 P

308 

P

309 

p

310 AF!OWJ.

311 !f- LOWJ

312 ;LOwJ

313 10 LOWJ

314 'PLOWJ

316 mF t oWJ 310 • LOWJ

317 .OWJ 318 •. I .•WJ 3169 -l:lOwJ

320 ! CWJ

121 'A)OIDG

322 1VOOG 323 */nIbG

324 'O!DG.

325 3-1oOG

326 VO!DG

327 iOilb

328 VAPGEN

320 VAPGEN

330 VAPGEN

331 VAPrEN

332 C,]TRLVAR.

333 0i4tMLVAR

334 Q 335 CNTRLVAR

336 N1 RLVAR

MIN.TIME S

(SEC)

1.O00000E1.OOOOOOE1.OOOOOOEEQUESTS

IS TO BE TAKEN AT END OF PROBLEM.

OUTPUT UNITS ARE SI

1.0 AND 2.0 SEC.

TIME STEP CONTROL DATA •TEP MAX.TIME STEP OPTION MINOR EDIT

(SEC) FREQUENCY 06 2.000000E-O 3 5

06 2.OOOOOOE-OI 1 

6

06 2.OOOOO)E-O1 3 

5

MAJOR EDIT

FREQUENCY

100

60

150

RESTART

FREQUENCY

100

so

150

CODE PARAMETEA

420010000

410090000

410080000

151010000

351010000

231010000

430010000

440010000

450010000

430010000O

440010000

435000000

445000000

450010000

283000000

181000000

153010000

253010000

353010000

312000000

410010000

410020000

410030000

410040000

41008OOOO

410090000

420010000

.410070000

41io0oo00

4 10090000

420010000

400

402

940010000

418

610
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

337 CNTRLVAR 710

338 CNTRLVAR 810

339 CNTRLVAR 9

340 CNTRLVAR 7

341 CNTRLVAR 26

342 PMPVEL 140

043 PMPVEL 240

344 PMPVEL 340

346 CNTRLVAR 435

346 CNiRLVAR 445

347 TEMPF 125010000

348 1EMPF 131040000

349 TEMPF 151010000

350 TEMPF 111010000

361 TEMPF 121010000

352 TEMPF 225010000

363 TEMPF 232010000

354 TEMPF 251010000

356 TEMPF 211010000

356 rEMPF 221010000

357 TEMPF* 325010000

358 IEMPF 331040000

359 TEMPF 351010000

360 TEMPF 311010000

361 TEMPF 321010000

362 TEMPF 450010000

363 TEMPF 420010000

364 lEMPG 420010000

365 SATTEMP 420010000

366 CNTRLVAR 8

367 CNTRLVAR 28

368 CNTRLVAR 27

369. CNTRLVAR 912

370 CNTRLVAR 911

371 CNTRLVAR 920

399 CPUTIME 0

PAGE 52

87/01/22.

(QUANTITIES

EDIT OF COMPONENT INPUT DATA

PRINTED ARE INPUT VALUES, SET-BY DEFAULT, OR SET BY ERROR RECOVERY)

INPUT DATA FOR COMPONENT

-VOL NO." FLOW'AREA (M2) FLOW LENGTH

(M)

0.1 0000 !i85196 2.09400

VOL NO.. ROUGHNESS HYDRAULIC DIAM.

( M) (M)

011010000: 4.000000-O05. .462000

BORON CONCENTRATION IS 1.000000E-03

JUN .No. FROM VOL.' TO VOL. JUNCTION AREA

(M2).

01100o00,•0013000000011000000 0.

011.020000 ý.01.1010000 ,045000000. 3.700000E-;03.

11, UPDOWNC

VOLUME

(M3)

3.87800

VOLUME I

FLAGS P

0

BRANCH . HAVING I VOLUMES AND

IHORIZ. ANGLE VERT. ANGLE

(DEG) (DEG)

o.. .90.0000.

I.C.VALUE 1 . I.C.VALUE 2 I.C.'

G

3 1.59966+07 .. 570.6 .0.

2 JUNCTIONS

ELEV, CHNG.

(M)

2.09400

C, VALUE 3 I.C.VALUE 4 I.C.VALUE 5

'LA( .1 0. 0.

FORWARD LOSS

COEFFICIENT

0.

2.30000

REVEflSE Loss

COEFF ICIENT

0.

2 30000:

JUNCTION

FLAGS

00000 00000

JUN, K?,. •U...ITT .INIT, VAPi AP.C.,.VEL, VEL,,.
RELAP5/2/36.04 REACTOR LOSS OF*COOLANT ANALYSIS PROGRAM DOEL4 -S.PRAY CAPACITY TEST AT ZERO POWER

A(M/SEC) (M/SEC)

011010000 3.631440E-02 3.631440E011020000 18.1760 18.1110

INPUT DATA FOR COMPONENT 13, UPDOWNOZZ

VOL NO. FLOW AREA FLOW LENGTII VOLUME

(M2) (M) (M3)

013010000 -2.47595' 1.41400 3.50100

VOL NO., ROUGHNESS IIYDRAULIC DIAM. VOLUME 1. 4

(M) (M) FLAGS Ft.

013010000 4.OOOOOOE-O5 .500000 0

BORON CONCENTRATION IS 1.0000O0E-03

JUN.NO. FROM VOL. TO VOL. JUNCTION AREA FORWARD LO•

(M2) COEFFICIEN

013010000 153010000 013000000 0. .428500

013020000 953010000 013000000 0. .428500

013030000 353010000 013000000 0. .428500

013040000 013010000 01 500C,(" 0. .160000

PAGE

87/01/22.

X:

C

Al

I"I

53

BRANCH , HAVING i VOLUMES AND 4 JUNCTIONS

HORIZ. ANGLE. VERTi ANGLE ELEV. CHNG.

(DEG) (DEG) (M)

0. -gO.o000 -1.41400

I.C.VALUE I I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

3 1.5986E+07 570.6 0. 0. 0.

SS REVERSE LOSS

COEFFICIENT

.428500

.428500

.428500

.160000

JUNCTION

FLAGS

00000

00000

00000

00000

:.-`JUN.'NOi."

013010000

013020000

013030000

O1304000o

INIT. LIQ. VEL.

(M/SEC)

14.7640

14.7640

14.7640

8.22090

INPUT DATA FOR COMPONENT

VOL NO. FLOW AREA

015010000:°: (M2).

015010000 2.57000

015020000 2.57000 015030000 -2.57000

VOL "No". ROU...NES.

015010000 4.OOOOOOE-05

' BORON CONCENTRATION IS

015020o00 4.666666t-o5

-BORON. CONCENTRATION: IS

615030000 4.OOOO0E!-O5"

BORON CONCENTRATION:IS

.. NO•.-. JUNCTION AREA (M2)

015010000...-..-- 2 57000-.:

015020000 2.57000 .. ~ ~~~~ . . , . 06, . i. INPUT

VOL NO. FLO AREA

0230"-1 U000 6.23368

FLOW LENGTH ...(M)

1.74233

".174233

1.74233

lIYDRAULIC DIAM. "(M)

.500000 1 I.OOOOOOE-03

.500000

1,00 OOOE-03

.500000

1.000OOOE-03

FORWARD LOSS

COEFFICIENT

O.

0.

DATA FOR COMPONENT

FLOW LENGTH'

1.45500

INIT. VAP. VEL.

(M/SEC)

14.7640

14.7640

14.7640

8.22090

5. DOWNCTS ANN

OLUME II

M3) (

4.47779 0

4.47779 0

4.47779 0

OLUME I. C. I

FLAGS FLAG

0 13

O 13

0 13

EVERSE.LQSS

OEFFICIENT

3, LOW.LEN' RA

OLUME H

M3).

9.070000

ULUS . HAV

ORiZ. ANGLE

OEG)

.C.VALUE I

1.5990E+07

1.60132E 401

1,...6013E4O7

ING 3 VOLUMES AND

VERT. ANGLE

-DEG) ( 

-90.0000

-90.0000

-90.0000

I.C.VALUE 2 I.C

57o.6 0

570.6 0

510.6 0

2 JUNCTIONS

ELEV. CLING.

(M)

-1.74233

-1.74233

-1.74233

VALUE 3 I.C.VALUE 4 I.C.VALUE 5

0. 0.

0. 0.

0. 0.

INIT. VAP. VEP..

(M/SEC)

8.22090

8.22070

2 JU NIC TIONS

ELEV. ClING.

(M) ,

-1.45500

.JUNCTION INIT, LIQ. VEL.

FLAGS (M/SEC)

00000 8.22090"

00000 8.22070

NCIl ,IIAVIG 1VOLUME ANO

ORIZ. ANGLE" V'ERT. "ANGLE

DEG)(DEG)--: ....
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

-VOL NO. ROUGHNESS IIYDRAUL.IC DIAM. VOLUME I.

(M) (M) FLAGS Ft

023010000 4.O00000E-05 2.81726 0

BORON CONCENTRATION IS 1.000000E-03

JUN.NO. FROM VOL. TO VOL. JUNCTION AREA FORWARD LI

(M2) COEFFICIEI

023010000 015010000 023000000 0. 1.43000

023020000 023000000 026000000 0. 5.27300

JUN.NO; INIT. LIQ. VEL. INIT. yAP

(M/SEC) (M/SEC)

0230 10000 8.220(60 8.22060

023020000 4.96220 4.96220

INPUT DATA FOR COMPONENT 25. COREIN

VOL NO• FLOW AREA FLOW LEtNGTII VOLUME

(M2) • (M) (M3)

025010000 3.86000 .853000 3.29258

VOL NO. ROUGHINESS HYDRAULIC DIAM. VOLUME I.

(M). (M) FLAGS F

025010000 4.OOOOOOE-05 2.21691 0

BORON CONCENTRATION IS 1.000000E-03

.::JU14.NO. FROM VOL; TO VOL. JUNCTION AREA FORWARD L

(M2) COEFFICIE

025010000 025010000 031000000 0. 2.45000

025020000 025010000 035000000 .100000 7.45000

JUN•NO. INIT. LIQ. VEL. INIi. VAP

(M/SEC) (M/SEC)

b50to0ooo 4.81300 4.81300

025020000. 5.77640 5.77640

S..... INPUT DATA FOR COMPONENT 31, CORE

VOL; 1O. FLOW AREA FLOW LENGTH VOLUME

(M2) (M) (M3)

03!100000 3.8.3000 .853000 3.29258

031020000 3.86000 .853000 3.29258

031030000 3.86000 .853000 3.29258

031040000 3.86000 .853000 3.29258

031050000': 3.86000 .853000 3.29258

SVO.-.L: NO. ROUGHNESS HYDRAULIC DIAM. VOLUME I.

(MY) (M) FLAGS F

031010000 2,'OOOOOOE-06 1.200000E-02 0 .... IBORON CONCENTRATION IS 1.000000E-03

031020000.. 2:0000001E-06 1.200000E-02 0 ..... BORON COW1CETRATION IS 1•oooO00E-03

031030000 •::. ;2,O00000E-06 1.200000E-02 0

'BORON CONCENTRATION IS 1.OOOO0E-03

0.3104000: 2.OOOOOOE-06... .1.20000E-02 . 0

BORON CONCENTRATION IS i.OOOOOOE-O3

p3.10.50 . ... .. 2...O0..O6 :...020000 -2

C,

.AG

13

I.C.VALUE I

1 .6013E407

REVERSE LOS

COEFFICIENT

.500000

5.27300

87/01!22.

I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4

570.6 0. 0.

PAGE 54

I.C.VALUE 5

0.

o)ss

N'T

S JUNCTION

FLAGS

00000

00000

VEL.

BRA

H

(

0

C. I

LAG

13

OSS

NT

VEL.

PIP

(

0

0

0

0

0

C. I

LAG

13

13

13

13

•13 .. :

NCIH

ORIZ.

DEQ)

. IIAVI

ANIGLE

NG I VOLUMES AND

VERT. ANGLE

(DEG)

90.0000

:.VALUE 2 I.C

570.6 0

2 JUNCTIONS

EI.EV. ClING.

(M)

.853000

.VALUE 3 I.C

0

.C.VALUE I

1.5950E407

REVERSE LO

COEFF ICIEN

2.45000

7.45000

E , ItAV

ORIZ. ANGLE

DEG)

D0).

I.

I.

p.

.C.VALUE 1.

.1:5916E+07

1,5893E÷07

1.5851E+07

...15807E+07

1 ...•783E10T.

I.C

'SS

IT

.VALUE 4 I.C.VALUE 5

0.

JUNCTION

FLAGS

00000

00000

PING 5 VOLUMES AND 4 JUNCTIONS

VERT, ANOLF ELEV. CHING.

(DEG) (M)

90.0000 .853000

90.0000 .853000

90.0000 i853000

90.000 .853000

.90.0000 .853000

I.C.VALUE 2 I.C.VALUE 3 I.CVALUE 4 I.C.VALUE 5

570.6 0. 0.. 0.

570.;6 0O. O. 0.

570.6 '0: . 00.

-. 0
RELAPS/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4.-' SPRAY CAPACITY TEST AT ZERO POWER

PAGE 55

87/01/22.

BORON CONCENTRATION IS 1.000000E-03

J.:JUN.oO. JUNCTION AREA FORWARD LOSS

(M2) COEFFICIENT 03 !0 lbo0i 3.86000 2,47000

031020000 3:86000 2.40000

031030000 3.86000 2.31000

031040000 3.86000 2.23000

INPUT DATA FOR COMPONENT

VOL NO. FLOW AREA FLOW LENGTH

(M2). (M)

035010000 .808910 4.26500

VOL NO. ROUGHNESS IIYDRAULIC DIAM.

A. (M) (M)

03500oo00 4.OOOOOOE-05 1.01486 - "BORON CONCENTRATION IS 1.00000E-03

S. . .INPUT.DATA FOR COMPONENT

.::.:VOL.: NO'%.. FLOW AREA . FLOW LENGTH

(M2) (M)

039010000 3.86000. .853000

SVOL NO. . "ROUGHNESS. HYORAULIC DIAM.

(M) (M)

039010000 4.OOOOOOE-05. 2.21691

BORON CONCENTRATION IS 1.000000E-03

JUN.NO. FROM VOL. TO V OL. JUNCTION AREA

039o010000 0310 00o o039000000 0.

039020000 035010000 039000000 .100000

JUqN.N O INIT. LIO. VEt

(M/SEC)

039010000% 5.47730

039020000 5.77?10

INPUT DATA FOR COMPONENT

L N FLOW AREA FLOW LENG71I

-........ (M2).: (M). 018 .86500 .670000

VOL NO'. AOU .G.H -NESS H'YDRAULIC DIAM.

(M)... ) 041010000 4.OooO&oE-05) 3.35965

BORON: CONCENTRATION IS 1.O00000E-03

JUl.NO.: .FROM VOL" i:"lTO VOL.. JUNCTION AREA

(M2)

041010000: 039010000 041000000 0.

041020000 0410i0000 043600000 0.

REVERSE LO

COEFFICIEN

2.47000

2.40000

2.31000

2.23000

35, BYPASS

VOLUME

(M3)

3.45000

VOLUME

FLAGS

0

39, COREEX

VOLUME

(M3) " .3.29258

VOLUME

FLAGS

0

]SS JUNCTION

IT FLAGS

00000

00000

00000

00000

SNGLVOL , HAVI

HORIZ. ANGLE

(DEG)

0.

I. C. I.C.VALUE 1

FLAG

13 1.5865E+07

INIT, LIO. VEL. INIT. VAP. VEL.

(M/SEC) (M/SEC)

4.89100 4.89100

5.04940 5.04940

5.23460 5.23460

5.39550 5.39550

NG 1 VOLUMES AND 0 JUNCTIONS

VERT. ANGLE ELEV. CHNG.

(DEG) (M)

90.0000 4.26500

I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4

570.5 0. 0.

I.C.VALUE 5

0.

B

I. C.

FLAG

13

RANCH , HAVING 1 VOLUMES AND

HORIZ. ANGLE VERT. ANGLE

(DEG) (DEG)

0. 90.0000

.I.CiVALUE I I.C.VALUE 2 I.C

1.5763E+07 570.5 0

2 JUNCTIONS

ELEV. CHNG.

(M)

.853000

.VALUE 3 I.C

0

.VALUE 4 T.C.VALUE 5

I. 0o "

FORWARD LOS

COEFFICIENT

.720000

6.45000

L. INIT. VAP.

(M/SEC)

5.47730

5.77710

41. UPPLEN1

VOLUME

.(M3)

5.93955

VOLUME I. C

FLAGS FLA

0 1

FORWARD LOS

COEFFICIENT

.. 2.'03600

0.

S REVERSE LOSS

COEFFICIENT

.720000

6.45000

VEL.

JUNCTION

FLAGS

00000

00000

BRANCH , HAVING I VOLUMES AND 2 JUNCTIONS

HORTZ. ANGLE VERt. ANGLE ELEV. CHNG.

(DEG) (DEG) WM)

0. 90.0000 .670000

I.C.VALUE 1 I.C.VALiE 2 I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

G

3 1.5720E0 570.5 0. . 0.

S ....- REVERSE LQSS JUNCTION

COEFFICITENT FLAGS

2,03600 . . 00000

0. 00000
RELAP5/2/36.04 REACTOR LOSS Or COOLANT ANALYSIS PROGRAM

DOEL4.- SPRAY CAPACITY TEST AT ZERO POWER

: JUN.NO. INIT. LIQ. VEL. INIT. VAP

IM/SEC) (M/SEC)

041010000 5.62140 5.62140

041020000 2.44790 2.44790

INPUT DATA FOR COMPONENT 43. UPPLEN2

PAGE 55G

87/01/22.

. VEL.

BRANCH . HAVING I VOLUMES AND 3 JUNCTIONS

VOL NO. FLOW AREA : '. ":.':..'.. !. "' (M2) .

043010000 8.86500

VOL NO. ROUGHNESS :i~il •:::(M)

043010000 4.OOOOOOE-05 . ORON:CONCENTRATION IS

:-JUN-MNO. FROM VOL. TO VOL.

043010000 043000000 111000000

043020000 043000000 211000000

043030000 043000000 311000000

FlOW LENGltl (M)

2,09400

HYDRAULIC DIAM.

(M)

3.35965

1.000000E-03

JUNCTION AREA

(M2)

0.

0.

0.

VOLUME

(M3)

18.5633

VOLUME

FLAGS

0

I. C.

FLAG

13

I1l (I

0

I

ORIZ. ANGLE

DEG)

.C.VALUE 1

1.5713E407

REVERSE LOS

COEFF ICIENI

.380000

.380000

.380000

VERT. ANGLE

(DED)

90.0000

I.C.VALUE 2

570.5

ELEV. ClING.

(M)

2.09400

I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

0. 0. 0.

* JUN.NO.

043o010000.

043020000

043030000

INPUT Di

-. VOL NO.,- FLOW AREA

(M2)

045010000 9.04369

L: VOLO. ROUGH!ESS

(M)

045010000 4.O000006E-05 ..B0ON CoNENTRATION IS

U N.. N.ROM .. VOL. TO VOL.

b4o01O000 043010000 045000000

it)N.io.

045010000

INPUT Di

VOL' N . FLOWO AREA

(M2)

""iO66-1 ' .436900

.111020000.::-: "' :"436900

INIT; LIQ. VEL.

(M/SEC)

16.6130

16.6130

16.5060

ATA FOR COMPONENT 4

FLOW LENGTH V

(M) (

2.06000

HlYDRAULIC DIAM. V

(M)

3.39334

i.ooO0OOE-03

JUNCTION AREA

(M2)

0.

INIT. L10. VEL.

(M/SEC)

-7.466990E-03

FORWARD LOSS'

COEFFICIENT

.380000

.380000

.380000

INTT. VAP. VEL.

(M/SEC)

16.6130

16.6130

16.5960

5i UPIlEAD BRAI

OLUME 1t

M3) (I

18.6300 0

OLUME I. C. I

FLAGS FLAG

0 13

NCH . HA•

DRIZ. ANGLE

DEG)

C. VALUE 1

1. 5700E f07

VINO 1 VOLUMES

VERT. ANGLE

(DEG)

90.0000

I.CiVALUE 2

570.5

AND 1 JUNCTIONS

ELEV. CHNG.

(M)

2.06000

I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

0. 0. - 0.

JUNCTION

FLAGS

*00000

00000

00000

FORWARD LOSS

COEFFICIENT

2.60000

INIT. VAP. VEL.

(M/SEC)

-7.4669906-03

1. IITLEGAi PIPE

OLUME H(

M3)..... . (

1.17146 0.

1.17146 . :0

REVERSE LOSS

COEFFICIENT.-

2.60000

JUNCTION

FLAGS

00000

ATA FOR COMPONENT

FLOW LENGTH

.(M).

2.68130

.2.68130

11

V JRIZ.

XEU)

HiAVING 2 VOLUMES AND

ANGLE VERT. ANGLE

(DEG)

0.

0.

I JUNCTIONS

ELEV. ClING.

W()

0.

0.

V. NO.' ROUGHNESS H.."...' Y DRAUL I C.. D I AM,

.(A) "(M) " I 1110000" .4..000000E-05. .74600,

IVOLUME I C.-. I..'.XC. VALUEI : IC.VALUE 2:1'I I.C.VALUE 3 I.CVALUE 4 1:.IC.VALUE 5

FLAGS FLAG " .0 13.!. ,7 . ,., 0.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

D:-O[EL4`- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 57

87/01/22.

BORON CONCENTRATION IS

111020000 4.OOOOOOE-05

-BORON CONCENTRATION IS

JUN.NO... JUNCTION AREA

(M2)

111010000 .,436900

INPUT DA

: VOL NO. FLOW AREA

(M2)

.13010000 J.;436900,

: VOL. NO. ROUGHNESS

(M)

1.13010O000 4 .OOOOOOE-05

BORON CONCENTRATION IS

JJUN.NO. FROM VOL. 'TO VOL.

113010000 111010000 113000000

JUN. NO.

113010000:

INPUT Di

VOL NO. FLOW AREA

121010000 3.27900

VOL NO. ROUGHNESS

~iolooo 4.OOOOOOE-05

i: BORON C0NCENTRATION IS

*JIJJO.FO VOL. TO VOL..

121010000 .121010000 122000000

121020000 113010000 121000000

1 2 1010000

1.0000001-03

.746000

1.000000E-03

FORWARD LOSS RI

COEFFICIENT Ci

0. 0

LTA FOR COMPONENT It.

FLOW LENGTH V

(M) (i

2.68130

HYDRAULIC DIAM. V

(M)

.746000

I.000000E-03

JUNCTION AREA

(M2)

.436900

INIT. LIO. VEL.

(M/SEC)

16.6180

ATA FOR COMPONENT 12

0 13 1.5591E+07 570.5 0. 0. 0.

EVERSE LOSS

OEFFICIENT

3. tTLEOR2

OLUME

M3)

1.17146

OLUME I.

FLAGS F!

0

JUNCTION ;INIT. LIG. VEL. INIT. VAP. VEL.

FLAGS (M/SEC) (M/SEC)

00000 16.6180 16.6180

BRANCH , HAVING I VOLUMES AND 1 JUNCTIONS

HORIZ. ANGLE VERT, ANGLE ELEV. CHNG.

(DEG) (DEG) (M)

O 19.6700 .897000

I.C.VALUE 1 I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

3 1.5584E407 670.5 0. 0. 0.

C,

LAG

I3

FORWARD LOSS

COEFFICIENT

0.

INIT. VAP. VEL.

(M/SEC)

16.6180

1. INBOX BRAI

OLUME ii

FA3) (I

6.23010 0

OLUME 1. C. I

FLAGS FLAG a 13

REVERSE LOSS

COEFFICIENT

0.

JUNCTION

FLAGS

00000

NCII HAVING I VOLUMES AND 2 JUNCTIONS

FLOW LENGTH

1 .90000

HYDRAULIC DIAM.

(M)

2.04327

1.000000E-03

JUNCTION AREA

(M2)

1.08720

.436900

INIT. LIQ. VE

(M/SEC)

6.67720

16.6190

V

V

DRIZ. ANGLE

DEG)

.C.vALUE 1

I.5633E+0?

VERT. ANGLE

(DEG)

90.0000

I.C.VALUE 2

570.5

ELEV. CHNG.

(M)

1.90000

I.C.VALUE 3 I.C.VALUE 4

0. 0.

I.C.VALUE 5

0.

FORWARD LOSS R

COEFFICIENT C

.226000

.325000

L. INIT. VAP. VEL.

(M/SEC) . .

6.67720

16: 6190

122: UTUBE. PIPE

VOLUME HORI

(M3) (DEG

.994136 0.

.994136 .

1.25648 0.

.1.06328 0.

EVERSE LOSS

OEFFICIENT

.580000

.255000

JUNCTION

FLAGS

oo0000

00C00

INPUT. DATA. FOR. COMPONENT:

VOL:NU.: -. FLOW;AREA FLOW LENGTH a (M2) (U)

1122010000. ::.1-.08720 .945500

122020000 i1.8720 .914400

.122030000 . ::-,08720 . .914400

122040W0 .0 8720 1.15570

1.000 1.08720. .9.68000...

HAVING

Z.,: ANGLE. I)

11. VOLUMES AND

.VERT:. ANGLE

(DEG)

90.0000

90.0000

90. C000

10 JUNCTIONS

ELEV. CHNG4. (M)

.945500

.914400

.914400

i.15570

...978000
RELAPS/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM .'DOEL4 " SPRAY CAPACITY TEST AT ZERO POWER

PAGE 58

122060000 1.08720 .978000

122070000 1.08720 .978000

122080000 1.08720 .978000

122090000 1.08720 .978000

122100000 1.08720 .978000

122110000 1.08720 1.05200

VOL NO. ROUGHNESS HYDRAULIC DIAM.

S(Ml (M)

122010000 3.OOOOOOE-09 1.6870OOE-02

BORON CONCENTRATION IS 1.OOOOOOE-03

122020000 3.OOOOOOE-O9 1.6870OOE-02

.BROON CONCENTRATION IS 1.000000E-03

122030000 3.OOOOOOE-09 1.687T00E-02

BORON CONCENTRATION IS 1.OOO00E-03

'122040000 3.OOOOOOE-09 1.687000E-02

BORON CONCENTRATION IS 1.000000E-03

122050000 3.OOOOOOE--09 1.687000E-02

BORON CONCENTRATION IS 1.O00000E-03

122060000 3.OOOOOOE-09 1.687000E--02

BORON CONCENTRATION IS 1.OOO0OOE-03

122070000 3.000000E-09 1.687000E-02 .. :"'BORON CONCENTRATION IS 1.000000E-03

122080000 3. 000000E -09 1. 687000E-02

BORON CONCENTRATION IS 1.000000E-03

i22090000 3.000002E-09 1.687000E-02

BORON CONCENTRATION IS 1.000000E-03

122100000 3.000000E-09 1.687000E-02

BORON CONCENTRATION IS 1.O000000E-03

12210000 3.OOOOOOE-09 1.687OOOE-02

'.BORON CONCENTRATION IS 1.000000E-03

JUNNO. JUNCTION AREA FORWARD LOSS

(M2) COEFFICIENT

122010000 1.08720 0.

122020000 1.08720 0.

122030000 1,08720 0.

122040000 1.08720 0.

122050000 1.08720 0.

122060000 1.08720 0.

.122070000 1.08720 0.

122080000 1.08720 0.

122090000 1.08720 0.

122100000 1.08720 0.

INPUT DATA FOR COMPONENT

JUN.NO. FROM VOL. TO VOL. JUNCTION AREA

(M2)

123000000 122010000 124000000 .oo ooEsOO

INIT. LU0. VE

(m/SEC)

123000000 6.115400Es00

1.06328

1.06328

1.06328

1.06328

1.06328

1.14373

VOLUME

FLAGS

0

0

0

0

0

0

0

0

0

0

0

I. C.

FLA3

13

13

13

13

13

13

13

13

13

13

13

0.

0.

0.

0.

0.

I.C.VALUE I I

,.5602E407

1.5586E407

1.5570E407

1.5552E $07

1.5534E407

1.5517E407

1.5500E 407

1.5484E 407

1.5467E,07

I.5450E *07

1.5434E407

JUNCT ION

FLAGS

00000 00000

00000

OO000

00000

00000

00000

O000

00000

00000

NGLJUN . HAVIt

REVERSE LOSS

COEFFICIENT

.000000E IOC

87/01/22.

00.0000

90.0000

90.0000

90.0000

90.0000

39.5402

.C.VALUE 2

570.5

570.5

570.4

570.4

570.4

570.4

570.4

570.4

570.4

570.4

570.4

.078=0

.97600C

.97800C

.97800C

.97800C

.66972(

I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

0.

0.

0.

0.

0.

0.

.0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

REVFRSE LOSS

COEFFICIENT

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

123. UJUN S

FORWARD Loss.

COEFF ICIENT

o000000o+00

INIT. LI. VEt.

(M/SEC)

6.59050

.651600

6.45200

6.38160

6.32900

6.28130

6.23980

6.20340

6.17120

6.14280

IG 0 VOLUMES AND

JUNCTION

FLAGS

00000

INIT. VAP. VEL.

(M/SEC)

6.59050

6.51600

6.45200

6.38160

6. 32900

6.28130

6. 23980

6. 20340

6. 17120

6.14280

1 JUNCTIONS

SUaCOOLED

DISCHARGE COEF.

1.000000E+00

TWO-PHASE

DISCHARGE COEF.

1.OOOOOOE tOO

(M/SEC).
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

IDOEL4: - SPRAY CAPACITY TEST AT ZERO POER

PAGE 59

.:, 87/01/22.

.:....*...-..'. .INPUT DATA FOR COMPONENT 1

... VOL NO. FLOW AREA FLOW LENGTH

(M2) (M)

124010000 1.08720 1.05200

124020000 1.08720 1.95600

12403(X)0 .1i08720 1.95600

124040000 1.08720 1.95600

:124060"0 1.08720 1.15570

124060000 1.08720 1.14315

124070000 . 1.08720 1.63110

VOL NO;. ROUGHNESS'. HYDRAULIC'OTAM.

(M) (M)

124010000 3.0000001-09 1.687000E-02

BORON CONCENTRATION IS i.O00000E-03

124020000ý "3iO00000E-O 1.687000E-02

BORON CONCENTRATION IS 1.000000E-03

124030000 .; 3000000E-09 1.687000E-02

BORON CONCENTRATION IS 1.000000E-03

:124040000 .. 3.o000 006-09 1.687000E-02

BORON CONCENTRATION IS 1.000000E-03

124050000 .. 3.0000001-09 1.687000E-02

BORON CONCENTRATION IS 1.OOOOOOE-03

.124060000" 3.000000E-09 -1.687000E-02

BORON CONCENTRATION IS I.00C)OOE-03

.124070000: . 3.0000OE-09 1.6870001-02

BORON CONCENTRATION IS 1.000000E-03

JUN.NO. JUNCTION AREA FORWARD LOSS

...(M2)! . . COEFFICIENT

124010000 1.08720 0.

:124020000- 1.08720 0.

124030000 1.08720 0.

14040000, 1,08720 . 0.

124060000 1.08720 0.

.12406'0000 1;08720.. . 0.

INPUT DATA FOR COMPONENT 1

VOL.NO .F LOW AREA FLOW LENGTH

(M2) (M)

.12501•0000 .27900 1.90000

.VOL .. " ROUGHNESS HYDRAULIC DIAM.

(M) (M)

:125010000..!.. 4.OOOOOOE-05 .2.04327 .BORON CONCENTRATION IS -i.OoOoOS-03

JUN.NO. FROI VO6L.' TO VOL. JUNCTION AREA

(M2)

125010000 124010000 125000000 1.08790

:125020000125010000 131000000 .498400

U N . .. ... INIT. LI . VEL

24, UTUBE

VOLUME

(M3)

1.14373

2.12656

2.12656

2.12656

1.25648

1.24283

1.77333

VOLUME

FLAGS

0

0

0

0

0

0

0

PIPE , HAVING 7 VOLUMES AND 6 JUNCTIONS

I. C.

FLAG

13

13

13

13

13

13

13

HORIZ, ANGLE

(DEG)

0.

0.

0.

0.

0.

0.

0.

I.C;VALUE I

1.6423E+07

1.5417E+07

1.641115E07

1.5405E*07

1.5400E+07

1.5397E+07

1;5393E+07

VERT. ANGLE ELEV. CHNG.

(DEG) (M)

-35.5400 -. 669720

-90.0000 -1.95600

-00.0000 -1.95600

-90.0000 -1.95600

-90.0000 -1.15570

-90.0000 -I.14315

-90.0000 -1.63110

I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

670.4 0. 0. 0.

570.4 0. Oi 0.

670.4 0.- 0. 0.

670.4 0. 0. 0.

570.4 0. 0. 0.

570.4 0. 0. 0.

570.4 0. 0. 0.

REVERSE LOSS

COEFFICIENT

0.

0.

0.

0.

0.Oý

125, OUTBOX

VOLUME (M3)

6.23010

VOLUME I' C.

FLAGS FLA(

FORWARD LOS!

COEFFICIENT'

.580000

; 255000

JUNCTION INiT. LIO. VEL. INIT. VAP. VEL;

FLAGS (M/SEC) (M/SEC)

00000 6.09040 6.09040

00000 6.05250 6.05250

00000 6.02220 6.02220

00000 5.99750 5.99760

00000 5.98420 5.98420

00000 5;96120 5.96120

BRANCH , HAVING 1 VOLUMES AND 2 JUNCTIONS

HORIZ. ANGLE. VERTi ANGLE ELEV. CHNG.

(DEG) (DEG) (M) 0. "-90.0000 -1.90000

I.C.VALUE 1 IXC.VALUE 2 I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

1.. 5401E-07 570.4 . .0.

REVERSE LOSS JUNCTION

' COEFFICIENT FLAGS

.226000 00000 .. 325000 * 00000

.. 0. 0.

.INIT. VAP. IF
RELAP5/2/36.04 REACTOR LOSS OF COOLANI ANALYSIS PROGRAM

"DOEL4'- SPRAY CAPACITY TEST AT ZERO POWER

PAGE

87/01/22.

60

125010000

12502OOOO

(M/SEC)

5.89380

12.8650

INPUT DATA FOR COMPONENT

(M/SEC)

5.89380

12.8650

131. SEALR PIPE HIAVING 4 VOLUMES AND 3 JUNCTIONS

:.e..VOL NO." FLOW AREA

(M2) .

131010000 .498400

131020000 .487600

01030000.: .487000

131040000 .487000

VOL NO. ROUGHNESS

00.-)

131010000 4.OOOOOOE-05

-BORON CONCENTRATION IS

131020000 4.oo00ooE-05

" BORON CONCENTRATION IS

131030000 4.OOOOOOE-05

BORON CONCENTRATION IS

131040000 4.o0000E -05 .:!: .::.BORON CONCENTRATTON IS

Jit4JU.NO. ": JUNCTION AREA

(M2)

131010000. .487000

131020000 .487000 131030000. .487000

INPUT

VOL:'NO.*::.. 'FLOW AREA

(M2)

.140010000 :.. .:261339

FLOW LENGTH

(M)

1.94300

1.94300

3.00900

1.60000

HYDRAULIC DIAM.

(M)

.787000

1.000000E-03

.787000

1.000000E-03

.787000

I.OOOOOOE-03

.787000

1.OOOOOOE-03

FORWARD LOSS

COEFFICIENT

0.

0.

0.

DATA FOR COMPONENT

FLOW LENGTH

(M)

1.38900

VOLUME

(M3)

.968391

.946241

1-.4538

.779200

VOLUME

FLAGS

0

0

0

0

I. C.

FLAG

13

13

13

13

HORIZ. ANGLE

(DEG)

0. *O.

0.

0.

I.C.VALUE 1

1.5339E#07

1.5349E*07

1.5354E407

1.5346E407

JUNCTION

FLAGS

OCK)Oo

00000

00000

PUMP H ItAVI

HORIZ. ANGLE

(DEG)

0.

VERT. ANGLE ELEV. CHNG.

(DEG) (M)

-90.0000 -1.94300

-90.0000 -1.94300

0. 0.

90.0000 1.60000

I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

570.3 0. 0. 0.

570.4 0. 0. 0.

570.4 0. 0. 0.

570.4 0. 0. 0.

REVERSE LOSS

COEFFICIENT

0.

0.

0.

140, PUMPR

VOLUME

(M3)

3.63000

INIT. LIO. VEL.

(M/SEC)

13.1670

13.1670

13.1670

16 1 VOLUMES AND

VERT. ANGLE

(DEG)

90.0000

INIT. VAP. VEL.

(M/SEC)

13.1670

13.1670

13.1670

2 JUNCTIONS

EI.EV. CHNG.

(M)

1.38900

'.:VOLNO.-EQUIL. INIT. COND, I.C.VALUE 1

FLAG FLAG

1.4001.0000 0 13 1.573440E+07

BORON CONCENTRATION IS 1.0000OO -03

UN ... FROM VOL'. TO VOL. JUNCTION AREA .. . ...... .(M .. 2 ) .

140100 1 31 10000 140000000 0.2

A-14'. IJ.INIT. LIO. FLOW

(KG/SEC)

1 40010000 4737.00

JUN.0.. FROM VOL.' TO VOL. JUNCTION AREA 140020000... 140. 160. ..... 0 . . . (M2):.:

INIT. LI0. FLOW

140020000 (KG/SEC)

• . . . ... . .. , . .. . ... .

I.C.VALUE 2 1.(

570;520 0';

FORWARb LOSS REVEr

COEFFICIENT COEFF .195000 . 19•

INiT. VAP. FLOW

(KG/SEC)

0.

FORWARbDLOS§ . REVEF

COEFFICIENT.: .. :. COEFF

.270000 .27C

INIT. VAP. FLOW

(KG/SEC)

0.

-. VALUE

k LoS

F ICIEN

5000

E 3 I.CiVALUE 4

0. "

I.C.VALUE 5

0.'"

ts JUNCTION

T FLAGS

00000

tst Loss " JbNCTION

XCIENT :. FLAGS

•0 •""'"' •-.i•"-".:-."'.."" 00000 
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

* OOEL4 :'SPRAY CAPACITY TEST AT ZERO POWER

EDIT.. OF PUMP INDEX & OPTION INDICATORS

SINGLE PHASE TABLE SET INDEX ................ -2

2 PHASE:HEAD & TORQUE MULTIPLIER TABLE INDEX -1

2 PHASE DIFFERENCE TABLE SET INDEX ........... -2

PUMP::'MOTOR TORQUE TABLE INDEX ....... TIME DEPENDENT PUMP SPEED TABLE INDEX ....... -1

PUMP TRIP NUMBER INDEX ................. 9... 9g

PUMP REVERSE INDICATOR ....................... 0

.! •EDIT• OF' PUMP FIXED DATA PARAMETERS ---- RATED PUMP SPEED .................... . 155.0 t (RAD/SEC)

PUMP/SPEED RATIO (TNITIAL'/ RATED) ,; - 1.000

RATED PUMP FLOW ..................... - 6.524 (M3/SEC)

RATEo:PUMP HEAD ................... 95.10 (M)

RATED PUMP TORQUE ................... . .2929E+05 (N-M)

PUMP::MOMENT OF INERTIA.. , ..... 3579. (KG-M2)

PUMP RATED DENSITY ....................- 746.0 (KG/M3)

PUMP:RATEO MOTOR-TORQUE ........... ,2581Et05 (N-M)

PUMP FRICTIONAL TORQUE COEFFICIENT #3 a -862.7 (N-M)

PUMP FRICTIONAL TORQUE COEFFICIENT #1 - 4065. (N-M)

PUMP FRICTIONAL TORQUE COEFFICIENT #2 - 114.6 (N-M)

PUMPIFR!CTIONAL TORQUE COEFFICIENT #4 - 204.3 (N-M)

PAGE 61

87/01/22.

.:::.: .... INPUT DATA FOR COMPONENT

VOL:NO• FLOW AREA. F

(M2)

151Q.01000:0 :.,i..i:.4383000

: VOL. NO. ROUGHNESS H (M)(

.151010000 4.0.0000(V-05 BORON CONCENTRATION IS

INPUT DATA

VOL N. FLOIWAREA' F

6`152b610000 .383000

1620i10000 44.0ooo00E-05

::.".."%:.1BORON CONCENTRATION IS

!:--UNNO•-.OM.VOL. TO VOL.

152010000:151i010000,152000000

15202o0000 1520OOOO 153000000

JUN. NO.

• :i " '.. 152020000 :::i!:ii:•:•i •;• •i

LOW LENGTH

M)

2;06500

IYORAULIC DIAM.

M)

.698000

1.000000E-03

FOR COMPONENT

LOW LENGTH 1).

2.06500

IYDRAULiC DIAM.

M)

.698000

1.OOOOOOE-03

151, C()LDR1

VOLUME

(M3)

.790895

VOLUME

FLAGS

0

I. C.

FLAC13

SNGLVOL , HAVING I VOLUMES AND 0 JUNCTIONS

HORIZ. ANGLE VERT. ANGLE ELEV. CHNG;

(DEG) (DEG) (M)

O. . 0. . 0.

I.C.VALUE I I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4

S 1. 5945E+07 570.6 0. 0.

BRANCH HAVkING i VOLUMES AND 2 JUNCTIONS

HORIZ. ANGLE VERT. ANGLE ELEV. CHNG. (DEG) (DEG) . :.? ' ( ) .. . .

0. 0. 0.

I.C.VALUE I .C.VALUE .C.VALUE 3 I.C VALUE . 4

I 1.5942E+07 570.6 0. 0.

152. COLDR2

VOLUME

(M3) .190895

VOLUME I

FLAGS I

0

I.C.VALtE 5

0.

I.C.VALUE '

0.

C.

:LAC

JUNCTION AREA FORWARD LOSS PEVERSE LOSS. JUNCTION . .'

(M2) COEFFICIENT COEFFICIENT FLAGS

0. 0 0 00000..

0. 0..0. 00000

iNIT. Lio. VEL. INITT. yAP. VEL.:

(M/SEC) (M/SEC)...

16.7300 16.7300....":

16.7300 . .16.7300:-.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 62

87/01/22.

INPUT DATA FOR COMPONENT

.VOL NO.- FLOW AREA FLOW LENGTH

(M2) (M)

153010000 .383000 2.06500

153020000 .434000 2.06500

VOL NO. ROUGHNESS HYDRAULIC DIAM.

(M) (M)

153010000 4.OOOOOOE-05 .698000 .... .BORON CONCENTRATION IS 1.000000E-03

153020000 4.000000E-05 .698000

BORON CONCENTRATION IS 1.000000E-03

JUN.NO. JUNCTION AREA FORWARD LOSS

(M2) COEFFICIENT

163010000 .383000 0.

INPUT DATA FOR COMPONENT

" VOL NO;. FLOW AREA FL.OW LENGTH

(M2) (M)

180010000 -1.00000 1.00000

::!VOL.NO. ROUGHNESS HYDRAULIC DIAM.

(M) (M)

180010000 0. 1.12838

TABLE.TRIP NUMBER IS." 0.

153, COLDR3

VOLUME

(M3)

.790895

.896210

VOLUME

FLAGS

0

0

PIPE , HAVING 2 VOLUMES AND 1 JUNCTIONS

I1ORIZ. ANGLE VERT. ANGLE ELEV. CLING.

(DEG) (DEG) (M)

0. 0. 0.

0. 0. 0.

I.C.VALUE I I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

3 1.5939E407 570.6 0. 0. 0.

I 1.5959E#07 570.6 0. 0. 0.

I. C.

FLAG

REVERSE LOSS

COEFFICIENT

0.

180, CVTANK

VOLUME

(M3)

1.00000

EQUIL.

FLAG

0

JUNCTION

FLAGS

00000

TMDPVOL , HAVIb

HORIZ. ANGI.E

(DEG)

0.

INIT. LIQ. VEL.

(M/SEC)

16.7300

10 1 VOLUMES AND

VERT. ANGLE

(DEG)

0.

INIT. VAP. VEL.

(M/SEC)

16.7300

0 JUNCTIONS

ELEV. CHNG.

(M)

0.

.TABULAR DATA

TEMPF PRESSURE TEMPERAIURE

.152010000 (PA) (K)

(K)

285.000 2.000000EfO7 275.000 1.000000E-03

610.000 2.00O0006+07 .600.000 1.000000E-03

INPUT DATA FOR COMPONENT 181, CVJUN TMOPJUN , HAVING 0 VOLUMES AND I JUNCTIONS

•:.JUN.NO, FROM..VOLi. TO VOL. JUNCTION AREA

(M2)

181000000:180000000 152000000 3.490000E-03

TABLE TRIP NUMBER IS 597.

TABULAR DATA : . WLOWJ LIQUID FLOW VAPOR FLOW . ..::. .!..283000000 - . (KG/SEC) .. (KG/SEC)

(KG/SEC)

-1*. 00 E0 6.200000E+00 .0000oOE oo '000000E+00 :.0000006O0 .00OOOE+00

1.00•-N06E401 1.000000O401 .0000i6+00
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

:".`DOEL4'- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 63

87/01/22.

INPUT DATA FOR COMPONENT 211, HTLEGGt PIPE , HAVING 2 VOLUMES AND I JUNCTIONS

.VOL NO'. FLOW AREA FLOW LENGTH VOLUME HORIZ. ANGLE VERT.: ANGLE ELEV. CHNG.

(M2) (M) (M3) (OEG) (DEG) (M)

21fo10,000" .436900: 2.68130 1.17145 0. 0... 0.

21.1020000 .436900 2.681?3 1.17146 0. 0. 0.

VOL NO. ROUGHNESS HYDRAULIC DIAM. VOLUME I. C. I.C.VALUE 1 I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

1 •. :.. . (M)• (M) FLAGS FLAG

211010000 4.OOOOOOE-05 .746000 0 13 1,5594EtO7 570.5 0. 0. 0.

' BORON CONCENTRATION IS I.OOOOOOE-03

211020000 4.O0000E-05 .746000 0 13 1.5591E407 570.5 0. 0. 0. x :-BORON CONCENTRATION IS 1.000000E-03

..:.::-JUN,.N • JUNCTION AREA FORWARD LOSS* REVERSE LOSS JUNCTION INIT. LIQ. ,VEL. INIT. VAP. VEL.

(M2) COEFFICIENT COEFFICIENT FLAGS (M/SEC) (M/SEC) 211010000 .436900 0. 0. 00000 16.6180 16.6180

INPUT DATA FOR COMPONENT 213, HTLEGG2 BRANCH , HAVING 1 VOLUMES AND I JUNCTIONS

'-.* .•:VOL.'NO. FLOW AREA FLOW LENGTH VPLUME HORIZ. ANGLE VERT. ANGLE ELEV- CHNG. (M2) (M) (M3) (DEG) (DEG) (M)

213010000 ...;'.436900 2.68130 1.17146 0. 19.5700 .897000

.'-::.:VOL -NO.:' ROUGHNESS'_ - HYDRAULIC DIAM. VOLUME I. C. I.C.VALUE 1 I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4 T.C.VALUE 8

(M) (M) FLAGS FLAG

213010000.. 4.O00000E -05_" .746000 0 13 1.5554E407 570.5 0. 0. 0.

BORON CONCENTRATION"IS 1.000000E-03

JUN.NO. FROM VOL. TO VOL. JUNCTION AREA FORWARD LOSS REVERSE LOSS JUNCTION ... .:... .. " • (M2) COEFFICIENlT COEFFICIENT FLAGS

213010000 211010000 213000000 .436900 0. 0. 00000

JUN.NO. INIT. LIO. VEL. INIT. VAP. VEL.

(M/SEC) (M/SEC). 2i3010000 16.6180 16.6180

INPUT DATA FOR COMPONENT 221. INBOX BRANCH , HAVING 1 VOL-A1ES AND 2 JUNCTIONS

NO. FLOW AREA FLOW LENGTH VOLUME HORIZ. ANGLE VERT. ANGLE ELtV. CHNG. .... M2 ) ,M3) (DEG) (DEG) M.

3.27900 1.90000 6.23010 0. 90.0000 1.90000

VOL NO. ROUGHNESS .. HYDRAULIC DIAM. VOL I. C. I.C.VALUE I I.C.VALUE 2 I.C.VALUE 3 C.vALUE 4 I.C.VALUE 5

(M) (M) FLAGS FLAG

22i010000 4.00000()E-05 2.04327 0 13 i.5633E+07 670.5 0. 0. 0.

BORON CONCENTRATION.IS I.OOOOOOE-03

* .JUNiNO. -FROM VOL TO VOL.. JUNCTION AREA FORWARD LOSS REVERSE LOSS JUNCTION .. ..

0M2) COEFFICIENT COEFFICIENT FLAGS 221010000 221010000.222000000 1.08720 .226000" 4.580000' 00000 221020000 213010000 221000000 .43690d .325000 .255000 ... . 00000

NiNt. L0O. VEL. INIT. VAP. VtL. ".UJ•T"C"
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

ý'DOE;L4`- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 64

87/01/22.

22 1010000

221020000

iNPUT

VOL NO. FLOW AREA

(MY

222010000 1.08720

222020000 1.00720

222030000 1.08720

222040000 1.00720

222050000 1.08720

222060000 1.08720

222070000 1.08720

222080000:.: 1,08720"

222090000 i.08720

222100000 .I08720

222110000 1.08120

VOL NO. ROUGIlNESS

(M)

222010000 3.O000000E -09

BORON' CONCENTRATION IS

222020000 3.000000E-09 .:'.'.:-BORON CONCENTRATTON IS

222030000 3.0000006 E-09

'BORON CONCENTRATION IS

222040000 3.000000E-09

BORON CONCENTRATION IS

222050000 3. OOOOOOE -09 .. ,. BORON CONCENTRATION IS

222060000 3.000000E-09

'BORON CONCENTRATION IS

222070000 3.000000E-09

S 3BORON CONCENTRATION IS

222080000 3.000000E-09 .. "BORON CONCENTRATION IS

i222o0000 3.OOOOOOE-09

:.,.".BORON CONCENTRATION IS

222100060 3.OOOOOOE-09

-:".. BORON CONCENTRATION IS

i 10000 3.OOOOOOE-09

BOROfN. CONCENTRATION iS

*.JUN.NO. JUNCTION AREA

(M2)

222010000(:)' 1.08720

222020000 1.08720

222030000 .. 08720

222040000 1.08720

222050000 . 1:08720

222060000 .. 08720

222070000-. : :-;. 1:.:• 08720"

222080000 1.08720

222090000 : .:• 08720

22100000 ' 1.08720

6.67720

16.6190

DATA FOR COMPONENT

FLOW LENGTfl

(M)

.945500

.91440c

.914400

1.15570

.978000

.978000

.978000

.978000

.978000

.978000

1.05200

IHYDRAULIC DIAM.

(M)

1.6870006E-2

1.00000OE-03

1.687000E-02

1.000000E-03

1.687000E-02

1.00OOOE-03

1.687000E-02

1.00000OE-03

1.687000E-02

1.000000E-03

1.687000E-02

1.O00000oE -03

1.687000E-02

1.OOOOOOE-03

1.687000E-02

1.000000E-03

1.687000E-02

1.OOO0OOE-03

1.687000E-02

1.000000E-03

1.687000E-02

1.000000E-03

FORWARD LOSS

COEFFICIENT

0.

.0.

0.

0.

0..

0.

-0.

0.

6.67720

16.6190

222. UTUBE

VOLUME

(M3)

1.02795

.994136

.994136

1.26648

1.06328

1.06328

1.06328

%1.06328

1.06328

1.06328

1.14373

VOLUME

FLAGS

0

0

0

0

0

0

0

0

0

0

PIPE . IiAVING 11 VOLUMES AND 10 JUNCTIONS

I. C.

FLAG

13

13

13

13

13

13

13

13

13

13

13

HIORIZ. ANGLE

(DEG)

0.

0.

0.

0.

O.

0.

0.

0.

0.

0.

0.

I.C.VALUE 1

1.5602E407

1.5586EI07

1.5570E407

1 .5552E407

1 .5534E407

1.5517E407

1.5500OE407

1.5484E607

1.5467E407

1.5450E4d7

i.5434E01?

-JUNCTION

FLAGS

00000"

00000

00000

00000

00000

00000

00000

00000

00000 -.

00000

VERT. ANGLE ELEV. CLING.

(DEG) (M)

90.0000 .945500

90.0000 .914400

90.0000 .914400

90.0000 1,16570

90.0000 .978000

00.0006 .078000

90.0000 .978000

90.0000 .978000

90.0000 .978000

90.0000 .978000

39.5402 .669720

I.C.VALUE 2 I.C.VALUE 3 I.C

570.5 0. C

570.5 0. C

570.4 0. C

570.4 0. C

570.4 0. C

570.4 0. C

570.4 * 0. C

570.4 0. C

570.4 0. C

570.4 0. C

570.4 0. C

INIT. LID. VEL. INIT. VAP; VE

(M/SEC) (M/SEC)

6.59050 6.59050

6.51600 6.51600

6.45200 . 6.45200

6.38160 6.38160

6.32900. 6.32900

6.28130 6.28130

6423980 6.23980

6.20340 6.20340

6.17120 6. 17120

6.14280 6.14280

:.VALUE 4 I.C.VALUE 5

I. 0.

I. 0.

0.

I. 0.

I. 0.

I. 0.

I. 0.

I. 0.

I. 0.

I. 0.

I. 0.

REVERSE LOSS L.

COEFF ICIENT

0.

0.

0.

0.

0.

0.

0.

0.

0.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM OOEL4:.; SPRAY CAPACITY TEST AT ZERO POWER

PAGE

87/01/22.

65

INPUT DATA FOR COMPONENT 223, UJUN SNGLJUN , HAVING 0 VOLUMES AND I JUNCTIONS

'::.JUN.NO. ri

223000000 2

"JUN.NO,

22302 OOo . ..

10M VOL:

22010000

TO VOL.

224000000

JUNCTION AREA

(M2)

. OOOO(OE 400

FORWARD LOSS

COEFFICIENT •

.OOOOOOE+O0

INIT. VAP. VELi

(M/SEC)

6.115400E400

REVERSE LOSS

COEFFICIENT

00000E+O0

JUNCTION

FLAGS

00000

INPUT

,.:::-.VOL .NO. FLOW AREA

(M2)

224010000 1.08720

224020000 1.08720

224030000 1.08720

224040000 1.08720

224050000 ... 1.08720

224060000 1.08720

224070000': 1;08720

VOLNO.- ROUGHNESS

(M)

224010000 30000OO-O9

BORON CONCENTRATION IS

224020000 .. 3.000000E-09"

BORON CONCENTRATION IS

224030000.. 3.OO00E-09

BORON CONCENTRATION IS

224040000 3.00OOOOE-09

BORON CONCENTRATION IS

224050000 3.00000OE-09

BORON CONCENTRATION IS

224060000 3., EOOOOOE-9

BORON CONCENTRATION IS

224070000 *O03OOOOOOE-09

BORON CONCENTRATION IS

JUN". NO JUNCTION AREA

(M2):: . ;.

224010000 1.08720

224020000 '.:1.08720

22403066 1.08720

224040000 :"b:-:-.1408720.

22405000 1.08720

224060000.:::..:.:.,- -.1,08720. .:

INIT. LIQ. VE

(M/SEC)

6.115400E400

DATA FOR COMPONENT

FLOW LENGTH

(M) 1.05200

1.95600

1.95600

1.95600

1.15570

1.14315

1.63110

HYDRAULIC OIA•L.

(M)

* 1.6870OOE-02

I.OOOOOOE-03

1.6870OOE-02

1.OOOOOOE-03

1.6870001-02

1.OOOOOOE-03

1.687OOOE-02

1.OOOOOOE-03

1.6870OOE-02

1.OOOOOOE-03

1.6870OOE-02

1. OOOOOOE-03

1.6870OOE-02

1. 0000O0E-03

FORWARD LOSS

COEFFICIENT

0.

0.

0.

0.

0.O • .. . .

LL.

22

SURCOOLED TWO-PHASE

DISCHARGE COEF. DISCHARGE COEF.

1 .000OOOE-400 1.000000E400

4, UTUBE PIPE , HAVING 7 VOLUMES AND 6 JUNCTIONS

VOLUME HORIZ. ANGLE VERT. ANGLE

(M3) (DEG) (DEG)

1.14373 0. -"35.6400

2.12656 0. -90.0000

2.12656 0. -90.0000

2.12656 0. -90.0000

1.25648 0. -90.0000

1.24283 0. -90.0000

1.77333 0. -90.0000

VOLUME 'I. C. I.C.VALUE 1 I.C.VALUE 2 I.C

FLAGS FLAG

O 13 1.5423E407 570.4 0

0 13 1.5417E407 570.4 0

0 13 1.5411E#07 570.4 0

0 13 1.5405E4O7 570.4 0

0 13 1.5400E*O7 570.4 0

0 13 1.5397E+07 570.4 0

0 13 1.5393E*07 570.4 0 0

REVERSE LOSS JUNCTION INIT. LITO. VEL.

COEFFICIENT . FLAGS (M/SEC)

0. 00000 6.09040

0. 00000 6.05250

0. 00000 6.02220

0. . 00000. 5.99760

0. 00000 5.98420 0. 00000. 5i96120 ..

225, OUTBOX BRANCH , jHAVING 1 VOLUMES. AND

VOLUME . HORIZ. ANGLE VERT. ANGLE

(M3) (060) (OEG)

6.23010 . 0 . -90.0000

ELEV. CHt

(M)

-. 669720

-1.95600

-1.95600

-1.95600

-1.15570

-1.14315

-1.63110

.VALUE 3

NO.

T.C.VALUE 4 I.C.VALUE 5

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

INIT. VAP. VEL.

(M/SEC)

6.09040

6.05250

6.02220

5.99760

5.98420

5.96120

2 JUNCTIONS

ELEV. CHNG...

(;) •":-1.90000 .

INPUT DATA FOR COMPONENT

..VOL.NO :FLOW.AREA F -OW LENGTH,

(M2) (M)

22501! .0000:.3:.,. 3*27.900 : I .90000..."-

VOL•::Q. ROUGHNESS *.. HYDRAULIC DIAM.. VOLUME -. C. J XICVALUE 1 :I.C;VALUE 2-.. IC.VALIUE 3'= I.CoVALUE 4 .IjC.VALUE 5
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4"- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 66

87/01/22.

(M)

225010000 4.0KROOO E-05

BORON CONCENTRATION IS

..JUN.No. FROM VOL.. TO VOL.

225010000W22401000 225000000

225020000 225010000 231000000

JUN. NO.

225010000

225020000-

INPUT DA

-VOL NO. FLOW AREA

(M2)

231010000 .498400

231020000 .487000

231030000 .487000

;VOL NO. ROUGHNESS

(M)

231010000 4.OOOOOOE-06

BORON CONCENTRATION IS

231020000 . 4.000000E-05

BORON CONCENTRATION IS

231030000 . 4.OOOO0-05

BORON CONCENTRATION IS

JUN.NO. JUNCTION AREA :. .. (M2)

231010060 .487000

231020000 .487000

INPUT OA

VOL- NO" FLOW AREA

(M2)

232010000, .4;87000

SVOL NO.:• ROUGHNESS

(M)

232010'.0000 4i.OOOOOOE -05

.BORON CO'"ENTRATION IS

J ON .N . FAROk VOL'. TO VbL'.

232010000 23100000 2320000

UNNO. W. 

232010000

(M) F

2.04327

1.0000006-03

JUNCTION AREA

(M2)

1.05790

.498400

INIT. LIQ VEL.

(M/SEC)

5.89380

12.8650

TA FOR COMPONENT 23

FILOW LENGTH VC

(M)

1.94300

1.94300

3.00900

HYDRAULIC DIAM. V(

(M) 5

.787000

1.00CX000-03

.787000

1.OOOOOOE-03

FORWARD LOSS RI

COEFFICIENT CE

0. 0

0. 0

TA FOR COMPONENT 23:

FLOW LENGTH V

(M) (

1'.60000

tHYDRAULIC DIAM. Vi

(M)

.787000

1.OOOOOOE-03

JUNCTION AREA

(M2)

0.

• NIT. LIO. VEL. : (M/SEC)

13.1670

LAGS FLAG

0 13 1.5401E407 570.4 0. 0. 0.

FORWARD LOSS REVERSE LO

COEFFICIENT • COEFFICIEN

.580000 .226000

.255000 .325000

INIT. VAP. VEL.

(M/SEC)

5.89380

12.8650

1, SEALGI PIPE , HA%

tLUME HORIZ. ANGLE

43) (DEG)

.960391 0.

.946241 0.

1.46538 0.

ILUME I. C. I.C.VALUE 1

LAGS FLAG

0 13 1.6339E407

0 13 1.53490407

0 13 1.5354E407

}SS IT JUNCTION

FLAGS

00000

0o000

'INO 3 VOLUME

VERI. ANO

(DEG)

-90.0000

-90.0000

0.

I.C.VALUE 2

570.3

870.4

570.4

S AND 2 JUNCTIONS

LE ELEV. CHNa.

(M)

-1.94300

-1.94300

0.

I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

0. 0. 0.

0. 0. 0.

0. 0. 0.

VEL.. INIT. VAP. VEL.

1M/SEC)

13.1670

13.1670

S AND I JUNCTIONS

LE ELEV. CHNG.

(M)

1.60000

I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

0. 0. 0.

EVERSE LOSS

OEFFICIENT

2. SEALG2

OLUME

M3)

.779200

OLUME

FLAGS

0

JUNCTION INIT. LI0.

FLAGS (M/SEC)

00000 13.1670

00000 13.1670

BRANCH , HAVING 1 VOLUME

HORIZ. ANGLE VERT. ANG

(DEG) (DEG) 0. 90.0000

I;C.VALUE 1 I.C.VALUE 2

1

3 .1.5346E407 • 570.4.•

I. C.

FLA(

I1I

FORWARD LOSS "RVERSE LOSS

COEFFICIENT COEFFICIENT

0. 0.

KNIT. VAP. vEL.

(M/SEC) ." . 0.

JUNCTION

FLAGS

00000
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM :: DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 67

87/01/22.

':- VOL NO.

24oO 10000

&NPUT DATA FOR COMPONENT

FLOW AREA FLOW LENGTH

(M2) (M)

2.61339 1.38900

240, PUMPR

VOLUME

(M3)

3.63000

PUMP

HOR Z.

(DEG)

0.

, HAVING 1 VOLUMES AND

ANGLE VERT. ANGLE

(DEG)

90.0000

2 JUNCTIONS

ELEV. CHNG.

(M)

1.35900

VOL'NO. EQUIL; INIT. COND. I.C.VALUE I I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE

FLAG FLAG

240010000.* . 0 13 1.573440E+07 570.520 0. 0.. 0.

BORON CONCENTRATION IS 1.000000E-03

JUN.NO. FROM VOL. TO VOL. JUNCTION AREA FORWARD LOSS REVERSE LOSS JUNCTION

(M2) COEFFICIENT COEFFICIENT FLAGS

240010000 232010000 240000000 0. t 1.95000 .195000 00000

JUN.NO. INIT. LIQ. FLOW INIT. VAP. FLOW

(KG/SEC)" (KO/SEC)

240010000 4737.00 0.

JUN.NO. FROM VOL. TO VOL. JUNCTION AREA FORWARD LOSS REVERSE LOSS JUNCTION

(M2) COEFFICIENT COEFFICIENT FLAGS

240020000 240010000 251000000 0. .270000 .270000 00000

JUN.NO. INIT. LiQ. FLOW INIT. VAP. FLOW

240020000" ......... "(KG/SEC) (KG/SEC)

240b2O000 4737.00 0.

EDIT F PUMP INDEX & OPTION INDICATORS

SINGLE" PHASE TABLE .SET .INDEX ........................ 2 PHASE HEAD & TORQUE MULTIPLIER TABLE INDEX -1

2! PHASE.. DTFFERENCE :TABLE! SET INDEX......... -2

PUMP MOTOR TORQUE TABLE. INDEX ............... -1

TUMEDEPENDENT.PUMP SPEED TABLE INDEX ....... -1

PUMP TRIP NUMBER INDEX ......................... 599

PUMP .REVERSE. INDICATOR ... ............... . .0

---- EDIT •ixFE OF PUMP DAT'iA: P"ARAMETERS

RATEDP.UMP;SPEED. t .155.0 (RAD/SEC)

PUMP SPEED RATIO' (INITIAL / RATED) .. = 1.000

RATEDPUMPFLOW...............,.. 95.6.524 M3/SEC)

RATED PUMP IlEAD .9..... . ............... ()

RATED -:PUMP, TORQUE '..... .-. - i2929Et0 (-U

PUMP"MMENTORU INERTfIA:"N .............. = 3579. (RG-M2)

PUMP ::RATED DENSITY.: .,..'6;; .; - 746.0 (KG/.M3)

PUMP RATED MOTOR TORQUE ............ * .2581E505 (N-M)

PUMP::FRICTIONAL.TORQUE COEFFICIENT #3 - -862.7 . N-M).. .. PUMP FRICTIONAL TORQUE COEFFICIENT #i - 4065. (N-M)

.UMP :FRICTIONAL.T-.ORQUE COEFFICTENT 12 * :.114.6 .. N-M)

PUMP*FRICTIONAL TORQUE COEFFICIENT #4 - 204.3 (N-U)

: .NUT DATA"FOR COMPONENT 251. CLGi. BRANCH "HAVN . VOLUME`S AND 1 JuNCTIONS7

VIO:..L NO. FLOW A T .": t ."..' t:N.:) . .. 0" . .i..: ELMV. CHG.N

FOARAFLOW LENGTH~ VOLUME i-IOZ.' ANGLE', VERT . ANGLE ELV HG ..... (.1.2) (M)(1)(IE)(G) A:. .

5
fRELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

!_DOEL4-:- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 68

87101/22.

25 to 10000 .383000 2.

VOL NO.- ROUGIIJESS fY[

(M) (M)

251010000 4,00000OE-05

BORON CONCENTRATION IS

JUN.NO. FROM VOL. TO VOL.

251010000 251010000 253000000

JUN. NO.

251010000

INPUT DATA F

VOL NO. FLOW AREA Ft.(

(M2). (M)

253010000 .383000 2.

253020000. .383000 2.

253030000 .434000 2.

VOL NO. ROUGHNESS lIY[

SM) . (M)

253010000 4.OOOOOOE-05 . BORON CONCENTRATION IS

253020000 4.OOOOOOE-05

" BORON CONCENTRATION IS

253030000 4.OOOOOOE-05 . BORON CONCENTRATION IS

JUN,NO.- JUNCTION AREA FOf

(M2) COE

253010000 .. .383000 0.

25i020000 .383000 0.

INPUT DATA F

VOL NO. FLOW AREA FL(

~20i000 M2)(M

28201000 10.0000 1.

V L.NO. ROUGH'iErSS " Y[

(M) (m

282010OOO 0. 3,

WAULAR DATA

'TIME . PRESSURE

(SEC) (PA)

.~0;~•.3. BOOOOQE +06

06500

)RAULIC DIAM.

980OO0

I.OOOOOOE-03

JUNCTION AREH

(M2)

0.

INIT. LIQ. VE

(M/SEC)

16.7300

OR COMPONENT

3W I.ENGTII

.06500

06500

06500

DRAULIC DIAM.

•98000

1.OOOOOOE-03

398000

398000O

1.0OOOOE-03

RWARD LOSS

EFFICIENT

OR COMPONENT

)W LENGTHi

00000

)RAULIC D0AM.

.56625

.790895

VOLUME

FLAGS

0

0. 0. 0.

I. C.

FL.AG

13

I.C.VALUE I I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4

1.5945E407 570.6 0. 0.

•I.C.VAI.UE 5

0.

FORWARD LOSS

COEFFICIENT

0.

EL. ]NIT. VAP. % (M/SEC)

16.7300

253. COLG2

VOLUME

(M3)

.790895

.790895

.. 896210

VOLUME I. C.

FLAGS FLAC

0 I1

0 1•

REVERSE LOSS

COEFFICIENT

0.

0.

282, LETDO1

VOLUME

(M3)

10.0000

EQUIL.

FLAG

0

REVERSE LOS

COEFFICIENT

0.

/EL.

PIPE , IAVI

IiORIZ. ANGLE

(DEO)

0.

0.

0.

I.C.VALUE I

I 1.5942E407

I 1.5939Et07

1 1.5959Et07

JUNCT ION

FLAGS

00000.

000O0

TMDPVOL , IJAVI

iiORIZ. ANGLE

(DEG)

0.

JUNCTION

FLAGS

00000

NG 3 VOLUMES AND 2 JUNCTIONS

VERT. ANGLE ELEV. CLING.

(DEG) (M)

0. 0.

0.1 0.

0. 0.

I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4

570.6 0. 0.

570.6 0. 0.

570.6 0. 0.

I.C.VAIUE 5

0.

0.

0.

INIT. LI. VEL.

(M/SEC)

16.7300

16.7300

0G I VOLUMES AND

VERT. ANGLE

(DEG)

0.

INIT. VAP. VEL.

(M/SEC)

16.7300

16.7300

0 JUNCTIONS

ELEV. CHNG.

(M)

0.

TEMPERATURE

(K)

..412.000 .. 1.O00(CO -03
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

INPUT DATA FOR COMPONENT 283, TJ183

JUN.NO. FROM VOL. TO VOL.* JUNCTION AREA

(M2)

283000000 231010000 282000000 OOOO2) E400

TABLE. TRIP NUMBER IS 0.

TABULAR DATA

CNTRLVAR LIQUID FLOW VAPOR FLOW

283". "(KG/SEC) (KO/SEC)

.O0ooooE-tO0 • O0000E 400 .OOO000E4O0 -- " 0000040 -- 1.500000E+O .OOOOPOE+OO

PAGE 69

87/01/22.

TMOPJUN , IAVING 0 VOLUMES AND 1 JUNCTIONS

INPUT

VOL NO,. FLOW AREA

(M2)

311010000 .436900

311020000 .436900

VOL 'NO. ROUGHNESS

3i1010000 4.OOOOOOE-05

" BORON CONCENTRATION IS

311020000 4.OOOOOOE-05

BORON CONCENTRATION IS

'JUN. NO JUNCTION AREA (M2) -

311010000 .;436900

i :INPUT

DA TA FOR COMPONENT

FLOW LENGTH

(M)

2.60130

2.68130

HYDRAULIC DIAM.

(M)

.746000

1. OOOOOOE'-O3.

.746000

1.O00000E-03

FORWARD LOSS

COEFFICIENT

0.

311, HTLEGB!

VOLUME

(M3)

1.17146 1. 1714,6

VOLUME I

FLAGS

0

0

PIPE , HA%

HORIZ. ANGLE

(DEG)

0.

I.C.VALUE I

1.550

1.5595E407

3 1.5595E*07

•ING

C.

FLA(

2 VOLUMES AND I JUNCTIONS

VERT. ANGLE ELEV. CLING.

(DEG) (M)

0. 0.

0. 0.

C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

570.5 0. 0. 0.

570.5 0. 0. 0.

4IT. 410. VELý INIT. VAP. VEL.

M/SEC) (M/SEC)

16.6010 16.6010

0 VOLUMES AND 1 JUNCTIONS

REVERSE LOSS JUNCTION I

COEFFICIENT FLAGS (I

0. 00000

DATA FOR COMPONENT 312, SURGEJUN SNGLJUN . HAVING

JUN.NO. FROM- VOL; TO VOL,

312000000 400000000.311010000

312000000'... .

INPUT D1

SVOL NO .. -PLOW AREA (1.2)

313010000- O .:436900

VOL. NO.: "'ROUGHNESS.

0A)

313010000 4-000000E-05

BORON CONCENTRATION IS

JUNCTION AREA

(M2)

.O0OO0OE4O0

INIT. LIQ. VF

(M/SEC)

,OOOOOOE 00

ATA FOR COMPONENT

FLOW LENGTH

(M)

2.68130

HYDRAULIC DIAM. (M4)

.745841

1.O0000OOE-03

FORWARD LOSS REVERSE LOSS JUNCTION SUBCOOLEQ TWO;-PHASE

COEFFICIENT COEFFICIENT FLAGS DISCHARGE COEF. DISCtHARGE COEF.

.OO00OOOE 00 . .OO0OOOE*O0 . 10001 1.00000E400 . 1.OOOOOOE00

L. IMIT. VAP; VEL.

(M/SEC)

.OOOOOOE+00

313i HfTLEGB2 BRANCH , HAVING 1 VOLUMES AND 1 JUNCTIONS

VOLUME . HORIZ. ANGLE VERT. ANGLE ELEV. CHNG.

(M3) (DEG) (MEG) (M)

l117146 " .O 19.5700' .897000

VOLUME 1. C. I.C.VALUE I I.C.VALUE 2 * I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

FLAGS FLAG.

0 13 1.5585E407 . 570.5 0. 0. 0.
RELAPS/2/36.04 REACTOR LOSS

"06L4 - SPRAY CAPACITY TEST AT

JUN.NO. FROM VOL. TO VOL.

31301000 311010000 313000000

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

JUNCTION AREA FORWARD LOSS

(M2) COEFFICIENT

0. 0.

PAGE 70

REVERSE LOSS

COEFFICIENT

0.

87/01/22.

JUNCTION

FLAGS

00000

JUN4 NO.

INPUT OAT

::.VOL NO. FLOW AREA

(M2)

321010000" 3.27900

-VOL NO.: ROUGHNESS

(M)

321010,)00. 4oo0000oE-06

BORON CONCENTRATION IS

JUN.NO. FROM VOL. TO VOL.

321010000 321010000 322000000

321020000 313010000 321000000

':JUN.NO

32 10 10000

321020000

INPUT DAT

VOL NO. FLOW AREA

i:::; .i:'.:.... ::•.i : i; " " ( M 2 ) ... .

322010000 1.08720

322020O0" 1.08720

322030000 1.08720

322040000 1.08720.:

322050000 '.08720

322060000 .1.08720

322070000 1.08720

322080000. :1.08720

322060000 1.08720

322100000 .1..08720:

322110000 1.08720

VOL NO. ' ROUG;t N ES S

(MA

322 bo 600 3.000000E-09

i BORONCONCENTRATION I5

322020000 3.00 0-09.

:..BORON CONCENTRATION IS.

32*036660- . 3.0000006-09

BORON CONCENTRATION'IS..

3220m40 3.0006oE-0og

J..BORON *CONCENTRATION IS

322050000 3.60000-09

".J •CENTRATZON IS

INIT. LIO. VE

(M/SEC)

16.6000

A FOR COMPONENT

FLOW LENGTH

(M)

1,.90000

HYDRAULIC DIAM.

(M)

2.04327

1.000000E-03

JUNCTION AREJ

(M2)

1.08720

.436900

INIT. LTO. VE

(M/SEC)

6.67800

16.6210

*A FOR COMPONENT

FLOW LENGTH

45500

.914400

.914400

1.15570

.978000

.978000

.978000

.978000

.978000

e978000

1.05200

HYDRAULIC DIAM.

(M),

1.6810(&E-02

1 .00000OE-03

1.687000F-02

1.000000E-03

1.687100E-02

. 1.000000E-03

1.6870006-02

1.000000E-03

i.687000E-02

:L. INIT. VAP. VEL

(M/SEC)

16.6000

321, INBOX BR

VOLUME

(M3)

6.23010

VOLUME I. C.

FLAGS FLAG

0 13

ANCH , HAVING I VOLUMES AND

HORIZ. ANGLE VERT. ANGLE

(DEG) (DEG)

0. 90.0000

I.C.VALUE I I.C.VALUE 2 I.C

1.5633E+07 570.5• 0

2 JUNCTIONS

ELEV. CHNG.

(M)

1 A 90000

.VALUE 3 I.C

0

:.VALUE 4 I.C.VALUE 5

I. 0.

Ah FORWA

COEFF

.226

.325

:L. INIT

(M/SE

6.67

16.(

322, UTUE

VOL UME

(M3)

1.02795

,99413(

.99413(

1.2564f

1 .0632f

1.06328

1.06321

1 ;06328

1.06328

1 .06328 1. 14373

VOLUME

FLAGS

0

0

0 : .: ...0 

0

nO LOSS

ICIENT

000

0O00

VAP. VEL.

EC)

800

6210

REVERSE LOSS

COEFFICIENT

.580000

.255000

JUNCTION

FLAGS

00000

00000

E PIPE H HAVING 11 VOLUMES AND 10 JUNCTIONS

HORIZ. ANGLE VERT. ANGLE ELEV. CI-NG.

(DEG) (DEG) . (M) .... .: - .

0. 90.0000 .945500

" 0. 90,0000 .914400

0. 90.0000 .914400

Q 0. 900OOO0 1.15570

0. 90.0000 .918000

1 0. 90.0000 .978000

0. 90.0000 .978000

I O . " 90.0000 . .978000

1 0. 90.0000 .978000

8 0.• .. . 90OOOO .. .978000

3 0. 39.5402 .669720

I. C. "I.C.VALUE 1 I.C.VALUE 2 I.C.VALUE 3 t.C.VALUE 4 I.C.VALUE 5

FLAG

13 i.5602E401 t70.5 0. 0. 0.

13" s..586,•E61 570. 5 0. 0. 0.

13 1.6500007 570.,4 0.0..

13 1.555oE+o7 7 "4 0." 0. 0.

70. 0.

I . O(J0~'~ -~ ..
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

,D0EL4" SPRAy CAPACITY TEST AT ZERO POWER

PAGE 71

32060000

BORON

322070000

BORON

322080000"

BORON

322090000

BORON

322100000"

BORON

3221100I00

BORON

JUN. NO.

322010000

322020000

322030000

322040000

322O50000

322080000.

322070000

322080000

322090000 322100000...

l.JUN.•NO. *.- F

323000000

.O'JUN.NO;.:

3.0000006-09

CONCENTRATION IS

3.OooooE-09o

CONCENTRATION IS

3.OOOOOOE-09

CONCENTRATION IS 3 3O00000Oe,-O9

CONCENTRATION IS

3.00000OE-09

CONCENTRATION IS

3. 0000E0-09

CONCENTRATION IS

JUNCTION AREA

(M2)

1.08720

1.08720

1.08720

1.08720

1 .08720

1 .08720 1 .08720

• : 1;08720-

1.08720 1.08720 . 1.08720 .

INPUT

ROM VOL. TO VOL

p22010000 32400000

INPUT

1.687000E-02

1.000000E-03

1.687000E-02

1.000000E-03

1.687000E-02

1.000000E-03

1.687000E-02

1.000000E-03

1.687000E-02

1.000000E-03

1.687000E-02

1.000000E-03

FORWARD LOSS

COEFFICIENT

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

DATA FOR COMPONENT

., JUNCTION AREP

(M2) 0) .000000OE40

INIT. LID. VE

(M/SEC)

6.115700E400

DATA FOR COMPONENT

FLOW LENGTH

(M)

1.05200

1.95600

1.95600

1.95600

1. 15570

1.14315

1..63110

HYDRAULIC DIAM.

(M)

* 1.687000E-02

1 .O00OOOE-03

1.6870006-02 .. 1.0600000E-03

1.687000E-02

1.000000E-03 , 1.6870OOE-02 .

0

0

0

0

0

0

13

13

13

13

13

13

1.5517E+07

1.5501E407

1.5484E+07

1.5467E407

1.5450E+07

1.5434E407

87/01/22.

570.4

570.4

570.4

570.4

570.4

570.4

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

O,

0.

REVERSE LOSS

COEFFICIENT

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

323, UJUN

FORWARD LOSS

COEFFICIENT

.OOOOOOE+O(

'L. TNIT. VAP. V

(M/SEC)

6; 115700E tO(

JUNCTION INIT. LIQ. VEL.

FLAGS (M/SEC)

00000 6.59120

00000 6.51670

00000 6.45260

00000 6.38220

00000 6.32950

00000 6.28180

00000 6.24020

00000 6.20390

•00000 6.17170

00000 6.14320

SNGLJUN , HAVING 0 VOLUMES AND

REVERSE LOSS JUNCTION

COEFFICIENT FLAGS

) .00000OE400 00000

tEL;.

•). .. . . • .

INIT. VAP. VEL.

CM/SEC)

6. 59120

6.51670

6. 45260

6.38220

6.32650

6. 28 180

6. 24020

6.20390

6.17170

6.14320

1 JUNCTIONS

SUBC0OLEO

DISCHARGE COEF.

1.000000E+001

TWODISC

I .O

0.

0.

0.

0.

0.

0.

-PHASE

:HARGE COEF.

)0000E -00

I.C.VALUE 5

0.

0.

0.

.0.

SVOL"NO;.' FLOW:AREA

(M2)

324010000.:-..' 08720

324020000 1.08720

324030000 .:.1 .08720.

324040000 1.08720

324050000 1•0•. 08720

32406000t 1.08720 3240700003<. .1;08720. ::

V NO. O•• .ROUGHNESS.

(M)

324010000 3'.0oooo00 09'

" BORON CONCENTRATION IS

324020000":.: L BORON 13.O3000009-00. CONCENTRATION IS

324030000;. ::.;.:;3.000000-E09

BORON CONCENTRATION IS

324000003.00001006-oB

324. UTUBE

VOLUME

(M3)

1..14373

2:*11265

2.12656

2.126S6

1.25648"

1.24283

1.77333

VOI.UME

FLAGS

0

0 .

0•

.PIPE , IHAVING 7.VOLUMES AND 6 JUNCTIONS

tORIZ. ANGLE VERT.ANGLE ELEV. CHNG.

(DEG) (DEG) (M) 0.. -35.5400 -,669720

0. -90.0000 -1.95600

0... -90.0000 -1.95600

0. -90.0000 -1.95600

0''.-90.0000 -1,15570

0. -90.0000 -1.14315

0. . -90.0000 -1.63110

I.C.VALUE 1 I;CVALUE 2 I.C.VAI.UE 3 I.C.VALUE 4 G

3 1.5423E+07 570.4 0. 0.

3 ,:71.5417E+07. 570 .4 :0,:: . 0... :. .

3 1.5411+E07 570.4 0. : .0 

I, C

FLAI

0 13- 1.5405E+07 . 570.4 . ..
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT 7ERO POWER

. BORON CONCENTRATION IS I.OO00O0E-03

324050000 3.OOOOOOE-09 1.687000E-02 0

:BORON CONCENTRATION IS 1.0 00(0E-03

324060000 3.OOOOOOE-09 1.687000E-02 0

" BORON CONCENTRATION IS 1.000000E-03

324070000 3.OOOOOOE-09 1.687000E-02 0

BORON CONCENTRATION IS 1.O00000E-03

PAGE 72

87/01/22.

13

13

13

1.5400E907

1.5397E+07

1.5393E407

570.4

570.4

570.4

0.

0.

0.

0.

0.

0.

0.

0.

0.

J..UN.NO. JUNCTION AREA

(M2)

324010000 1.08720

324020000 1.08720

324030000 1.08720

324040000 1.08720

324050000 1.08720

324060000 1.08720

INIPUT D

VO L NO. FLOW AREA . (M2)

325010000 3.27900

VOl. NO. ROUGHNESS i . .•:" : ::" (M)

325010000 4-.OOOOOOE-05 • - BORON CONCENTRATION IS

* JUN.140. FROM VOL. TO VOL.

325010000 324010000 325000000

325020000 325010000 331000000

JUN.NO.

325010000

325020000

INPUT 0O

VOL NO. FLOW AREA

(M2)

331010000..".: :i498400

331020000 .487000

331030000. .. 487000

331040000 .487000

VOL NO. ROUGItNESS

331010000 4.000000E-O5

'-* BORON CONCENTRATION IS

331020000 4.OOOOOE-05

' BORON CONCENTRATION IS

3310300o0"0 4'.bOOOooE-:o5 . .BORON CONCENTRATION IS

3310ItO060 4 .OOOOE-os

;. 8r.. O/4 r-',CENTRATION IS

FORWARD LOSS

COEFF IC IENT

0.

0.

0.

0.

0.

0.

ATA FOR COMPONENT

FLOW LENGTH

(M)

1.90000

HYI)RAULIC DIAM.

(M)

2.04327

1.-OOOOOOE -03

JUNCTION AREA

(M2)

1.08790

.498400

INIT. LI. VE

(M/SEC)

5.89410

12.8650

ATA FOR COMPONENT

FLOW LENGTH

(M)

1.94300

1.94300

3.00900

1. 60000

HYDRAULIC DIAM.

(M)

.787000

1.000000E-03

.787000

1.OOOOOOE-03

.787000

.1.0.oOOOE-03

.787000

1• 1000COE-03.

REVERSE LOSS

COEFF ICIENT

0.

0.

0.

0.

0.

0.

325, OUIBOX

VOLUME

(M3)

6.23010

VOLUME I.

FI.AGS Ft

0

JUNCTION INIT. LIQ. VEL.

FLAGS (M/SEC)

00000 6.09070

00000 6.05280

00000 6.02260

00000 5.99790

00000 5.08450

00000 5.96150

BRANCH 1 IAVING I VOLUMES AND

HORIZ. ANGLE VERT. ANGLE

(DEO) (DEC)

0. -90.0000

I.C.VALUE 1 I.C.VALUE 2 I.C

1.5401Ef07 570.4 0

INIT. YAP. VEL.

(M/SEC)

6.09070

6.05280

6.02250

5.99790

5.98450

5.96150

2 JUNCTIONS

ELEV. CHNG.

(M)

-1.90000

.VALUE 3 I.C.V

0.

C.

ACI,:

ALUE 4 I.C.VALUE 5

0.

FORWARD LOSS

COEFF IC lENT

.580000

.255000

L. INIT. VAP. %

(M/SEC)

5. 89410

12.8650

331. SEALB

VOLUME

(M3)

.968391

.94624i

1.46538

.779200

VOLUME I. C.

FLAGS FLA(

0 13

0

0

' O 13

~EL.

REVERSE LOSS

COEFFICIENT-

.225000

.325000

JUNCTION

FLAGS

00000

000O0

PIPE . 11AVING 4 VOLUMES AND 3 JUNCTIONS

HORIZ. ANGLE VERT. ANGLE ELEV. CHNG.

(DEG) (DEG) (M)

Z. .- 90.0000 -1.94300

0. -90.0000 -1.94300

0. 0. 0.

0. 90.0000 1.60000

I.C.VALUE 1 I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4

. 1.5339E407 570.3 0. 0.

1.5349E407 570.4 0. 0.

iA.354t07 576.4" 0. 0.

1.6346E6• 5704: A 0. 0 .

I.C.VALIIE 5

0.

0.

0.

:" 0.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT'ANALYSIS PROGRAM

DOEL4 -SPRAY CAPACITY TEST AT ZERO POWER

LJtNNO, JUNCTION AREA FORWARD LOSS REVERSE LOSS

(M2) COEFFICIENT COEFFICIENT

33100000 .. 487000 0. 0.

331020000 .487000 0. 0.

331030000 .487000 0. 0.

PAGE 73

JUNCT I ON

FLAGS

00000

00000

00000

a

VOL NO.

340010000

INPUT DATA FOR COMPONENT

rLUW AREA FLOW LENGTH

(M2) (M)

2.61339 1.30go0

340, PUMPR

VOLUME

(M3)

3.63000

PUMP

HOF

(DE

0;.

VL::. NO. EQUIL. INIT. COND. I.C.VALUE 1

FLAG FLAG

34.010000 0. 13 1.573440E+07

BORON CONCENrRATION IS 1.000000E-03

JUN.NO. FROM VOL. TO VOL. JUNCTION AREA FO

(M2) cc 340010000 331010000 340000000 0.

JUN.NO. 14IT. LIQ. FLOW It1

(KG/SEC) (K

340010000 4737.00 0.

A JUN.NO FROM VOL. TO VOL. JUNCTION AREA F(

(M2) CC

340020000 340010000 351000000 0.

JUN.NO. INIT. LIQ. FLOW It

(KG/SEC) (K

340020000 4737.00 0.

EDIT OF PUMP INDEX & OPTION INDICATORS

SINGLE -PHASE TABLE. SET INOEX ..... -2

:2 PHASC'HEAD & TORQUE MULTIPLIER TABLE INDEX -1

2 PHASE :DIFFERENCE '.TABLE SET.: INDEX ........ -2

PUMP MOTOR TORQUE TABLE INDEX ................. -1

.TIME DEPENDENT: PUMP SPEED TABLE INDEX ......... -1

PUMP TRIP NUMBER INDEX ......... ............. 599

PUMP..-:REVERSE INPICATOR .ý,...... ...... 0

6O. OF, pUMP FixEbD DATA PARAMEIERS'

RATED. •O• D~pUM' PUMP: 5 PEE -- ::- . i 155.0 E .. it, t .,.:.• , .. . .. .. 155.0 .

PUMP SPEED ATIO (INITIAL / RATED) .. , 1.000

RATED .PUMP; FLOW 6.524

RATED•PUMP lEAD .. ,................... .= 95.10

RATED PUMP TORQUE. , . .2929E5

PUMP MOMENT OF INERTIA ................ 3579.

PUMP. RATED DENSITY-........ . ......- 746.0

PUMP RATED MOTOR TORQUE............... . .2581EIO5

PUMP.FRICTIONAL.TORQUE COEFFICIENT #3 - -862.7

PUMP FRICTIONAL TORQUE COEFFICIEN4T #1 - 4065.

PUMPo.FRICTIONAL TORQUE COEFFICIENT #2*. 114.6

UMP FRICTIONAL TORQUE COEFFICIENT #4 'r 204.3

I.C.VALUE 2

670.520

IRWARD LOSS

IEFFICIENT

195000

4IT. VAP. FLOW

G/SEC)

IRWARD LOSS

IEFFICIENT

270000

lIT. VAP. FLOW

<G/SEC)

, HAVING

hIZ. ANGLE

EG)

I.C.VALUE 3

'0.

REVERSE LOSS

COEFFICIENT

.195000

REVERSE LOSS

COEFFICIENT

.270000

7/01/226

tIT. LIQ. VEL.

I/SEC)

13.1680

3.1670

13.1670

I VOLUMES AND

VERTi ANGLE

(DEG)

80.0000

I.C.VALUE

0.

INIT. VAP. VEL.

(M/SEC)

13.1680

13.1670 13.1670

2 JUNCTIONS

ELEV. CHNG.

(M)

1.38900

4 I.C.VALUE 5

0.

JUNCTION

FLAGS

00000

JUNCTION

FLAGS

00000

(RAD/SEC)=

IM3/SEC)

(NM) .

(KG-M2)

(KG/3)

(N-M)

(W-M) (N-M)

N-M)
'RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 74

87/01/22.

INPUT DATA FOR COMPONENT 35

VOL* NO, FLOW-AREA FLOW LENGTH V

(M2) (M) (

331010000 .353000 2.06500

VL, NO. ROUGHNESS HYDRAULIC DIAM. V

(M) (m 0

1601310000:.; 44OOCOOOE-O5 .19800

BORON CONCENTRATION IS 1.000000E-03

INPUT DATA FOR COMPONENT 35

VOL NO. FLOW AREA FLOW LENGTII V

(M2) " (M) ( 352010000 .383000 2.06500

VOL NO. ROUGHNESS HYDRAULIC DIAM. V

.( ) .(M)

352010000 4.OOOOOOE-05 .698000 BORON CONCENTRATION IS 1.00000OE-03

:'JUN.NO. FROM VOL. TO VOL. JUNCTION AREA

(M2)

352010000 351010000 352000000 0.

352020000 352010000 353000000 0.

JUN.NO. INIT. LI. VEL.

35200000........(M/SEC)

352010000o 16.7310

352020000 . 16.7310

INPUT DATA FOR COMPONENT 35

O:;.VOL: NO. Fl-OW AREA FLOW LENGTH V

(M2) (M) 353010000 ,383000 2.06500

13502booo .434000 2.06500

. . ....... O N. , RUGH NESS HYDRAULIC DIAM.V

4.300 04.0000t4E-05 .698000

BORON CONCENTRATION IS 1.000000E-03

353020000 4.bo oO0E-05 .698000

BORON CONCENTRATION IS 1.000000E-03

'.:UNN, :.JUNCTION AREA -.. FORWARD LOSS R

(M2) COEFFICIENT t

353010000'': ..... ..383000 0. 0

INPUT DATA FOR COMPONENT. 40

.VOLN.:. .:::.",FLOW AREA FLOW L.ENGTH V .. () " .(M ) . . AO010•':••: 6.",3.1J8OCE-02 -. 5. 662750 . " '

1. COLDBI

OLUME

M3)

.790895

OLUME

FLAGS

0

2. COLDR2

OLUME

M3)

.790895

OLUME

FLAGS

0

SNGLVOL

HORIZ.

(DEG)

0.

, HAVING

ANGLE

1 VOLUMES AND

VERT. ANGLE

(DEG)

0.

0 JUNCTIONS

ELEV. CHNG.

(M)

0.

1. C. I.C.VALUE 1

FLAG

13 1.6945E407

I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

570.6 0. .. 0.

BRANCH

HORIZ.

(DEG)

0.

, IIAVING

ANGLE

1 VOLUMES AND

VERT. ANGLE

(DEG)

0.

2 JUNCTIONS

ELEV. CIING.

(M)

0.

I. C.

FLAG

13

i .C.VALUE 1

1.5942E407

REVERSE LOS

COEFF ICIENT

0.

0.

I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

570.6 0. 0. 0.

S JUNCTION

FLAGS

00000

00000

FORWARD LI

COEFFICIEI

0.

0.

INIT. VAP

(M/SEC)

16.7310

16.7310

3. COLOR3

OLUME

M3)

.790895

.896210

OLUME I.

FLAGS F

0

q

EVERSE LOSS

OEFFICiENT

0, SURGE%.

OLUME

M3)

.355197

oss

NT

. VEL..

PIPE H tAVING 2 VOLUMES AND I JUNCTIONS

IfORIZ. ANGLE VERT. ANGLE E.EV. CHNG.

(0EG) (DEG) (M)

0. 0. 0.

0. 0. 0.

C. I.C.VALUE i I.C.VALUE 2 I.C.VALUE 3 i.C.VALUE 4 I.C.VALUE 5

LAG

13 1.5939E#07 570.6 0. 0. 0.

13 1.5956E407 570.6 0. 0. 0.

JUNCTION .1NIT. LIO .VEL.. INIT. VAP. VEL.

FLAGS (M/SEC) (M/SEC)

00000 16.7310 16.7310

PIPE . HAVING 4::VOLUMES AND 3 JUNCTIONS

HORIZ. ANGLE... VERT. ANGLE .. E1EV. CHNG.

(DEG) .(DG) (M)

:O '. 15,30" .. 1.1704
RELAPS/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 75

400020000 6.342530E-02 5.62750 .356

400030000 6.342530E-02 5.62750 .356

400040000 -6.342530E-02 5.62750 .356

VOL NO. ROUGHNESS HYDRAULIC DIAM. VOLUM

(M) (M) FLAG

400010000 4.000OOE-06 .283486

BORON CONCENTRATION IS 1.0000OOE-03

400020000 4.500000E-05 .284175

BORON CONCENTRATION IS 1.OOOOOOE-03,

400030000 - 4.5OOOOOE-05 .284175

BORON CONCENTRATION IS 1.OOOOOOE-03

400040000" 4.5000OO0-06 .284175

BORON CONCENTRATION IS 1.000000E-03

JUN.NO. JUNCTION AREA FORWARD LOSS REVER

(M2) COEFFICIENT COEFF

400010000 6.3118OOE-02 0. 0.

400020000 6.342030E-02 0. 0.

400030000 6.342530E-02 0. 0.

INPUT DATA FOR COMPONENT 405, S

JUN.NO. FROM VOL. TO VOL. JUNCTION AREA FO

(M2) CO

40500000. 40010000 410000000 6.342530E-02

JUN.NO. INIT. LI. FLOW IN

(KG/SEC) (K

405000000 .0000OOE5OO

INPUT DATA FOR COMPONENT 410, P

VL"NO." FLOW AREA FLOW LENGTH VOLUI i'661000 (M2) 2.13290 ( L 2170 (M3) .601

410020000 2-13290 .564340 1.20 410030000 3.53900 .700000 2.47

410040000 3.53500 1.46400 5.17 410060000 3.53500 3.0O00 10.6

410060000 3.53500 3.00000 io.6

4i00o7000o " 3.53600 3.00000 10.6

4100800000 3.53500 .700000 2.47 4o0090000" 2.13290 .380000 .B1C

M).MFLAG

410O1000O 4.500000E-05 1.64794

-,*.:.."-:.BORON' CONCENTRATION .IS- 1.000000E-03

410020000 4.50 O6-05 i.64794 ..;::.!.BORON CONCENTRATION IS.:0::0..'.00. ,O1 0 -03

410030000... 4.5A0000-05 2. 12153

BORONCONCENTRATION JIS.*,-. -. 1.0000OOE-03

41004000 .. 45000 O5-0.5 2.12153

':*. :BORON'CONCENTRATION IS I.000000E-03

410050000o . 4.56o0000-05 2.01253

.BORON'CONCENTRATION IS 1.000000E-03

926

926

926

S

0

0

0

0

I. C.

FLAG

12

12

12

0.

0.

0.

I.C.VALUE 1

1.6576E+07

1.5576E107

1.5570E#07

*1. 5565E+07

87/01/22.

15.6390 1.51704

15.6390 1.51704

15.6390 1.51704

I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4 I.C.VALUE 5

0. 0. 0. 0.

0. 0. 0. 0.

0. 0. 0. 0.

0.. 0. 0. 0.

SE LOSS

ICIENT

URGE1 SNGL

IRWARD LOSS

EFFICIENT

000000E400

lIT. VAP. FLOW

.0/SEC)

OOOOOOE400

JUNCTION INIT. LI. FLOW

FLAGS (KG/SEC)

00000 0.

00000 0.

00000 0.

JUN H HAVING 0 VOLUMES AND

REVERSE LOSS JUNCTION

COEFFICIENT FLAGS

.000000E400 00100

INIT. VAP. FLOW

(KG/SEC)

0.

0.

0.

I JUNCTIONS

SUBCOOLED

DISCHARGE COEF.

I.000000E00

TWO-PHASE

DISCHARGE COEF.

1.000000E+00

RESSU

840

1368

450

'524

i050

1050 )050

'450

3502

'5

IS

0

0

0

0

0

PIPE , HAVING 9 VOLUMES AND 8 JUNCTIONS

HORIZ. ANGLE VERT. ANGLE ELEV. CHNG.

(BEG) (PEG) (M)

0. 90.0000 .282170

0o 90.0000 .564340

0. 90.0000 .700000

0. 90.0000 1.46400

0. 90.0000 3.00000

0. 90.0000 :. 3.00000

0. 9o. oooo 3.00000

0. 90.0000 .700000

0. 90.0000 .380000

I. C. t'C.cVA'LU i :i!.C.VALUE' 2 I.C.VALUE 3 t.C.VALUE 4 i.C.VALUE 5

FLAG : " . ..

12 1.65100• 6 1 . 0. 0. 0.

12 6t1067 0. : .. 0. 0.

i2 16,6.19,+07! 0. 0. 0. 0.

. 00. • ' . W .. . 1 .. ,... 0 . . .,

12:: 1.55105407: .215 0':" . ... 0 d.......

OO.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

"fEl04 - SPRAY CAPACITY TEST AT ZERO POWER

410060000 4,50X00OE-05 2.12153 0

BORON CONCENTRATION IS 1.000000E-03

410070000 4.500000E-05 2.12153 0

BORON CONCENTRATION IS 1.OOOCO0E-03

"41080000 4.500000E-65 2.12153 0

BORON CONCENTRATION IS 1.0000OOE-03

410090000 4.-500000E-05 1.64794 0

BORON CONCENTRATION IS 1.0000E-03

JUN.NO. JUNCTION AREA FORWARD LOSS REVERSE LOSS

(M2) COEFFICIENT COEFFICIENT

410010000 2.13290 0. 0.

410020000 2;13290 0. 0.

410030000 3.53500 0. 0.

410040000 - 3.63500 0. 0.

410050000 3.53500 0. 0.

410060000 3.63500 O. 0.

410070000 3.53500 0. 0.

41OB00000 2.13290 0. 0.

INPUT DATA FOR COMPONENT 420, TOP

PAGE 76

12

12

12

12

1.5510E407

1.55IOE407

i.5510E407

1.5510E407

87/01/22.

1.000

1.000

1.000

1.000

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

JUNCTION INIT. LIb. FLOW

FLAGS (KO/SEC)

00000 0.

00000 0.

00000 0.

00000 0.

00000 0.

00000 0.

00000 0.

00000 0.

BRANCH , HAVING 1 VOLUMES AND

INIT. VAP. FLOW

(KG/SEC)

0.

0.

0.

0.

0.

0.

0.

0.

1 JUNCTIONS

.,.VOL NO.. FLOW AREA FLOW LENGTH VOLUME HORIZ. ANGLE VERT. ANGLE ELEV. CHNG.

(M2) (M) (M3) (DEG) (DEG) (M) 420010000 2. 13400 .266500 .568711 0. 90.0000 .266500

....VOL NO. ROUGHNESS HYDRAULIC DIAM. VOLUME I. C. I.C.VAI.UE 1 I.C.VALUE 2 I.C.VALUE 3 I.C.VALUE 4

(M) (M) FLAGS FLAG

420010000. 4.500000-05 1.64836 0 12 1,5510E407 1.000 0. 0.

BORON CONCENTRATION IS 1.000000E-03

JUN.NO. FROM VOL. TO VOL. JUNCTION AREA FORWARD LOSS REVERSE LOSS JUNCTION

(M2) COEFFICIENT COEFFICIENT FLAGS

420010000 410010000 420000000 0. 0. 0. 00000

JUN.NO. INIT. LIO. VEL. INIT. VAP. VEL.

(M/SEC) (M/SEC)

4.0o Ioo0. 0. 0.

INPUT DATA FOR COMPONENT 430, SPRAYR BRANCH , HAVING I VOLUMES AND I JUNCTIONS

"L N.• . FLOW ARE A FLOW LENGTH VOLUME IIORIZ. ANGLE VERT. ANGLE ELEV. CHNG.

(2 M) (M) (DEG) (PEG) M

430100 5.989000E--03 10.2665 6.148607E--02 0. 90.0000 10.2665

NO.' ROUGHNESS "L HYDRAULIC DIAM. VOLUME I. . i.C.VALUE I . UE I

.M., .).FLAGS -FLA 4.0000oEd-o5 8.732372E-O2 0 13 1.5910E40? 510.6 0. 0.

BpORON CONCENTRATION: IS .. 1.OOOOOOE-03

.U..NO.- FROM VOt' . TO'VOL. JUNCTION AREA FORWARD LOSS. REVERSE. LOSS JUNCTION

(M2) COEFFICIENT COEFFICIENT FLAGS

4.30010001, 5.1010000.430000000 0.0. .. 0. 000 .

. INIT, LI.. VEL.. IN VAP EL. .- - ..

(m/spC) (M/StC) " ' : '. . 'm 5-OOO O E -03 .. . . . .. " ... ..

T.C.VALUE 5

0.

I.C.VALUE 5

"0.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4"- SPRAY CAPACITY TEST AT ZERO POWER

INPUT DATA FOR COMPONENT 435, SPRAYR

JUN.NO, FROM VOL. TO VOL. JUNCTION AREA FORWARD L(

(M2) COEFFICIEt

435000000 430010000 450000000 6.954O00E-o4 .o00000E•

JUNNO. . INIT, LIQ. FLOW INIT. VAP,

(KG/SEC) (KG/SEC)

!435000000 . . OiOOOOE OO .O00OOE-

.JUN.N.. .. ... CONTROL NUMBER -TABLE NUMBE

436000000 .. 435

INPUT DATA FOR COMPONENT 440, SPRAYB

PAGE 77

87/01/22.

VAL.

4T

400

. FLOW

+00

ER

j

/E E HAVING

REVERSE LOSS

COEFF IC IENT

.OOOOOOE 400

0 VOLUMES AND

JUNCTION

FLAGS

00100

1 JUNCTIONS

SUBCOOLED

DISCHARGE COEF.

1.000000E400

TWO-PHASE

DISCHARGE COEF.

I .OOOOOOE+0

BRANCH. ,HAVING I VOLUMES AND I JUNCTIONS

::::VOL;,NO; *: FLOW AREA FLOW LENGTH

(M2) (M)

440010000 5.989000E-03 10.2665

VOL NO; ROUGHNESS HYDRAULIC DIAM.

(M) (M)

440010000 4.1OOOOOE-05. 8.732372E-02

BORON CONCENTRATION IS 1.OOOOOOE-03

JUN.NO. FROM VOL. TO VOL. JUNCTION AREi

(M2)

4 o4001i00 351010000 440000000 '0.

JUN.NO. INIT. LI. VI

4400i~o~oo . (M/SEC)

5.OOOOOOE-03

INPUT DATA FOR COMPONENT

JUN.NO. FROM VOL.' TO VOL. JUNCTION AREi

(M2)

445000000 440010000 4sOO'OOOOo 6.954000E-04

JUN.NO. INIT. LIQ. Fl

.. . (KO/SEC)

.O0000E 100

UNo.N. CONTROL NUMBI

445

INPUT DAtA FOR COMPONENT

VO NO LOW'AREA FLOW LENGTH'

(U2) (M) 450010000 5.9896oo0E-03 9.15865

VOL'NO. 'ROUGI-NtSS HYR AULICb DMAM.

(M) .(M)

A

El

A

L[

VOLUME HO

(M3) (D

6.148607E-02 0.

VOLUME I. C. I.

FLAGS FLAG

0 13

FORWARD LOSS

COEFFICIENT

0.

L. KNIT. VAP. VEL.

(M/SEC)

0.

445, SPRAYB VALV

FORWARD LOSS

COEFFICIENT

.OOOOOOE4O0

OW INIT. VAP. FLOW

(KG/SEC)

.OOOOOOE+O0

RIZ. ANGLE

EG)

C.VALUE 1

1.5910E407

VERT. ANGLE ELEV. CHNO.

(DEG) (M)

90.0000 .10.2665

I.C.VALUE 2 I.C.VALUE 3 IC.VALUE 4 I.C.VALUE 5

570.6 0. 0. 0.

REVERSE LOSS

COEFFICIENT

0.

JUNCTION

FLAGS

00000

IE HAVING 0 VOLUMES AND

REVERSE LOSS JUNCTION

COEFFICIENT FLAGS

.OOOOOOE400 00100

I JUNCTIONS

SUBCOOLED

DISCHARGE COEF.

I.000000E#00

TWO-PHASE

DISCHARGE COEF.

1.O00000E400

ER TABLE NUMBER

0

450. SPRAY1 BRANCH , HAVING 1 VOLUMES AND I JUNCTIONS

VOLUME HORIZ. ANGLE VERT. ANGLE ELEV. CHNG.

(M3) (DEG) . (DEG)- .*.. (M).I , I

5.485115E-02 0. 90.0000 9.15865

VOLUME I. C. I.C.VALUE lII".".VALUE 2 1I.C.VALUE 3 i.t.VALUE 4 I.C.VALUE 5

.FLAGS .FLAG *
•RELAP•/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 -'SPRAY CAPACITY TEST AT ZERO POWER

450010000 - 4.00000E-05 8.732372E-02 0

BORON CONCENTRATION IS 1.O0000E-03

JUN.NO. FROM VOL. TO VOL. JUNCTION AREA FORWARD L(

(M2) COEFFICIEI

450010000 450010000 420010000 0. 1.00000

JUN.NO. INIT. LIQ. VEL. INIT. VAP,

(M/SEC) (M/SEC)

450010000 5.O0)OOOOE-03 0.

INPUT DATA FOR COMPONENT 489, PRESVAL.

JUN.NO. FROM VOL. TO VOL. JUNCTION AREA FORWARD L(

S.(M2) COEFFICIEl

489000000 420010000 490000000 1.O0(WOOE-01 .OOOOOOE,

JUN.NO. INIT. LI. VEL. INIT. VAP

(M/SEC) (M/SEC)

469000000 .0 400 .OOOOOOE

JUN•.NO. TRIP NUMBER

489000000 608

INPUT DATA FOR COMPONENT 490, TV490

... VOL- NO. FLOW AREA FLOW LENGTH VOLUME

(M2) (M) (M3)

490010000- 10.0000 1.00000 10.0000

VOL.-NO; ROUGHNESS H1YDRAULIC DIAM. EQUIL.

(M) (M) FLAG

490010000 0. 3;56825 0

TABUI-AR DATA

TIME PRESSURE QUALITY

(5.: SEC) (PA)

0. 1.551000E407 1.00000

INPUT DATA FOR COMPONENT 940, TV940

VOL" NO. FLOW AREA FLOW LENGTH VOLUPME

9 .. : -0 :.. M2) .M) M )

10.0000 1.00000 10.oo0o

V"L.N.. ROUGHNESS HYDRAULIC DIAM. EOUIL.

(M) (M) FLAG

940010000 0. 3.56825 0

TABULAR DATA

"PRESSURE EMPERAT URE

(SC(PA) (K)

. .. .42000004 . 323.150

PAGE 78

87/01/22.

13 1.5910E407 570.6 0. 0. 0.

)Ss

4IT

REVERSE LOSS

COEFF ICIENT

1.00000

JUNCTION

FLAGS

00000

VEL.

VALVE , HAVING 0 VOLUMES AND

)Ss REVERSE LOSS JUNCTION

NT COEFFICIENT FLAGS

400 .O0000OE400 00100

. VEL.

+00

I JUNCTIONS

SUBCOOLED TWO-PHASE

DISCHARGE COEF. DISCHARGE COEF.

1.000000E400 I.000000E400

TMDPVOL , HAVING I VOLUMES AND 0 JUNCTIONS

HOR1Z. ANGLE VERT. ANGLE ELEV. CHNG.

(DEG) (DEG) (M)

0. 0. 0.

TMOPVOL * HAVING

iIORTZ. ANGLE

(DEG)

0.

1 VOLUMES AND 0 JUNCTIONS

VERT. ANGLE ELEV. CHNG.

(DEG) (M)

0. 0.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 79

DOEL4"- SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

EDIT OF IEAT STRUCTURE INPUT DATA

(QUANTITIES PRINTED ARE INPUT VALUES OR SET BY ERROR RECOVERY)

INPUT DATA FOR 11EAT STRUCTURE-GEOMETRY 1211

NUMBER OF IEAT STRUCTURES WITH THIS GEOMETRY: I

NUMIBER OF MESH POINTS: 5

GEOMETRY TYPE: SPHERICAL

STEADY STATE INITIALIZATION: YES

MESH POINT NUMBER. MESH INTERVAL (U) (MESH INTERVAL COI0STAIlT BETWEEN INDICATED MESH POINTS)

.4# 3.OOOOOE-02 5. 2.980(0E-02

MESH POINT NUMBER, MESH POINT COORDINATE (M)

1, 1.719200E*00 2. 1.749200E400 3. I.779200Ef00 4, J. 80920E400 5. 1.839000EtO0

iESH POINT NUMbER. COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEN INDICATED MESI1 POINTS)

MESH POINT NUMBER. SOURCE FACTOR (SOURCE FACTOR CONSTANT BETWEEN INDICATED MESH POINTS)

5. . OOOOOE4OO

STRUCTURE SOURCE INTERNAL SOURCE

N•* II•ER COwE FACTOR

1211001 0 .00OOE40O

STRUCTURE LEFT VOL. LEFT LEFT LEFT SURFACE LEFT DIRECT

•..- NUMBER NUMBER- BURY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

1211001 121010000 1 1 2.50000OE-O1 .OOCJOOE4OO

STRUCTURE LEFT- CIF- LEFT HYDRAULIC

NUMBER HTR OPTIONS PIAM. (M)

1211001 . -0 .OOOOOOE4O0

STRUCTURE RIGHT VOL. RIGHT RIGHT RIGHT SURFACE RIGHT DIRECT

.. NUMBER NUMBER .BORY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

1211001" " 0 0 1 2.5000OE-01 .000000EfO0

INPUT DATA FOR HEAT STRUCTURE-GEOMETRY 1220

NUMBER OF HEAT STRUCTURES WITH THIS GEOMETRY: 11

NUMBER OF MESH POINTS: 3

GEOMETRY ..TYPE; CYLINDRICAL

STEADY STATE INITIALIZATION: YES

MENH POINT hI8JSBER. MESH INTERVAL (k) (MESH iNTERVAL CONSTANT 'BETWEEN INDICATED MESH POINTS) 3,-: .5.450000E--04

MESH POINT NUMBER6 MESH POINT COORDINATE (M)

1 8 B.43500DE-03 2. 8.980000E-03 3. 9.525000E-03

ISH POIitNi BR CMOSTO NUMBER (COMPOSITION NUMBER ICONST'ANT BETWEEN INDICATED MESH POINTS) :'i3 81- ::; 6 . : - :i :- " :
RELAPS/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM .:. DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE

87/01/22.

80

AESH1 POINT 

N

3, .c

STRUCTURE

NUMBER.

1220001

1220002

1220003

122000o4

1220005

1220006

1220007

,:.:1220008

1220009

1 1220011

lUMBER1 SOURCE FACTOR (SOURCE FACTOR

K)O000E*O0

COtNSTANT BETWEEN INDICATED MESH POINTS)

SOURCE

CODE0000000000

INTERNAL SOURCE

FACTOR .000000E100

.OOOOOEO . OOOOOOE +00 .O0000E 400 . OOOCOOE f00

, 000000+00 .O00000E 100 , 0000006400 . OOOC0)OE 400 .000000E+00

.00000OE-100

,S TRUCTURE LEFT VOL. LEFT

NUMBER.. NUMBER BDRY. TYPE

1220001 122010000 

1

1220002 122020000 

1

1220003 122030000 

1

1220004 122040000

1220005 122050000

"1220006 122060000

1220007 122070000

. 1220008 12208b000

1220009 122090000

1::.1220010 122100000

1220011 122110000

ýT` JR[CTURE LEF T CI tiF- LEFT tlYD

NUMBER 11TR OPTIONS DIAM. (h.

1220001 0 .OOOOOOE

.S1220003 1220002. 0 .OOOOOOE 0 .OOOOOOE

i.-1220004 .. .OOOOOOE

1220005 0 .OOOOOOE

1220006..! 0 .OOOOOOE

1220007 0 

. O00000E

1220008 0 .OOOOOOE

1220009 0 OOOOOOE

1220010 0 .O00000E

122001i 0 .OOOOOOE .:.~~~ ~~..: .. : :...:..:.-....:..,..

.... STUCTUR GtT VOL. RIGHT

.'NUMBER.' NUMBER :BORY. TYPE

i220001. -600 1000

1220002:. .. 600 1000

1220003 

. -...60 1000 • 1220004:.: :: -600 1000

1220005 -600 i0oo0 S.;:.:.1220006 ...... .- 600 .. '. 1000

1220001 -600 1000 . 220.00 .- 6 .. . .. 000

I.EFT LEFT SURFACE

SRFC. CODE AREA ENTRY

1 4.598900E403

4.447600oE03

4.447600E403

1 .5,621300C403

1 4.757000E403

4.757000E+03

1 4.757000E103

1 4.757000EI03

1 4.757000E403

1 4.7570OOE03

5.11690(0E403

IRAULIC

+00 400 teoo

+00

:4O0

100

i00

+00

i00

-1oo

.FOO

LEFT DIRECT

SOURCE FACTOR .OOOOOOE +00

.000000+400 .O0O00OE f00 . OOOOOOE 400 . 000006Etoo

.000006E400 . OOOOOOE 400 . 000000E100 . 000000E40 0

.0000006400

SO0000006 0oo

AmIGH DI FIC"

SOURCE FACTOR

.00000C)400

0.0000E+00

000000E..,

. 0000004E00 . 000000E+00

.o0000ooE60

* 

. O000 4-00:.""

RIGHT

SRFC, CODE1111

, - *2- 

RIGiiT SURFACE

AREA ENTRY.

4.598900E403

4.447600EfO3

4.4476OEt4O3

5.621300E+03

4.757000E+03

4.757000E+03

4.7570006b403

4.7570(X0E+03:
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAG• 81

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

....1220009 -600 1000 1 4.757000E-03 .000000-400

1220010 -600 1000 1 4.757000E+03 .O00000E+00

1 "122001i -600 1000 1 5.11690OE-03 .O00000E+0d

INPUT DATA FOR HEAT STRUCTURE-GEOMETRY 1231

NUMBER OF HEAT STRUCTURES WITH TillS GEOMETRY: I

NUMBER*OF MESH POINTS: 4

GEOMETRY TYPE: RECTANGULAR

STEADy' STATE INITIALIZATIONs YES

MESH.POINT NUMBER, MESH INTERVAL (M) (MESH INTERVAL CONSTANT BETWEEN INDICATED MESH POINTS)

4. 1.266667E-02

MESH POINT NUMBER, MESH POINT COORDINATE (M)

.. .000000E+00 2, 1.266667E-02 3, 2.633333E-02 4, 3.8000006-02

MESH POINT NUMBER, COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEN INDICATED MESH POINTS)

4, 5

MESH POINT NUMBER, SOURCE FACTOR (SOURCE FACTOR CONSTANT BETWEEN INDICATED MESH POINTS)

-. 4, .000000E+00

STRUCTURE'. SOURCE INTERNAL SOURCE

NUMBER CODE FACTOR

1..:".1231001 0 .000000E*00

STRUCTURE.. LEFT. VOL. LEFT LEFT LEFT SURFACE LEFT DIRECT

NUMBER NUMBER BORY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR :1231001.' 121010000 : 1 1.1600006400 .0 000

STRUCTURE - LEFT COlf- LEFT. HYDRAULIC

NUMBER HTR OPTIONS DIAM. (M) :..1231001 . .. 000006 ,ao

STRUCTURE RIGHT VOL. -- RIGHT RIGHT RIGHT SURFACE RIGHT DIRECT

NUMBER NUMBER BDRY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

1::i"!28.1001 1.25010000 .. 1 1 1. 160000E+00 .O00OOOE+00

STRUCTURE RIGHT CHF- RIGHT HYDRAULIC

NUMBER HTR OPTIONS DIAM. (M)

123.1001 "000000E100 0 

INPUT DATA FOR HEAT STRUCTURE-GEOMETRY 1240

NUMEA OHEA't STRUCT'URES WITH TillS GEOMETRY: 8

NUMBER:.OF MESH POINTS: 3

GEOMETRY TYPE: CYLINDRICAL

STEADY:.STATE: INITIALIZATION:-YES

MESH..POINT. NUMBERi: MESH, INTERVAL (M) (MESH INTERVAL .CONSTANT BETWEEN INDICATED MESH POINTS)

3. 5.45000006-04

ESH POINT NUMBER. MESH POINT COORDINATE (M)

I1::8. 435000E6-03 .2,. 8.980000E-03 . 3, 9.525000E-03;
RELAPS/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 82

87/01/22.

MESH POINT NUMBER, COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEN INDICATED MESH POINTS)

3. 6

MESH POINT NUMBER, SOURCE FACTOR (SOURCE FACTOR CONSTANT BETWEEN INDICATED MES1t POINTS)

:. .000000E400

STRUCTURE SOURCE

NUMBER CODE

124o00o 0

1240002 0

1240003 0

1240004 0

112400oo o

1240006 0

1240007 "o

1240008 0

STRUCTURE LEFT VOL.

."'::'NUMBER- . NUMBER

1240001 124010000

..:.1240002 124020000

1240003 124030000 1240004 124040000

1240005 124050000

1240008 124060000

1240007 124070000

<:1240008 124070000

INTERNAL SOURCE

FACTOR

.•OOOOOOE D00

* OO000E000

S000000E +00

.OOOOOOE #O0

. 0O00BE0€OO

.OOOOOOE +00

• OOOOOOE OO

.OOOOOOE 400

LEFT

BORY. TYPE

1

1

1

LEFT

SRFC. CODE

LEFT SURFACE

AREA ENTRY

5.116900E403

9.614000403

9.514oooE003

9.5140OOE403

6.0660E)0403

5.560500E+03

5.5605OOE403

2.3736OOE03

LEFT DIRECT

SOURCE FACTOR

. OOOOE #000 . 00006X*40D

.OOOOOOEO4

. O0OOOoE000

* OOOOOOE 400

.W00E00 +00

000.0OE 6OO

. 000000E 400

STRUCTURE

NUMBER

:.1240001

1240002

1240003

124,0004

1240005

1040006

1240007..:.

1240008

LEF:T CHFHTR OPTIONS

0

0

0

:0

0

0

0

LEFT HYDRAULIC

DIAM. (M)

* 0000004E00

0000E 400

.OOOOOOE 400

.OOOOOOE,000

.OOOOOOE 400

.OOOOOOE 00 .O00O000600

.0O000006EO0

TRCT RE RGtiT V*OL. R16Gir --NUMBER.-''. NUMBER BDORY. TYPE

1240001 -600 10O0

. 1240002 -600 1000

1240003 -"" 1...0

-- 1240004; ;-600 1000

124000 . -600 1000

1240006 -600 1000

1240007 -600 1000 . 1240008 " -600 i1000

RIGIIT RIGIIT SURFACE

SRFC. CODE AREA ENTRY

1 5.11690OE403

1 9.514000E+03

I 9.514000E03

I. 9.514000E103

1 6.066000E03

1 5.5605OOEtO3

1 5.560500E iO3

1 2.373600E+03

RIGHT DIRECT

SOURCE FACTOR . 0000006 +00

.0000006400

.0000006E00

.000000E+00

. 0000006+00

.0000006+00

OOO000000+00

INPUT DATA FOR HEAT

UE OF HEAT' "ST'"RUCTURES WITH THIS GEOMETRY: 1

NUMBER 'OF MESH. POINTS: 5:.:

GEOMETRY TYPE':* SPHERICAL

STEADY:STaTF -NITIAI.IZATIc•s YE.,

STRUCTURE-GEOMETRY 1251
RELAP5/2/36.04 REACTOR LOSS OF COOLIANr ANALYSIS PROGRAM PAGE 83

"OEL4 -SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

MES1 POINT NUMBER, MESH INTERVAL (M) (MESH INTERVAL CONSTANT BETWEEN INDICATED MESH POINTS)

4, 3.OOOOOOE-02 5, 2.O9800OE-02

MESH POINT NUMBER, MESH POINT COORDINATE (M)

1, 1.719200EOO 2. 1.749200EIO0 3, 1.0779200EtO 4, 1.509200EtOO 5, 1.839000E400

MESH POINT NUMBER, COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEN INDICATED MESH POINTS)

5, 5

MESH POINT NUMBER, SOURCE FACTOR' (SOURCE FACTOR CONSTA1NT BETWEEN INDICATED MESH POINTS)

. . .,.OOOOOOE+OO

STRUCTURE SOURCE INTERNAL SOURCE

NUMBER CODE FACTOR

126100 1 0 .0000E--O0

STRUCTURE -LEFT VOL. LEFT LEFT LEFT SURFACE LEFT DIRECT

NUMBER NUMBER BDRY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

* 1251001 125010000 1 1 2.500000E-O1 ,OOOOOOE4O0

STRUCTURE LEFT CHF- LEFT HYDRAULIC

NUMBER HTR OPTIONS DIAM. (M)

1..1251001 0 .OOOOOOEO0

STRUCTURE -RIGHT VOL. RIGHT RIGHT RIGHT SURFACE RIGHT. DIRECT

NUMBER NUMBER BDRY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR •1251001 0 0 1 2.500000E-O1 OOOOOE+O0

INPUT DATA FOR 11EAT STRUCTURE-GEOMETRY 2211

NUMBER OF HIEA" STRUCTURES WITH THIS GEOMETRY: I

NUMBER OF MESH POINTS: 5

GEOMETRY TYPE: SPHERICAL

STEADY STAlE INTTIALIZATION: YES

fESH-POINT*NUMBER, iMESH INTERVAL (M) (MESH1 INTERVAL CONSTANT BETWEEN INDICATED MESH POINTS) 4. 3.00000E-02 5, 2.9800ooE-02

MESH POINT NUMBER, Mi-ESH POINT COORDINATE 'M)

",12 1.719200E0 2, 1.1749200E+00 3. 1.779200E-00 4. 1.809200EfO0 5. 1.839000OE400

MESH POINT. NUMBER. COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEN INDICATED MESH POINTS)

5. 5

MESH"O•INTiNUMBER, SOURCE FACTOR (SOURCE FACTOR CONSTANT BETWEEN INDICATED MESH POINTS)

5,: •OOOOOOE+OO

STRUCTURE SOURCE INTERNAL SOURCE

NUMBER CODE FACTOR

.221001.: 0 . OOOOOOE.+00

STRUCTURE- :LEFT :";VOLo.. . LEFT " LEFT LEFT SURFACE. LEFT DIRECT . NUMBER NUMBER BDRY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

2211001'.- :221010000 .- :':.. :. 1 . 1 2.500000E-01 .OOOOOOE-+0

STRUCTURE.. LEFT:. CHF- LEFT. HYDRAULIC .

NUMBER HTR OPTIONS DIAM. (M)

.2..001." ."... ..:.:." .", EiO0 ..
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 84

.DOEL4 -. SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

STRUCTURE RIGHT VOL. RIGHT RIGtlT RIGH1T SURFACE RIGHT DIRECT

NUMBER NUMBER BDRY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

2211001.. 0 0 1 2.50000(0-01 .0000 006o 100

."- "• ' ' INPUT DATA FOR H4EAT STRUCTURE-GEOMETRY 2220

NUMBER O)F IfEAT STRUCTURES WITIi TillS GEOMETRY: 11

NUMBER'OF MESH POINTS: 3

GEOMETRY TYPE: CYLINDRICAL

STEADY STATE INITIALIZATION: YES

MESH: POINT NUMBER, MKSII INTERVAL (M) (MESIl INTERVAL CONSTANT BETWEEN INDICATED MESH POINTS)

3, 5.450000E-04

MESH POINT NUMBER, MESIl POINT COORDINATE (M) , S.•435000E-03 2, 8.9800OOE-03 3, 9.625000E-03

MESH POINT NUMBER, COMPOSITION NUMBER (COMPOSITION NUMBER CONSýTANT BETWEEN INDICATED MESH POINTS)

3, 6

MESH POINT NUMBER. SOURCE FACTOR (SOURCE FACTOR CONSTANT BETWEEN INDICATED MESIH POINTS) •'!.";:3 .. ", .0000600

STRUCTURE. SOURCE INTERNAL SOURCE

NUMBER CODE FACTOR

2220001 0 .00000E i00

2220002 0 .O00000E400

.2220003 0 .0000001E+00

2220004 0 .OOOO00E 400

• ::-2220005 0 .OO0000E•Ob

2220006 0 .OOOOOOE+OO

2220007 0 .OOOOOOE 400

2220008 0 .OOOOOOE+00

2220009 0 .OCO)E06+00

2220010 0 .000OOE 000

2220011 0 .0000OOE400

STRUCTURE .LEFT. VOL. LEFT LEFT LEFT SUREACE LEFT DIRECT

NUMBER NUMBER DORY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

. 2220001 222010000 1 1 4.598900E+03 .O00000(*O0 2220002 222020000 1 1 4.447600E+03 .000000E+00 • ::I,2220003 222030000 1 1 4.447600E#03 .00000E+00

2220004 222040000 1 1 5.621300E1203 .OOoo00E+O0

,"..-:2220005- 2220006 222050000 1 1 4.757000E+03 .00000600 222060000 1 1 4.757000E003 .000000E400

•,: 2220007 222070000 1. 1 4.757000E+03 ,OOO0006EO0

2220008 222080000 I 1 4.757000E6O3 .000000E400

2220009 222090000 1 4.757000E+03 . O(OO00E+00

2220010 222100000 t 1 4.757000E+03 .000000E600

*.2220.011 -222110000. 1 5.116900E+03 .0000OOE+00

STRUCTURE:.:LEFT. CHF- LEFT HYDRAULIC

NUMBER 'HTR OPTIONS DRAM. (M)

2220001_ :.: 0 .00000E0

2220002 0 .000000E #O0

-!... -2220003 0w . O0000

2220004' 0 .000000Et0o •.!. 22•.•7 ".'::.:0.....•. .'2OO0CCEO00
RELAPS/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 85

IDOEL4'.4 SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

... 2220006 0 .OOOOOOE tOO

2220007 0 .00000E400

2220008 0 .000000E400

2220009 0 .000000E400

2220010 0 -.00000E 100

2220011 0 .O0O0OOE00

STRUCTURE RIGHT VOL. RIGHT RIGHT RIGHT SURFACE RIGHT DIRECT

NUMBER NUMBER BORY, TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

2220001 -600 1000 1 4.598900E#03 .000000E400

:.:,220002 . -600 1000 1 4.q476OOE+O3 .OO00OElO0

2220003 -600 1000 1 4.447600E+03 .OOOOOOE+O0 • :7'222OO4 -600 1000 1 0.621300E403 .OOOOOOE+00.

2220005 -600 1000 1 4.757000E403 .OOOOOOE#00

2220006 -600 1000 1 4.767000E+03 .000000E400

2220007 -600 1000 1 4.757000E+03 .OOOOO+00O

2220008 -600 1000 1 4.767000EtO3 .OOOOOOE+O0

2220009 -600 1000 1 4.7570004E03 .000000E400 ....2220010 -600 1000 1 4.767000E+03 .O00000E+0

2220011 -600 1000 1 5.116900E+03 .000000E+00

INPUT DATA FOR HEAT STRUCTURE-GEOMETRY 2231

NUMBER OF HEAT STRUCTURES WITH THIS GEOMETRY; 1

NUMBER OF MESH POINTS: 4

GEOMETRY TYPE:; RECTANGULAR

..STEADY STATE INITIALIZATION: YES

MESH POINT NUMBER, MESH INTERVAL (M) (MESH INTERVAL CONSTANT BETWEEN INDICATED MESH POINTS)

::4. "4 .2,66667E-02

MESH POINT NUMBER. MESH POINT COORDINATE (M)

1, .O00000E 400 2. 1.266667E-02 3, 2.533333E-02 4. 3.800000E-02

MESH POINT NUMBER•, COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEN INDICATED MESH POINTS) :L' "4..: 5

MESH POINT NUMBER,. SOURCE FACTOR (SOURCE FACTOR CONSTANT BETWEEN INDICATED MESH POINTS) 4. .000000E+00

STRiUCTURE SOURCE INTERNAL SOURCE

NUMBER " CODE -.. FACTOR. 2231oo1 0 .OOOOOOE#0O

STRUCTURE LEFT VOL.' LEFT LEFT LEFT SURFACE LEFT DIRECT'

-,-NUMBER NUMBER BDRY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

2231001 221i0i1000 1 I 1.16000E400 .0000006+00

STRUCTUA8 LT CHF L F 0m T HYDRAUL IC

f.NUMBER. HTR.OPTIONS ..... DIAM. (M)

2 2 31001 4 00 .......

STRUCTURE RIGHT VOL. R IiGHT RIGihT RIGHT SURFACE RIG'HT DIRECT'

NUMBER NUMBER .. BDRY. TYPE: SRFC. CODE .. AREA ENTRY SOURCE FACTOR

j 2501bo0 *2231001 i I.16. 00E+OO .O0000bE+6o

S T .UCTURE R .t R .

NU.MBER HTR. . . .IAM. PTIONS .. •...,,. (M) . . . ..
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 86

"DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

2231001 0 .O00000E40O

NU..E INPUT DATA FOR HEAT STRUCTURE-GEOMETRY 2240

NUMBER OF HEAT STRUCTURES WITH THIS GEOMETRY: 8

NUMBER OF MESH POINTS: 3

GEOMETRY TYPE: CYLINDRICAL

STEADY STATE INITIALIZATION: YES

MESH POINT NUMBER, MESH INTERVAL (M) (MESH INTERVAL CONSTANT BETWEEN INDICATED MESH POINTS)

3. 5.450000E-04

MESH POINT NUMBER, MESH POINT COORDINATE (M)

.Im- 8.43000-03 2, 8.98000=E-03 3, 0.5260006-03

MESH POINT NUMBER, COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEN INDICATED MESH POINTS)

3, 6

MESH POINT NUMBER. SOURCE FACTOR (SOURCE FACTOR CONSTANT BETWEEN INDICATED MESH POINTS)

..: .3, .0000(VJE+00

STRUCTURE SOURCE INTERNAL SOURCE

NUMBER CODE FACTOR

2240001 0 .O0000OE400

2240002 0 .OOOOOOE 00

:*:" :2240003 0 .00000E 4E00

2240004 0 .O0000OE4OO

2240005 0 .OOOO0OE400

2240006 0 .O0000E 400 :".12240007 . -#X}E*00

224o000 0 .000000E100

224000... 0:OOOE 0

STRUCTURE LEFT VOL. LEFT LEFT LEFT SURFACE LEFT DIRECT

: NUMBER .:..NUMBER DORY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

2240001 224010000 1 1 5.116900E#03 .O0000E#00

2240002 .224020000 1 9.514000O403 .O000000EO0

2240003 224030000 I 1 9.514000EO03 .O00000Et00

2240004 224040000 1 1 9.514000EtO3 .O00000E400

224000 " 224050000 I 1 6.066000E 103 .00000E400

-2240006 224060000 1 1 5.5605006403 .0OOOOE+O

2240007 224070006 1 1 5.560500E40O .O00000E400

2240008. 224070000 1 1 2.373600E403 .OOOOEfO0

STRUCTURE.; LEFT..'CHF-.. LEFT HYDRAULIC

NUM13EAi HTR OPTIONS DIAM." (M)

2240001 0 " OOOOOOE400

2240002' 0 .O0000-OE00

" 2240003 0 .OOOOOOE+00

2240004' 0 .OOOOOOEO00

.-','.2240005:.:::- 0 - .OOOoo E o.•. '22406 .0 .OOOOOOE+00

2240007 .. 0 .. i00000E0 .

2240008... 0 .o00000E-iO.

'ST" 'TORE RIG&IT VOL. RIGHT RIGHT RIGHT- SURFACE RIGHT DIRECT' -- NUMBER ..NUMBER B[RYY.TYPE SRFC..CODE AREA ENTRY SOURCE FACTOR

"22400 1 .. 600 1000 1 " .116900E403 .0000006WO0

.:224-0002...:.. .. 10 1 .. 0.514000E-03 .:OOOOOEO00 !•: :::••:•:. •.. . : - 600 • " " .. ... -0 3 
KtLAIb/2/Jb.U4 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

P-2240003 -600 1000 1 9.5140OOE403 .000000E40O

2240004 -600 1000 1 9.5140OOEtO3 .OOOOOOE+00 :: 224005 -6 1000 1 6.066000E+03 .000000O+00

2240006 -600 1000 1 5.560500Ei03 .00000E+00

!..'224007"0 : -600 1000 1 5.560500E403 .000000E600

2240008 -600 1000 1 2.373600E403 .O0000OE+0O

INPUT DATA FOR HEAT STRUCTURE-GEOMETRY 2251

NUMBEk.OF HEAT STRUCTURES WITH TItlS GEOMETRY: I

NUMBER OF MESH POINTS: 5

GEOMETRY: TYPE: SPHERICAL

STEADY STATE INITIALIZATION: YES

MESH POINT NUMBER, MESH INTERVAL (M) (MESH INTERVAL CONSTANT BETWEEN INDICATED MESH POINTS)

4, 3.000000F-02' 6, 2.980000E-02

MESH POINT.NUMBER, MESH POINT COORDINATE (M)

1. 1.7192004E00 2, 1.749200E400 13, 1.719200E400 . 4, 1.809200E÷00 5, 1.839000E400

MESH POINT NUMBER, COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEN INDICATED MESH POINTS)

MESH'POINT NUMBER. SOURCE FACTOR (SOURCE FACTOR CONSTANT BETWEEN INDICATED MESH POINTS)

5, .O000000Ef00

STRUCTURE SOURCE INTERNAL SOURCE

,:.::NUMBER CODE FACTOR

2251001 0 .000000E400

STRUCTURE LEFT VOL. LEFT LEFT LEFT SURFACE LEFT DIRECT

NUMBER NUMOER BORYi TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

2251001 225010000 1 1 2.5bt000E-O .00000E+00 O 

STRUCTURE LEFT Ct[F- LEFT HYDRAULIC !. NUMBER .tTR.OPTIONS DIAM. (M)

2251001 0 .000000E600

STRUCTURE kidkT VOL. RIGIT RIGHT RIGHT SURFACE RIGHT DIRECT

:-,NUMBER .. NUMBER BDORY. TYPE SRFC. CODE AREA ENTRY SOURCE .FACTOR

2251001 " 0 0 1 2.500000E-01 .0000OOEI00

INPUT DATA FOR 11EAT STRUCTURE-GEOMETRY 32111

UMBER OF HEAT. STRUCTURES WITH THIS GEOMETRY: 1

NUMIER OF MESH POINTS: 65"

GEOMETRY TYPES ;SPHER1CAL.

STEADY STATE INITIALIZATION: YES

MEH O~lNUBR.MEHINTERAV*AL (M) (MESH1 I*TVA ONTANT EITWEtN INDICATED MESH POINTS)

4:::.,:3.00000-02 5, 2;980000E-02

MESH:POINT NUMBER, MESH'POINT COORDINATE (M)

t.' 1.7192006400 2, 1.749200E+00 3. 1.779200E+00 4, 1.809200E600 5, 1.83goooE+o0

PAGE 87
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 88

DOEL4 -"SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

MESH POINT NUMBER, COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEN INDICATED MESH POINTS)

,5, 5

MESH POINT NUMBER, SOURCE FACIOR (SOURCE FACTOR CONSTANT BETWEEN INDICATED MESH POINTS) .. ... 5 .Ot.00000E+O0

STRUCTURE SOURCE INTERNAL SOURCE

NUMBER CODE FACTOR

3211001 0 . OO0OOE J4O0

STRUCTURE LEFT VOL. LEFT LEFT LEFT SURFACE LEFT DIRECT

NUMBER NUMBER BDRY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

3211001 321010000 1 1 2.600000E-O1 .OOOO0OEtO0

STRUCTURE LEFT CHF- LEFT HYDRAULIC

NUMBER HTR OPTIONS DIAM. (M)

321.1001 • 0 a .00000E4O0

STRUCTURE -RIGHT VOL. RIGIIT RIGHT RIGHT SURFACE RIGHT DIRECT

NUMBER NUMBER BORY. TYPE SRFC. CODE AREA ENIRY SOURCE FACTOR

3211001 0 0 I 2.5OOXOO-O 1 .0000OOE+00

INPUT DATA FOR HEAT STRUCTURE-GEOMETRY 3220

NUMBER OF HEAT STRUCTURES WITH TiltS GEOMETRY: 11

NfUMBER OF MESH POINTS: 3

GEOMETRY TYPE: CYLINDRICAL

-STEADY STATE INITIALIZATION: YES

MESH POINT NUMBER- MESH INTERVAL (M) (MESH IN4TERVAL CONSTANT BETWEEN INDICATED MESH POINTS)

3, 5.450000E-04

MESHI POINT NUMBER, MESH POINT COORDINATE (M)

.I 8.435000E-03 2, 8.980000E-03 3, 9,525000E-03

NE SiH POINT NUMBER. COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEN INDICATED MESH POINTS)

3, 6

MES POikT NUMBER. SOURCE FACTOR (SOURCE FACTOR CONSTANT BETWEEN iNDICATED MESH POINTS) '*.. i." :3,• ".. 000000E tO

STRUCTURE - " •SOURCE INTERNAL SOURCE

NUMsER CODE FACTOR

3220001 0 .OO0OOE+OO

3220002' 0 .o0000E400

3220003- 0 .OOOOOOE+00

3220W04 "0 .000000E400

" 3220005 . .... 0 .OO00OOE+0O

3220006 0 .00000ot+OO

3220007 0. . ,O00)O_-tOO

3220008 0 .OO00OOOE+O

.3220009 0 .OOOOOOE +00

3220010 0 0.O00000E+O6

* 3220011, .. ,:. 0OOOOE÷O"

STRUCTUF- .: VOL. . .-EFT . EFT LEFT SURFACE . LEFT DIRECT .o.EF .SURFACE
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

:OEL4 '- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 89

87/01/22.

. ,NUMBER :" NUMBER

3220001 322010000

3220002 322020000

3220003 322030000

3220004 322040000

3220005 322050000

%-Z 3220006 322060000

3220007 322070000

3220008 322OO00O

3220009 322090000 : 3220010 022100000

3220011 322110000

STRUCTURE LEFT CIIFiNUMER HTR OPTIONS.

3220001 

0 S;...3220002 0

3220003 

0

13220004 0.

3220005 

0

:'-3220006 

0

3220007 

0

3220008. 

0

3220009 

0

. 3220010 

0

3220011 

0

STRUCTURE RIGHT VOL.

* NUMBER NUMBER

3220001 -6oo

3220002 -600

3220003 -600

3220004 -600

3220005 -600

:, 3220006 •".-6o00

a2200O7 -600 .::.:322000.8 .- 600

3220009 , -600 -.3220010 -600

"220011 -6t0

BDORY..TYPE SRFC. CODE111111I11

.1

1

AREA ENTRY

4.598900E+03

4.447600E103

4.447600E403

5.621300E403

4.757000E403

4.757000E+O3

4.757000E#03

4.757000E*03

4.757000E+03

4.75700C+O3

5.116900E403

SOURCE FACTOR

.O00000EfO0

.000000E400

A 00000m 4 00

.OOOOOOE+00

.O00000E 400 .O00000EfO ..O00000E400 000000)E 400

.O0000Ei00

.00000E +00

.OOOOOOE+00

LEFT HYDRAULIC

DIAM. (M)

.00000E 400

-OOOOOOE+00

.O0000OOE400

.OOOOOOE+00

.OOOOOOE +00

.000000E400

.O00000E 100

•. . OO0OE 400

* 000000*E00 . OO00CE 400

.OOOOOOE *00

RiGHT

DORY. TYPE

1000

.1000

1000

1000

1000

1000

1000

1000

1000

Iwo

RIGHT

SRFC. CODEI111I11111

RIGHT SURFACE

#AREA ENTRY

.4.598900E+03

4.4476006103

4.4476006E403

5.6213006103

4.757000E+03

4.757000E+03

4.757000E+03

4.757000E+03

4.757000EtO3

4,757000E+03"

5.116900E+03

RIGHT DIRECT

SOURCE FACTOR

.000000E00

.00006OEi00.

.000000 *00

,0000006.00 . 0000004E00

.0000006+00

.OOOOOOE *00

.0000006400

.000000 400

.O000000E600

.00000E 400

INPUT DATA FOR HEAT

NUMBE.R OF "EAT STRUCTURES WITH THIS GEOMETRY: 

I NUMbEA OF MESH POINTS: 4

GEOMETRY. TYPE: RECTANGULAR

STEADY STA,'E INITIALIZATION: YES

MSH H:",OINt :' NU .ME•.E MESH INTERVAL (M) (MESH Ifrf

4, . :.1266667E-02

.MESH POINT NUMBER, MESH POINT. COORDINATE (M) ...... 1, .0 +00 .2, 1.2666678-02

STRUCTURE-GEOMETRY 3231

CONSTANT .RVAL B.TWEE. I.ICATE" MES POINTS),.

3. 2.533333E-02:" 4. 3.8a o000E-02
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 90

DOEL4 - SPRAY CAPACITY TES1 AT :!ERO POWER 87/01/22.

MESH POINT NUMBER, COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEN INDICATED MES1 POINTS)

4, 5

MESH POINT NUMBER, SOURCE FACIOR (SOURCE FACTOR CONSTANT BETWEEN INDICATED MESH POINTS)

4," -. 000000E460

STRUCTURE SOURCE INTERNAL SOURCE

NUMBER CODE FACTOR

.3231001 0 .0000OE400

STRUCTURE LEFT VOLi LEFT LEFT. LEFT SURFACE LEFT DIRECT

NUMBER NUMBER DORY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

' 3231001 321010000 I I 1.160000E+00 .00000E400

STRUCTURE LEFT.. CHF- LEFT HYDRAULIC

NUMBER tlTR OPTIONS DIAM. (M)

3231001 -.. 0 .000000E400

STRUCTURE- RIGHT VOL. RIGHT RIGHT • RIGHT SURFACE RIGhT DIRECT

NUMBER NUMBER BDRY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

3231001 325010000 1 1 1.160000E400 .OOOOOOE+O0

STRUCTURE RIGHT CHF- RIGHT HYORAUI.IC

NUMBER HTR OPTIONS DIAM. (M)

3231001 0 .000000E400

INPUT DATA FOR HEAT STRUCTURE-GEOMETRY 3240

NUMBER OF HEAT STRUCTURES WITH THIS GEOMETRY: 8

NUMBER.. OF MESH" POINTS: 3

GEOMETRY TYPE: CYLINDRICAL

STEADY STATE INITIALIZATION: YES

MESI.POINF NUMBER. MESH INTERVAL (M) (MESH INTERVAL* CONSTANT BETWEEN INDICATED MESH POINTS)

3, 5.450000E-04

MESH POINT NUMBER, MESH POINT COORDINATE (M)

1. 8.435000E-03 2, 8.9BOOOOE-03 .3, 9.525000E-03

MAESH POINT' NUMBER, COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEtl INDICATED MESII POINTS)

3, 6

AESH . 1•Nt .UMbEAS" SOURCE FACTOR (SOURCE FACTOR CO,,STANT BETWEEN INDICATED MESH POINTS)

.". ... 3, •::.:.:'.O00000e4-OO

STRUCTURE- SOURCE INTERNIAL SOURCE

NUMBER CODE FACTOR

:''3240001 0 .O0000OOEO0

3240t02 0 .O0oo0oE 00.

3240003 .0 OOOOOOE+O0

3240004 0 .000000E400

. 3240005... - 0 " .O0000mE+O0

3240006 0 .000000E+00

3240007 0 ,OOOOOO:,+O0..

3240008 0 .OOoOOE•io0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 91

:DOEL4-..SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

STRUCTURE .-LEFT VOL. LEFT LEFT LEFT SURFACE LEFT DIRECT

NUMBER NUMBER BDRY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

3240001.". 324010000 1 1 5.116900E+03 .000000E400

3240002 324020000 1 -1 9.5140006+03 ,OOOOOOEfOO

3240003 324030000 1 "1 9.514000E403 ,0000006f00

3240004 324040000 1 1 9.514000EtD3 .000000E400

e;.. 324000w 324050000 1 1 6.066000-403 ,O00000E400

3240006 324060000 1 1 5.560500E403 .000Ef00 ....:3240001 324070000 1 1 5.560500E403 ,OOO000E4O0

3240008 .. 324070000 1 1 2.37360OR403 ,OOOOOOE#O0

STRUCTURE LEFT CHF- LEFT HYDRAULIC

. NUMBE R HTR OPTIONS DIAM. (M)

3240001 0 .O0000E 400

V!•.:3240002.. 0 OO0000E÷OO

3240003 0 .000000E-*0

3240005 0 .OOOOOOE-fOO

3240006 0 .000000E +00

3240007 0 .000000E 100

3240008 0 .0000006400

STRUCTURE RIGHT VOL'.' RIGHT RIGHT RIGHT SURFACE RIGHT DIRECT

NUMBER NUMBER BDRY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

* 3240001 -600 1000 1 5.1169006403 ,000000E400

3240002 -600 1000 1 9.514000E+03 .000000E400 .3240003 ;-600 1000 1 9.514000E+03 .000000E+0

3240004 -600 1000 1 9.514000E403 .000000E400

3240005 -600 1000 1 6.066000E+03 ,O00000E#00

3240006 -600 1000 1 5.560500E403 .000000E400

:." 3240007 -600 1000 1 5.560500E+03 .000000E6O0

3240008 -600 1000 1 2.373600E403 .O00000E+00

INPUT DATA FOR flEAT StRUCTURE-GEOMETRY 32'51

NUMBER-OF !1EAT STRUCTURES WITH TIlTS GEOMETRY: I

NUMBER OF MESH POINTS: 5

GEOMETRY.-TYPE;.SPHERICAL.

STEADY STATE INITIALIZATION: YES

MSt I%"POiNt NUMBER. MESH INTERVAL (M) (MESH INTERVAL CONSTANT BETWEEN INDICATED MESH POINTS)

'4 S3.000000-02 5. 2.9800OOE-02

MESH POINT NUMBER.' MESH POINT COORDINATE (M) .1,~ 1.192OOEtOO6 2. 1.749200E1OO 3, 1.77920OE+OO 4. .809200E400 6. 1.8390006:00

WESH ::- POIN T .. .NU MBER, COMPOSITION NUMBER (COMPOSITiON NUMBER CONSTANT BETWEEtiN iICATED MESH POINTS)

.ESI -.POINT.. NUMBER,: SOURCE FACTOR (SOURCE FACTOR CONSTANT BETWEEN INDICATED MESH POINTS)

STUTUE SOURCE INTERNAL SOURCE

* NUBER* * ODE FACTOR .32501 .0 .0000006*00

ST..UCTU.RE.. LE.. FTV.LEF T LEFT LE.T SURFACE *LFT WOE.. IRECT... 

WRY,.. TYPE.. CODE AREA. :NUMBER.. ENTRY . SOURCE FACTOR
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

r 3251001 325010000 1 1 2.500000E -01 .00000OOE00

STRUCTURE LEFT CHF- LEFT HYDRAULIC

NUMBER HTR OPTIONS DIAM. (M)

325100i 0 .000000E400

STRUCTURE RIGHT VOL. RIGHT RIGHT RIGHT SURFACE RIGHT DIRECT

NUMBER NUMBER BDRY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

* 3251001 0 0 1 2.• 500000E-O1 .000OE#O0

INPUT DATA FOR HEAT STRUCTURE-GEOMETRY 4000

NUMBER OF HEAT STRUCTURES WITH TillS GEOMETRY: 4

NUMBER;OF MESH POINTSt 4

GEOMETRY TYPE: CYLINDRICAL

MTEADY. STATE INITIALIZATIONs YES

MESH POINT NUMBER, MESH INTERVAL (M) (MESH INTERVAL CONSTANT BETWEEN INDICATED MESH POINTS)

4, i.20000C0E-02

Mst POINT NUMBER, MESH POINT COORDINATE (M) :." ",.1.420000E-01 22 1.540000E-01. 3, 1.660000E-01 4, 1.780000E-01

MESH POINT NUMBER. COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEN INDICATED MESH POINTS)

4. 5

MESH POINT NUMBER, SOURCE FACTOR (SOURCE FACTOR CONSTANT BETWEEN INDICATED MESH POINTS) .. 4,:. , .OOOOOOE+OO

PAGE 92

STRUCTURE SOURCE

NUMBER CODE

.4000001: 0

4000002 0

4000003 0

4000004 0

STRUCTURE 'LEFT VOL.

:NUMBER NUMBER

4000001 400010000

-ý.... 4000002 400020000 .. 4ooooo3 4ooo00ooo

:....:4000004 400040000

STRUCTURE " LEFT CHFNUMBER HTR OPTIONS

4000001ý •

4000003 0

4000004 0

STRUTU E RAIGHT ihR VOL. - ,..:"NUMBER --. NUMBER

4000001 940010000 ... 4000002: :*.940010000

4000003 94001000

40i:."00004 ..94000 000

INTERNAL SOURCE

FACTOR

. OOOOOOE *00

. 000000E O0

.OOOOOOE+00

.OOOOOE 00

LEFT LEFT

BORY. TYPE SRFC. CODE

1

1

1

. •1

1

LEFT SURFACE

AREA ENTRY

5.627500E400

5.627500E400

5.627500E400

5.627500E400

LEFT DIRECT

SOURCE FACTOR . O00000E 100

.*OOOOOOE +00 . O00000• 00

.OOOOE tO0

LEFT HYDRAULIC

DIAM. (M) • * OO0OOOO *00 -000000E 400

.000000E4*06

.OOOOOOE 400

* OOOOOOE 400

RIGHT RIGHT

BDRY. TYPE SRFC. CODE

3940 1

3940 1

3940 1

3940 .. .. .1

RIGHT SURFACE "RiGHT DIRECT

AREA ENTRY .. SOURCE FACTOR

5.627500E400 .000000E400

5.627500E+00. OOOOOOE+00

S.627500E÷0O .oO(OOOEiO0 * 5,627500E+O0 .. .:,.OOOOOOEi-.O

FO' PAT EA- STRUCTURE-t~OrQW~TY4
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

61E4 - SPRAY. CAPACITY TEST AT ZERO POWER 87/01/22.

NUMBER OF'.HEAT STRUCTURES WITH THIS GEOMETRY: 2

NUMBER OF MESH POINTS: 4

GEOMETRY TYPE: CYLINDRICAL.

STEADY STATE INITIALIZATION: YES

MESH POINT NUMBER. MESH INTERVAL (M) (MESH INTERVAL CONSTANT BETWEEN INDICATED MESH POINTS)

4, 3.890000E-02

MESH POINT NUMBERi MESH POINT COORDINATE (M)

1. 8.263442E-01 2. 8.652442E-01 3. 9.041442E-01 4. 9.430442E-01

MESH POINT NUMBER,. COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEN INDICATED MESH POINTS) :"?. .4,5

MESH .POTNT NUMBER, SOURCE FACTOR (SOURCE FACTOR CONSTANT BETWEEN INDICATED MESH POINTS)

4, .O00OOEtO0

STRUCTURE SOURCE INTERNAL SOURCE

NUMBER .. . CODE FACTOR

4101001 0 .000000E6O0 i...a..,4101.002 m::.i. : 0 . ,O00000E÷Oo

STRUCTURE .:LEFT- VOL. LEFT LEFT LEFI SURFACE LEFT DIRECT

NUMBER NUMBER BDRY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

4 101001 410010000 1 1 2.821700E-01 .0000006±00

4101002 410020000 1 1 5.844340E-01 .000000*00•

STRUCTURE LEFT CHF- LEFT HYDRAULIC

S:.1NUMBER HITR OPTIONS D!AM. (M)

4101001 0 .o 000ooo4o

41.01.002' ". .. " :OOOOOOEO0.

STRUCTURE RIGHT VOL•"' RIGHT RIGHT RIGHT SURFACE RIGHT DIRECT

NUMBER NUMBER DORY. TYPE SRFC. CODE AREA ENTRY SOURCE FACTOR

:.,;:4101001 940010000 3940 1 2.821700E-01 .O00000et +00

4101002 '940010000 " 3940 1 5.644340E-o1 .O00000E+00

INPUT DATA FOR HEAT STRUCTURE-GEOMETRY 4102

NUMBER..OF hEAT STRUCTURES. WITH TITS GEOMETRY: 6 .

NUMBE8 OF MESH POINTS: 4

GEOMETRY: TYPE CYLINDRICAlSTEADY STATE INITIALIZATION: YES

MEiSH ,'POI.NT :"NUMBER=, YlESll INTERVAL (M) (MESH INTERVAL CONSTANT BE TWE EN INDICATED MESH POINTS)

:.4,.!-:. 3.P840000Eý-02

MESH".POINT .NUMBERi- MESH POINT COORDINATE* () 1, i.063825EbOO 2, 1.102225E400 3.' 1.40625E400 4. " .... 025E+00

MESH DINT NUMBER,COMPOSITION NUMBER (COMPOSitiON NUMBER CONSTANT BETWEEN INDICATED MESH POIN18)

4. 5!

PAGE 93
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4.-: SPRAY CAPACITY TEST AT ZERO POWER

PAGE 94

87/01/22.

MESH POINT NUMBER, SOURCE FACTOR (SOURCE FACTOR

4, OoOOOOE-tO0

CONSTANT BETWEEN INDICATED MESH POINTS)

STRUCTURE

.:•::.NUMBER

4102001 :.41!02002

4102003

4102004

4102005

4102006

SOURCE

CODE

0

0

0

0

0

a0

INTERNAL SOURCE

FACTOR

. O0OO0OE #00 .OO00OE 500 . OOOO)OE t00 . OOOOOOE 400

.O0000E *00 . OOQOO0E +O0

STRUCTURE

NUMBER

4102001

4102002

410200O

4102004

" 4102006

4102006

STRUCTURE

NUMBER

4102001

. 4102002

4102003

4102004

4102005

4102006

LEFT VOL.

NUMBER

410030000

410040000

410050000

410060000

410070000

410080000

LEFT CFIFHTR OPTIONS

0

0

0

0

0

0

LEF T

BDRY. TYPEI

1

1

*1.

LEFT

SRFC. CODE

1

LEFT SURFACE

AREA ENTRY

7.000000E-OI

1 .464000E tOO

3.O00000E+00

3.O0(XOOOE00

3. OOO(CXKE 4 00

7. OO0X"E-O 1

LEFT DIRECT

SOURCE FACTOR . O000OE +00

.OOO0OOE 400 . OOO0OOE +00

.OOOOOOE+00

. OOO0OOE 40O . OOO(O)E 400

LEFT HYDRAULIC

DIAM. (M)

. OOOOOOE 4O0

, OOOOOOE 400

* OOOOOOE 400

. 0000OE4• 0O

.OOOOOOE O00

. OOOOOOE #00

STRUCTURE: RTGHT VOL.

NUMBER NUMBE R

:4102001 940010000

4102002 "40o1oooo

4102003 940010000

4102004 940010000

4:::::A102005: 940010000

4102006 94001o000

RIGHT

BDRY. lYPE

3940

3940

3940

3940

3940

3940

RIGHT RIGTHT SURFACE

SRFC. CODE AREA ENTRY

I 7.OOO0000E-O1

1 1.464000EO00

I 3.0000OOEO0

I 3.OOO0OOEO00

I 3.000000E400

I "17.O00E-O1

RIG!IT DIRECT

SOURCE FACTOR

.OOOOOOE 00 .O 0•0-0OE400 . OOOOOOE lO0 . OOOOOOE #00 . O0OOOE #00 . OO000 E 400

INPUT DATA FOR liEAT SIRUCTURE-GEOMETRY 4103

NUMBER OF .. EAT STRUCTURES WITH THIS GEOMETRY: 2

NUM3ER OF MESH POINTS: 4

GEOMETRY.. TYPE :CYLINDRICAL

STEADY STATE INITIALIZATION: YES

'SH 0I"#OiN N W0 ,R, M5SII IHTEAVAL (M) (MESH INTERVAL CONSTANT BETWEEN INDICATED MESHI POiNTS) . 4" 3. 541200E-02

MESH. POINT NUMBER, MESH -POINT COORDINATE (M)

1. 8.263442E-01 ",:8.617562E-01 3, 8.971682E-01 4. 9.325802E-0 :
RELAPS/2/36.04 REACTOR LOSS OF COOLANT AItALYSIS PROGRAM

DOEL4 - .SPRAY CAPACITY TEST AT ZERO POWER

PAGE 95

87/01/22.

MESH POINT NUMBER, COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEN INDICATED MESH POINTS)

4. 5

MESH POINT NUMBER. SOURCE FACTOR (SOURCE FACTOR CONSTANT BETWEEN INDICATED MESH POINTS)

!40,- -. 000OOE-O0..

STRUCTURE.

NUMBER

: 410300)

4103002

STRUCTURE

NUMEER

4103001 'A4103002

STRUCTURE

NUMBER

4103001

4103002

STRUCTURE

' NUMBER

4103001

. 4103002

S.SOURCE

CODE

0

0

LEFT VOL.

* -'NUMBER

410090000

.420010000

LEFT CHFHTR OPTIONS

0

0

RIGHT VOL.

NUMBER

940010000

940010000

INTERNAL SOURCE

FACTOR

.OOOOOOE400

.000000E00

LEFT LEFT

BORY. TYPE SRFC. CODE

I I

1 I

LEFT HYDRAULIC

DIAM. (M)

*O000000E400

,0000000t400

RIGIIT RIGIfF

BDRY. TYPE SRFC. CODE

3940 1

3940 1

LEFT SURFACE

AREA ENTRY

3. BOOOOOE-Ol

2.665000E-01

RIGHT SURFACE

AREA ENTRY

3. 00000E-01

2.665000E-01

LEFT DIRECT

SOURCE FACTOR

.000000600 * 0000006E 400

RIGHT DIRECT

SOURCE FACTOR

, O00000E0OO

.O(oXoOXEXO

. INPUT DATA FOR tEAT STRUCTURE-GEOMETRY 4113

NUMBER OF HEAT STRUCTURES WITH THIS GEOMETRY: 2

rIUMBER.OF MESH POINTS: 3

GEOMETRY TYPE: CYLINDRICAL

STEADY. STATE INITIALIZATION: YES

MESHPOINT NUMBER. MESH INTERVAL (M) (MESH INTERVAL CONSTANT BETWEEN INDICATED MESH POINTS)

72, "302500E-03 3. 3.81000,E-03

ItS POINT' NUMBER, MiSH POINT COORDINATE (M)

..-. 1 " .-. 000OO400• 2, 7.302500E-03 3i 1.111250E-02

MESH POINT NUMBERi. COMPOSITION NUMBER (COMPOSITION NUMBER CONSTANT BETWEEN. INDICATED MESH POINTS)

:i. POINT NTUMBER, SOURCE FACTOR (SOURCE FACTOR CONSTANT BETWEEN INDICATED MESH POINTS)

2.:.: :'-, .000+00 3,. .0000006+0.

STRUCTURE.-: SOURCE INTERNJAL SOURCE

NUMBER CODE FACTOR

.113001 ' ;:.10418 . .7.500000E-01 . ." .... . 4.13002 10418 2.500000E-01 ."

STRUCTURE LEot VOL.. LE'FT "LE. LEFT SURFACE LEFT DIRECT

NUMBERm::.:::::.' NUMBER BDRY. TYPE .SRFC. CODE AREA. ENTRY . SOURCE FACTOR " '" 413.10 0 1 i.840oootOE2 OO0000O6+00*

1..113002 0.* 0 1...5.130000E+01 .. - .OOO00E+O0 " . . .

STRUCTURE .-. LEFT CIFt .HYDRAULIC LEFT 
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

0:0D6EL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 96

87/01/22.

.NUMBER

4113001

4113002

STRUCTURE

NUMBER

4113001

4113002

STRUCTURE

NUMBER

4113001 • 4113002

HTR OPTIONS

0

RIG1tT VOL.

NUMBER

410040000

410050000

RIGHT CHFHTR OPTIONS

0

0

0IAM. (M) .0000OOE400

. OOOOOOE +00

RIGtlT RIGHT

BORY. TYPE SRFC. CODE

I1 1

I 1

RIGHtT SURFACE

AREA ENTRY

1.5400006402

5.130000E+01

RIGHT DIRECT

SOURCE FACTOR . OOOOOOE 400 . 000000E400

RIGHT 11YDRAUL IC

DIAM. (M)

. OOOOOOE *00

.OOOOOOE 4-00

EDIT OF HEAT STRUCTURE MATERIAL (COMPOSITION) DATA

DATA FOR COMPOSITION I

THERMAL'CONDUCTIVITY TABLE

TEMPERATURE T1ERMAL CONDUCI.

-(K)"." (WATTS/M-K)

2.930000E402 8.370000E400 .5;330000Ef02 5.780000EI00

7.00000EE402 4.633000E+00

.8;.660000E 02 3.880000E+00

1.033000E403 3.357000E+00

":..l.977000E403 2.290000E+00

VOLUIETRC .IIEAT.CAPACTTY .TABLE

TEMPERATURE HEAT CAPACIlY

(K)::: (J/M3-K)

2.730X00E6+02 2.3100OOE406

3.73O000EO2 2.750000E+06

6.730000+E02 3.130000E406

::9;0000004E03 6i800000E+06

DATA FOR

THERMA1• CONDUCTIVITY TABLE.

TEMPERATURE TIERMAL. CONDUCT.

'.(K) (WATTS/M-K)

2.731500E+02 7.000000E400

6.731500M+02 I.4005106E01

1.073150E+03 1.b00866E6O1

:*.1.•':•413150E+03 .:2.51085E÷+01

1.873106E+03 3.601486E+0O

2 273160E.+03 5.502352E+01

VOLUMIETRIC-HEAT CAPACITY TABLE

TEMPERATURE HtEAT CAPACITY

(K)i.:..- :.. :.:.:, -- (J/M3-K) .... . .... 5 2E÷02 . .1.904141E+06 : 1.185928E+03. - 5.712422E406

2.1998g17E03 2.3121716E06

• ,. ..... . . ..... .DATA FOR

TEMPERATURE

(K)

3.660000E402

6.160000E+02

7.830000E,02

9.5000OE',02

1.200000O403

9.000000+E03

1EMPERATURE

(K)

3.230000E+02

4.730000E402

1.373000Et03

THERMAL CONDUCT.

(WATTS/M-K)

6.5770006E00

4.6230OOE400

4.22 1000E +00

3.596000E+00

2.9840006E00

2.990000E+00

IEAT CAPACITY

(J/M3-K).

2.570000E406

2.920000E+06

3.440000C406

COMPOSITION 2

TEMPERATURE

(K)

4.731500E+02

8.731500E+02

1.2731506403

1,673150E+03

2.073150E.o3

2.473150E603.

TEMPERATURE

(K)

1.077594E403

1.248428E+03

TIERMAL. CONDUCT.

(WATTS/M--K).

1.200438E+01

1.700793et01

2.200975E*01

3,0Q1267E+01

4.401777E601

6.802826E+01

HEAT CAPCITY

(J/M3-K)•

2.312171*E06 • :..2.31769E+06

COMPOSITI OW` 3I
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 97

::..DOEL4 '-:SPRAY CAPACITY TEST AT ZERO POWER . 87/01/22.;

THERMAL."CONDUCTIVITY TABLE*

TEMPERATURE THERMAL CONDUCT. 1EMPERATURE IHERMAL CONDUCT. .."(K) "" .. (WATTS/M-K) (K) (WATTS/M-K)

2.7300(OOE02 1.300000EfO 1.190000E+03 2.500000E+O1

9.OOOOOOE-+03 2.500000E401

VOLUMETRIC HEAT CAPACITY TABLE

TEMPERATURE HEAT CAPACITY TEMPERATURE HEAT CAPACITY

, (K) (J/M3-K) (K) (J/M3-K)

2.250000E402 3.500000E406 5.800000E+02 4.340000E#06

1. 300000E 403 5.20OOOOE4065

DATA FOR COMPOSITION 4

THERMAL CONDUCTIVITY IS CONSTANT AT 5.600000E-O1 (WATTS/M-K)

VOLUMETRIC HEAT CAPACITY IS CONSTANT AT 5.400000E+00 (J/M3-K)

.. DATA FOR COMPOSITION 5

THERMAL.. CONDUCTIVITY IS CONSTANT AT 4.605000E+O1 (WATTS/M-K)

VOLUMETRIC HEAT CAPACITY IS CONSTANT AT 3.877500E+06 (J/M3-K)

DATA FOR COMPOSITION 6

THERMALS.: CONDUCTIVITY TABLE

TEMPERATURE TtHERMAL CONDUCT. TEMPERATURE THERMAL CONDUCT.

.(K)" .. (WATTS/M-K) (K) (WATTS/M-K)

'2.941500E+O2 1.4860OOE1tO 3.661500E+02 1.576000EfOl

•'.771500E t02 1.745000E 'O 5.891500E402 1.918000E 401

7.001500EfO2 2.091OOE401

VOLUMETRIC HEAT CAPACITY TABLE

!-TEMPERATURE HtEAT CAPACITY TEMPERATURE tlEAT CAPACITY

(k) (J/M3-K) (K) (J/M3-K)

2 94 1 500E t 02 3. 880000E+06 3.661500E+02 3.88000OE406

...... 111500E+02 4.227000E106 5.891500E ÷02 4.227000E+06

.:,..:7.O01500E+02 4.580000E406

EDIT OF GENERAL TABLE INPUT . ... .• . ., . . . . . .,,.

..-...... .. .: GENERAL TABLE NO. 11 .......

TA8LE.;.I :.REACTIVI TYNVERSUS...TIME, TIME FACTOR IS 1,Q(OOOOE$OO, REACTIVITy FACTOR IS. 1.OOOOOE+OO• :-..

. -T IE . REACTIVITY- TIME . REACTIVITY

(AS INPUT) (AS INPUT) (SEC) (DOLLARS)". * OOOOOOEIO +.510.*0 OO+0 1551000E+07

3.OOOOOOEiO . .551000E407 3. oooo0oE+00 - 1.55100E.+07

.1.300000E.+02 ... 350000-2 .. .464 E07 .300000+02 1.4640OOEIO7 461000E-i07 i.35OOOOEiO2 i.461OOE-i07

..4000EiO : 124585OOE-O7. 1.40000E+.O2. 1.458500E+07;'*: 1.4500002402 1.456000Ei07 i.450000EiO2 1.456000E4b07

. I 1.50000ýE+02 . 1.4550002E07 .1.500000E+02 1.4550002+07 . .5500002402 1.4540002-07 1'550000002 i.454000Ei07

S...1.0..06OOO0.EiO2..:.02...:..: 1.454OO0E407.. 1,6000OOET402 1.454000E+07
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

• :' .... GENERAL TABLE NO. 12

PAGE 98

87/01/22.

TABLE IS REACTIVITY VERSUS TIME, TIME FACTOR IS 1.000000E+00, REACTIVITY FACTOR IS 1.O000006 400.

TIME

(AS INPUT)

OOOOOOE +00

3.000000E+01

' 1. 30000E+02

1.350000E+02

1.14500000E+02

. 1.500000E402 1 .55OOO0E 402

*: • !. 6000006 +02

REACTIVITY

(AS INPUT)

2.630000E401

2.630000E+01

• 2.980000E+01

2.992000Et01 3.000000E*00

3.010000E401

3.018000E401

3.0200006E40

3.020000E+01

TIME

(SEC)

3.0O00000E #O1

1.300000E602

1.350000E+02

1.40OOOE+02

1.450000E#02

1.600000E+02

1.5500004E02

1.600000E+02

REACTIVITY

(DOLLARS)

2.630000+X)Et

2.630000*E01

2.9800004E01

2.9920004E01

3.000000E01

3.010000E401

3.018000E+01

3.020000E401

3.020000+E01

GENERAL TABLE NO. 185

TABLE IS REACTIVITY VERSUS TIME, TIME FACTOR IS 1.000000E+00, REACTIVITY FACTOR IS 1.0O00000E+00.

TTME ,. (AS INPUT)

5.000:: 6OO 0E4OO

5.OOOOOOE+0O

1.• 000006r+01

1.400000E+01

2.000000E +01

2; 300000EO!01

2. 600000E +01 ..... 2.. 07500O+01

3.000000O401

3.222000F01.

3.5200006E01

3.905000E.01..

4.283000E+O1

S. 4.482000O+01 • 6.0000006O+01

REACTIVITY

(AS INPUT)

2.060000E+02

2.05OOOE602

2.0500006+02

2.040000E402

2.0300OOEtO2

2.02000OE402

2.000000F+02

1.976000E#02

* 1.9500004E02

1.930000E402

1 .900000E *02

1.850000E602

* 1.8000OO402

1.750000E+02 . 1.700000E +02

1.6oooooE402

TItE (SEC) .s•n +00

5 .000000E'#00

1.000000E+O0

1.400000E+01

1.7000006+01

2.000000E401

2.300000E+Q0

2.600000E#01

2.875000*E01

3.000000E401

3.2220OOEO1

3.5200OOE401

3.9050006E01

4.2830004E01

4.482000E401

5.000000E+01

REACTIVITY

(DOLLARS)

2.0600006+02

2.0560OO402

2.050000E+02

2.0400OOE6O2

2.0300OOE02

2.020000E+02

2.000000E+02

1.976000E+02

1.950000Eo02

1.930000E602

1.900000E402

1.850000E402

1.80000O6 02

1.750000E+02

1.700000E602

1.600000E402

GENERAL TABLE NO. 186

1ABL~ I:S REATIVITY VE•RUS TIiE, TIME FACTOR IS 1.0000006+00, REACTIVITY FACTOR IS

TIME REACTIVITY TIME REACTIVITY

:(AS"INPUT) (AS INPUT) (SEC) (DOLLARS)

.60000E0+00 -1.000000E-05 .OOOOOOE+00 -41.0OOO00-05

;:'.O000000E+0 " : -5.0000006-02 5.0000006+00 -5.0000006-02

i.000000efo1 -1.0000oo0-01 1.0000008+01 -1.00000O6e-O

:1.400000E+01: -2.300000E-01 I.400000E+01 -2.300000E-01

1..i.7000006+01 -3.333000-01i 1.700000E+01 -3.333000E-0i

*7:.:.:.%72-OOO 0 E+0j .. .- 5.000000.-01 2.00000E+O -5.00000TE-01

2.300000E+01.. -":7.30 -01 2.300000641 -7.3000000-01

I..',;.::i2.600000+•01• . 8:--:::...-.'B,7006-01 2.600000601 .- a8,OOOO-01

2.85000E60 .. -1.100006E+00 2.875000E+01 -1. 1000006400

.:3.0000006+0 .OI -1 -200000 4,00 -. 3.0000006+01 -1..-.200000E+00.

3.2220006+01 .. 15600+0 3.2220606+01 -1.5600006*00

S...4.283000E1 "-.560000400. 4.283000E401.: *..56C000_,,0

1.0000006 00.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM .... DEL4 - SPRAY. CAPACITY TEST AT ZERO POWER 87/01/22.

PAGE 99

: ... 6 E00 •--.' -2 .000000E+00

GENERAL

TABLE IS REACTIVITY VERSUS .TIME, TIME

.- TIME. - . REACTIVITY

(AS INPUT) (AS INPUT)

6.-' 70350E402 2.5000OOEt01

5.850500E402 5.750000E+01

GENERAL

.TABLE IS REACTIVITY VERSUS TIME. TIME

I

TIME REACTIVITY

::'-.;:A(AS INPUT) (AS INPUT)

-1.ooooOOEo05 1. ooOOOE0oo e-.::. 1.- O•OOOO +05 ... O00000E+00

GENERAL

,TAOLE.IS REACTIVITY VERSUS TIME, TIll

"""T 1REACTIVITY

(AS INPUT) (AS INPUT)

i.: .00000(E+00" 8.925700Et04

3.OOOOOOE+01 8.925700E,04

S..,400000E+1 1.850000E405

1.600000E#02 1.850000E*05

GENERAL

TABLE IS REACTIVITY VERSUS TIlME, TIME

* TIMEREACTIVIT!

'(AS I.NPUT) . (AS INPUT) .OOOOOOE +00 . OOOOOOE +00

C)O oooo O 1 OOOOOOE 400

4.O'oooooE-toi 1.000000E+00

I -.30000MO j 02 1 .OOOOOOE +00

• .1QQ.55ooE~to2 L3000OE02 .. . .o0oooo+Wo 00000EtO0

*ii;ii;::i':i :'.:•:-..::...i.T.+:.;: !~i :.:: ." .:. GENERAL

ABLE ':IS•;REACTIVITY VERSUS TIME- TIME

.T.. E .REACTIVITY.

I(AS NPUT) (AS iNPUt)

OO0OO0E +00 * OOOOOOE +00

.'OOOOOOE+O1 .0000..iOO • 4... 3. OOo... tOI. ".000000.00 - 1.30000O.42~~0 1.0000"' E400 .. 550000E+02 ...... . .00000 E+OO 0 

1.600000E+02 .000000E400

5.000000E401 -2.0000OE400

TABLE NO. 411

FACTOR IS 1.000000E400, REACTIVITY FACTOR IS 1.0000OE*O0.

TIME REACTIVITY

(SEC) (DOLLARS)

5.7O3500E402 2.600000E+01

5.850500E402 5.750000E÷01

TABLE NO. 417

E FACTOR IS 1.000000E+00, REACTIVITY FACTOR IS 1.000000E400.

TIME REACTIVITY

(SEC) . (DOLLARS)

-1.000000E405 1.O00(OOOE400

1.000000E+05 .OOOOOOE+00

TABLE NO. 418

E FACTOR IS- 1.000000E+00, REACTIVITY FACTOR IS 1.000000E+00.

TIME. REACTIVITY

(SEC) (DOLLARS)

.0000o0E+00 8.925700E+04

3.000000E+01 8.925700E404

3.4(")0OOE401 1.650000E+05

1.600000E402 1.850000E405

TABLE NO. 435

- FACTOR IS 1.000000E400. REACTIVITY FACTOR IS 1.00000OE400.

TIME REACTIVITY

(SEC) . (DOLLARS)

.ooooOOE00 .OOOOOOE+ 00 3.000000E!+01 ;m + • • : ..... 4.000000E401 .00000OE400

1.300000E+02 1;OOOOO0E+O . *. ..

1.550000E+02 .O OE +00

1.600000E+02 .OOOOOOE+00

TABLE NO. 445

E

FACTOR IS '1.000000E+00 REACTIVITY FACTOR IS .1..(0000OE+00.

TIME, . REACTIVITY,. ..

(SEC) (DOLLARS)

.0.0000OE+00 .OOOOOMOE 00

3.ooobooe4ol bbob000t4dd

4.OOOOOOE+.. 1.O.:OOOE+.0 . I 400000E+4 02 1.000000E4,00

1,55000OE+02 l OOOOOOE+00II:-I.

i.600000402 .000000Ei00
REI.AP5/2/36.04 REACTOR LOSS OF COOLANT AIIALYSIS PROGRAM PAGE 10(0

t)OEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

GENERAL TABLE NO. 600

TABLE IS TEMPERATURE VS. TIME

TIME FACTOR IS 1.O00000E+O0. TEMPERATURE FACTORS ARE 1.O00000E400. .OOOOOOEIOO.

TIME TEMPERATURE TIME TEMPERATURE

(AS INPUT) (AS INPUT) (SEC) (K)

* OOOOOOE+O0 5. 703500E 402 . O000C)C)E 400 5. 703500E +02

1.000000E+03 5.703500E402 1. O00000E 403 5.703500E+02

GENERAL TABLE NO. 940

TAOLE IS HEAT TRANSFER COEFFICIENT VS. TIME, TIME FACTOR IS 1.000000E+00, HEAT TRANSFER COEFFICIENT FACTOR IS 1.0000004OO0.

-TINE HEAT TRANF.COEF. TIME HEAT IRANF.COEF.

(AS INPUT) (AS INPUT) (SEC) (WAITS/M2-K)

.OOCýM c0E-O 2.510000E 400 .O00000E400 2.5 10000E400

9.999900E#04 2.510000EiO0 9.999900E104 2.510000E400
RELAPS/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4'- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 101

87/01/22.

CONTROL COMPONENT -1 P/RHO1B0

: .w 1.0000 /(Ri4OF

INITIALIZATION FLAG IS ON , INPUT INITIAL

CbNTROL COMPONENT 2 ENTHA18O

Y = 1.0000 *( 0. -. 1 1.0000 + 1.0000

INITIALIZATION FLAG IS ON-, INPUT INITIAL

CONTROL COMPONENT 3 CVENERGY

.. Y 1.0000 *(MFLOWJ

*(CNTRLVAR

INITIALIZATION FLAG IS ON , INPUT INITIAL

CONTROL"COMPONENT 4 P/RH0231

Y ' 1.0000 /(RHOF INITIALIZATION FLAG IS ON , INPUT INITIAL

CONTROL COMPONENT 5 ENTHA231

Y= 1.0000 *[ 0.

- . . 1.0000 + 1.0000 INITIALIZATION.FLAG IS ON * INPUT INITIAL

CONTROL .COMPONENT.... 6 LETDENER

Y - 1.0000 ! (IWLOWJ * (CNTRLVAR

INITIALIZATION FLAG IS ON i INPUT INITIAL

CONTROL.: COMPONENT. - 7 PRZRHEAT

Y- 1.0000 *j 0. + 1.0000 + 1.0000

- 1.0000

+ 1.0000 + 1.0000

f 1.0000 + 1.0000

+ 110000 :::'::; .:: .. •:.. •i~?.(•;.!.. :: . .".. :.:..+ 1.0000

i.0000

ImITIAL-tiZION" FLAG IS ON: ,iNPUr INITIAL

CONTROL' COMPONENT' '8 PRZVA4PH

- Y 1.000":0.

1.O000

)IT OF CONTROL

TYPE - DIV

1800100OO*(P

VALUE IS 0.

TYPE = SUM

*(UF

f(CNTRLVAR

VALUE IS 0.

TYPE = MULT

8io1000000)

2)

VALUE IS 0.

TYPE - DIV

2310olooo)v(p

VALUE IS 0.

TYPE = SUM

*(UF

t(CNTRLVAR

VALUE IS 0.

TYPE - MULT

283000000)

5)

VALUE IS 0.

TYPE - SUM

*(0

'(o

* (0

'(0

*(Q

'(0

'(0.. , .

VALUE IS 0.

TYPE - SUM

COMPONENT INPUT DATA

180010000)

180010000)1)]

231010000)

231010000¶]

41OO2OOOO)

410020000)

4ioo30000)

410040000)

410050000)

410060000).

410070000)

.410080000)

410090000)

420010000)1

'(OW. 4 100T10000)
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM • . DOEL4 ,-SPRAY CAPACITY TEST AT ZERO POWER

+ 1.0000 (QWG 4 I 

0

1 1.0000 #(OWO 410( f 1.0000 o(OWO 410( 4 1.0000 '(OWG 410(

t- 1.0000 $(QWG 410( + 1.0000 $(QWG 410(

+ I .0000 #(QWO 410c + 1.0000 *(QWG 410(

+ 1.0000 '(OWO 420(

INITIALIZATION FLAG IS ON INPUT INITIAL VALUE IS 0.

CONTROL COMPONENT 9 BALANCE TYPE 

- SUM

PAGE 102

87101/22.

)20000) 30000

Y - 1.0000 *[ 1.33BO0EO7

+ 1.0000 *(CNTRLVAR

4 -1.0000 *(CNTRLVAR

+ -1.0000 *(CNTALVAR 611

4 -1.0006 *(CNTRLVAR 71( + -1.0000 S(CNTRLVAR 81(

+ 1.0000 $(CNTRLVAR 92(

.+ 1.0000 *(CNTRLVAII

INI TIAL IZATION FLAG IS ON , INPUT INITIAL VALUE IS 0.

CONTROL COMPONENT 10 CALC-P TYPE = MULT

Y , 1.0000 o (P 42001000x) INITtALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 1.650000E+07

CONTROL: COMPONENT- 11 MEAS-P TYPE 

- FUNCTION

So !. 1.0000 *FUNCTION (TIME 0) FUNCTION IS DEFINED BY GENERAL TABLE 11

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 1.5510004E07

CONTROL:COMPONENT 12 MEAS-L TYPE 

- FUNCTION

Y.. - 1,0000 *FUNCTION (TIME 0)

FUNCTION IS DEFINED BY GENERAL TABLE 12

-INITIALIZATION FLAG IS ON'; INPUT INITIAL VALUE is 26.3000

CONTROL COMPONENT,..- 13 TEMPF420 TYPE 

- MULT

-- 1,0000 " (TIrMPF 420010000) INITIALIZATIONq FLAO IS ON , INPUT INITIAL VALUE IS 570.000

Co~kLCwb~~ 14" tEMPG42o TYPE -6 MULT

I 1.00100 #(T~m-oG 420010000)

INITIALIZATION FLAG-IS ON., INPUT INITIAL VALUE IS 570.000

CONTROL: COMPONENT:::'..:.-.: 15 -:SAT420 

. TYPE * MULT

NI..L:.TIO,-1. ISON l~AO ,(SATTEMP.:. 420010000)

"I•T•IAkLIZ'kTT FLAG"IS'• d INPUT INITIAL VALUE IS 617.000)

CONT0CCO ONET 16 SPRYTE M TYPE n MULT

3)

6)

3)o)

3)

3)
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

1- DMOEL4 7- SPRAY CAPACITY TEST AT ZERO POWER

PAGE

87/01122.

103

IY 1.0000

INITIALIZATION FLAG IS

CONTROL COMPONENT 20

Y - 1.0000

IN4tiAiL••ZATION FLAG iS

CONTROL., COMPONENT '21

Y 1;0000

INITIALIZATION FLAG IS

CONTROL COMPONENT 22

Y = 1.0600

INITIALIZATION FLAG IS

CONTROL COMPONENT 23

Y = 1.0000

INITIALIZATION FLAG IS

CONTROL COMPONENT -24

. Y. - 1.0000

*(TEMPF 450010000)

ON . INPUT INITIAL VALUE IS 51

P/RH0450 TYPE - DIV

/(RlOF 450010000)*(P

ON ,INPUT INITIAL VALUE iS 0.

ENTHA450 TYPE - SUM

'1 0. + 1.0000 *(UF

i 1.0000 *(CNTRLVAR

ON , INPUT INITIAL VALUE IS 0.

SPRENER TYPE MULT

*(MFLOWJ 450010000)

S(CNTRLVAR 21)

ON . ItIPUT INITIAL VALUE IS 0.

P/RH0400 TYPE - DIV

/(RIHOF 400010000)*(P

ON , INPUT INITIAL VALUE IS . 0.

ENTHA410 TYPE m SUM

* 0. + 1.0000 *(UF

70.000

45oo01oo0)

INITIALIZATION FLAG IS ON , INPUT INITIAL

CONTROL COMPOtNENT 25 SURGENER

Y = -1.0000 *(MFLOWJ

*(CNTRLVAR

IkIti'LAZATiON FLAG IS ON , INPUT INITIAL

N fi OL ...COMPONENTI 26 SPRBALAN

Y 1.0000 Sf 0.

*1.0000

4 1.0000

t -1.0000

IN TIALIZAtION FL-AG IS ON ,INPUT INITIAL

f ftki% C OMPONE NT 2? I-EATERW

Y- 1.0000 *1 . * . . + 1.750

+ 3.5800 IflITIALIZATION FLAýG-IS ON INPUT INITIAL

CO.NTR.OL.... COMPON..T.. 28....

:i•:;~•:: i;::i ., ""- .:1•0000 :. 1~ [ . .. 0 . : "

VALUE IS 0.

TYPE = MULT

400010000)

24)'

VALUE I1 0.

TYPE SUM

:(CNTRLVAR (CNTRLVAR

*(CNTRLVAR

VALUE IS 0.

TYPE = SUM

(HTRNR

VALUE IS 0.

- TYPE SUM

450010000)

20))

40004oo6o)

400010000)

23)]

71

22

25)].

.411300101)

411300201)1
REL.AP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

,.." 0OEL4 -. SPRAY CAPACITY TEST AT ZERO POWER

PAGE 104

87/01/22.

+ .60184

f 1.2038 + 2.4745 + 5.1752

4 10.605

4 10.605

+ 10.605 + 2.4745

+ .81050 + .56870

INITIALIZATION FLAG IS INPUT INITIAL

CONTROL COMPONENT 31

y I. .•000

INITIALIZATION FLAG IS

CONTROL COMPONENT 32

Y - 1.000

INTTTALIZATION FLAG IS

CONTROL COMPONENT 100

Y- .50000

INITIALIZATION FLAG IS

CONTROL COMPONENT 101

ON .

POW

'[ 0. + 1.0000

*+ -1.0000

ON , INPUI INITIAL

TURBPOW

'[ 0.

+- 1."00

0- -1.0000

ON , INPUT INITIAL

TAVa(R)

*[ 0. + 1.0000

ON , INPUI INITIAL

LAG1

$(VAPGEN

*(VAPGEN

t(VAPGEN

f(VAPGEN

*(VAPGEN

*(VAPGEN

t(VAPGEN

O(VAPGEN

f(VAPGEN

*(VAPGEN

VALUE IS 0.

TYPE SUM

#(TIME

*(TIME

VALUE IS 0.

TYPE - SlIM

*(TIME

*(TIME

VALUE IS 0.

TYPE - SUM

f(1EMPF

S f TEMPF

VALUE IS 5S

TYPE - LAG

2.0000

VALUE IS 51

TYPE - SUM

410020000)

410040000)

410050000)

410060000)

410070000)

41O080000) 41009g000)

420010000)1

0)

0)l

151010000)

111010000))

85. 150

$S) jv(CNTRLVAR

85. 150

:""' .. " VtS)= 1.0000 *|I.0/(I.O

INITIALIZATION:FLAG IS ON , INPUT INITIAL

CONTROL COMPONENT !102 S1

... ::.. -Y "1.0000 *5 -585.15

+ 1.0000

INITIALIZATION FLAG IS ON , INPUT INITIAL

.CONTROL-COMPONENT 103 LLI

100),

*(CNTRLVAR

VALUE IS 0.

TYPE - LEAD-LAG

100)1

Y(S)}: :3.974OOE-O2*[ ( 1.0 + 27.000

TNTT.ALiZATION FLAG iS ON . INPUT INITIAL VALUE IS

CONTROL COMPONENT 104 S2 TYPE ,

Y = 1.25400E-624[ -I.55100E407

+ 1.0000 '(P

INITIALIZATION FLAG tI ON, INPUT INITIAL VALUE IS

N,,TRO' ... , ,0NNT i05 ?? Type -

*5)/(1.0 +

0.

SUM

4200

0.

SUM

10.000 '5) ]*(CNTRLVAR

10000))

102)
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 105

DOEL4 :- SPRAY CAPACITY TEST AT ZERO POWER . 87/01/22.

:.Y " 36.700 [ 1.0910 + 1.0000 *(CNTRLVAR 104)

+ -1.0000, *(CNTRLVAR 103 )

INITIALIZATION FLAG IS ON . INPUT INITIAL VALUE IS 0.

CONTROL COMPONENT 106 DELTA-T TYPE = SUM

Y - 1.0000 *[ 0. + -1.0000 !(TEMPF 151010000)

+ 1.0000 *(TEMPF 111010000)]

INITIALIZATION FLAO IS ON , INPUT INITIAL VALUE IS 36.7000

(CONTROL.COMPONENT 107 LAG2. TYPE - LAG

Y(S) A .1.0000 *[1.0/(i.o + 2.0000 *S)]*(CNTRLVAR 106),

INITIALIZATION FLAG IS ON ° INPUT INITIAL VALUE IS 36.7500

CONTROL COMPONENT 108 LL2 TYPE - LEAD-LAG

" " Y(S)= 1.0000 *(1.bJ + 43.000 *S)/(1.o 4 10.000 $S) j*(CNTRLVAR 107)

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 36.7000

CONTROL COMPONENT 109 LL3 TYPE - LEAD-LAG

IN "Y(S)-. 1.0000 q1(1.0 + 1.0000 *S)/(1.O + 10.000 *S) ]*(CNTRLVAR 101)

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 585.150

CONTROL COMPONENT 110 LAG3 TYPE - LAG

Y(s) ' i.00 *si1.0/(I.0 + 10.060 *S))*(CNTRLVAR 101).

INI.TIALIZATION FLAG IS ON 0 INPUT INITIAL VALUE IS 505.150

CONTROL COMPONENT 111 54 TYPE - SUM

-Y 0... ,36000 • 0.

+ 1.0000 *(CNITRLVAR 109) S.. ... ... -1.0000 *(CNTRLVAR 110)1

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 0. U.PPER I!MIT 15 0..... O.. -T. .. .. .. .. ..... -......

CON'TROL :.COMPONENT .112 5 . .S.. TYPE " SUM

. '. :y 24,26800E-03s( -585.15

+ 1.0000 *(CNTRLVAR 101)]

INITIALIZATION FLAG IS ON-,. INPUT INITIAL VALUE IS 0.

UPPER LIMIT IS . 0.

: :, :;.:.....; .. 'NTOL :.- CNMPONENT: 

.... 

... ., 

.. : • . . . :'1. . "13...: .. , . 'S . . .... ... TYPE. SUM . .. . ..... .:; : .

.*.*~.*..:.. .36.700 i" 1.0890

."; .. +- -10000 ý' *.CNTRLVAR ' 111):: + -1.OOO i (CNRLVAR 112)1

INIT.IALIZATION FLAG IS ON.- -. 4INPUT INITIAL VALUE IS 36,7000

CONTRO1.L. COMPONENT .:...134 L.EVREG, TYPE- PROP-INT:.:.". .

V, .2,..,. ,2 .7"270EO". •INT(CNTRLVAR.. 1 C • .. ,NTR * :12 
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PI10GRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

INITIALIZATION FLAG IS OFF. INPUT INITIAL VALUE IS 11.6670

CONTROL COMPONENT 135 LIMIT TYPE - MULT

Y 1.0000 *(CNTRLVAR 134)

INITIALIZATION FLAG IS OFF, INPUT INITIAL VALUE IS 11.6670

LOWER LIMIT IS . 9.50000

UPPER LIMIT IS 31.7000

CONTROL COMPONENT i36 DELTAF TYPE - SUM

Y 1.0000 * 0 0. + -1.0000 l(CNTRLVAR 131

+ .83333 *(CNIRLVAR 18

INITIALIZATION FLAG IS OFF, INPUT INITIAL VALUE IS 0.

CONTROL COMPONENT 137 O(AREA) TYPE a PROP-INT

.:Y ,a 7,00OOOE-03*| 1.0000 *(CNTRLVAR I:

INITIALIZATION FLAG IS OFF. INPUT INITIAL VAI.UE IS 0.

CONTROL COMPONENT .139 VALVAREA TYPE SUM

Y 1.0000 *[ 0.

+ -1.000OE-026(CNTRLVAR 13

1 1.0000 *(CNTRLVAR 13'

INIIIALIZATION FLAG IS OFF, INPUT INITIAL VALUE IS .109W0

LOWER LIMIT IS 1.0000OOE-50

UPPER LIMIT IS "' 1.00000

CONTROL COMPONENT. 140 AREA**2 TYPE - MULT

Y 1.0000 *(CNTRI VAR 139)

*(CN1RLVAR 139)

INITIALIZATION FLAG IS OFF, INPUT INITIAL VALUE IS 1.188000E-02

LOWER LIMIT IS 1.OOOOOOE-70

UPPER-LIMIT IS.. 1.00000

CONTROL'COMPONENT 141' K(VALV). TYPE - DIV

:'? . ' . YV- - 242.20 /(CNTRLVAR 140)

INITIA*Lti2ATION FLAG IS OFF. INPUT INITIAL VALUE IS 20387.0

CONTROL COMPONENT 142 K(TrDT) TYPE = SUM

Y - 1.0000 '1 408.64

+ 1.0000 *(CNTRLVAR 14

INI'T'IALiZATION FLAG IS OFF, INPUT INITIAL VALUE IS 20796.0

CONTROL'COMPONT 143 DELTA-K tYPE , SUM

Y 1.0000 *[ 0. ........... '' . . • . • . 1.0000 . CNTRLVAR • .14'

+" -i.O000 i(CNTRLVAR 14.

.N.ITIALIZAT.ION:FLAGI..S. OFF, INPUT-INITIAL VALUE IS " 0.

CONTRO..,M,',-, ,:44 •K(T .TYE . MUL.T

PAGE 106

87/01/22.

6)

01)

36) + .27027 $1INT(CNTRL.VAR 136) 1

9fl,

2)

4)1
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 107

87/01/22.

" " V -" 1.0000 . (CNTRLVAR

INITIALIZATION FLAG IS OFF, INPUT INITIAL

CONTROL COMPONENT 145 DELTA-P

Y - 1.0000 '1 0.

" .:.i *+ 1.0000 + -1.0000

!NrTIALIZATION FLAG IS OFF, INPUT INITIAL

CONTROL:COMPONENT 146 P(T)•

Yu 1.00w00 .(P 

I

INITIALIZATION FLAG IS OFF, INPUT INITIAL

CONTROL COMPONENT 153 KO0002

Y 

- ":i178OOE+O5'(CNTRLVAR

rTNITrALIZATION FLAG IS OFF, INPUT INITIAL

CONTROL COMPONENT 154 DUM

Y m"1.0000 *1. 0.

+ 1.0000

142)

VALUE IS 20796.0

TYPE 

- SUM

#(p 15201000( *(CNTRLVAR 141

VALUE IS 0.

TYPE - MULT

152010000)

VALUE IS 1.591O00E407

TYPE 

- MULT

183)

VALUE IS 981423.

TYPE - SUM

o) 6]

*(CNTRLVAR i53)

l':•%'''•i.(::i#:t m00• ':"mm -I .00 O' *(CNTRLVAR 186) ]

INITIALIZATION FLAG IS OFF. INPUT INITIAL VALUE IS 1.050000E+06

CONTROL COMPONENT 155 A(T) TYPE 

- DIV

Y , 100006 /(CNTRLVAR 154)

.NUTIALIZATION FLAG IS OFF. INPUT INITIAL VALUE IS 9.530000E-07

CONTROL.COMPONENT 156 DUM- TYPE 

- MULT

Y " 58400.'. 

- -.#(CNTRLVAR 155)

*(CNTRLVAR 155)

"(CNTRLVAR 186)

*(CNTRLVAR 186)

1N"TMALIZATION FLAG IS OFF. INPUT INITIAL VALUE IS .242;117

.COINTROL.'COMPONENT ... 157 GUM TYPE 

- MULT

.Y .. "O000 •(CNTRLVAR 153) *(CNTRLVAR 155)

." (CNTRLVAR 186) 

.

.

:INTIALIZATtIN FLAG IS OFF. INPUT INITIAL VALUE IS -63192.0'

C64RLCOM!AP6iIENt-4T- 158. A TYPE -SUM . 1.000000 142J

.. .. 

... .. ' I .O000 .. (CNTRLVAR 142)

-1.0000 " (CNTALVAk 186)"

IN.TIALZ.ATIONFLAG. IS OFF, INPUT INITIAL VALUE 

-IS 20570.4...-.....

CONTROL. COMPONENT 159 DUM .. 

.. TYPE. w.MULT

•(l:Y). 1,0000 (PCNTRLVAR .... a .iNA 1 

"
RELAP5/2/36.04 REACTOR LOSS OF COOL.ANT ANALYSIS PROGRAM

DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER

*(CNTRLVAR 142)

INITIALIZATION FLAG IS OFF, INPUT INITIAL VALUE IS 290474

CONTROL COMPONENT 160 DUM TYPE a MULT

Y - 1.178O0E4O5*(CNTRLVAR 1551

.(CNTRLVAR 155

*(CNTRLVAR 145)

"(CNTRLVAR 186)

INITIALIZATION FLAG IS OFF. INPUT INITIAL VALUE IS 0.

CONTROL COMPONENT 170 B TYPE = SUM

PAGE 108

87/01/22.

.Y 1.0000 *[ 0.

"!" 1. O(O

1 1.0000

". •.t .

- I, L•. 0 

J

INITIALIZATION FLAG IS OFF, INPUT INITIAL

CONTROL COMPONENT 171 DUM

Y = 58400. *(CN7RI.VAR

:(CNTR(.VAR

*(CNTRLVAR

.(CNTRLVAR

INITIALIZATION FLAG IS OFF, INPUT INITIAL

CONTROL COMPONENT 172 DUM

Y - 1.17800E405*(CNTRt.VAR ..... .•;" . *(CNTRLVAR

t(CNTRLVAR

INITIALIZATION FLAG IS OFF. INPUT INITIAL

CONTROL COMPONENT .173 DUM

Y.- 1.0000 *(CNTRLVAR

*(CNTRLVAR

*(CNTRLVAR

INITIALIZATION FLAG IS OFF. INPUT INITIAL

CObNTR6L' 6AOMPOENT i174 

C

.~***~ 1.0000 *1 0.

. .. ". . , .

+ 1.0000 + 1.0000

+ -1.0000

IN'IA'LZATION' IA'G' IS OFF. INPUT INITIAL

C .O•NTROL.L :.:..PON*ENT ... 175 . *. 2

i .0000 i(CNTRLVAfl

*(CNTRLVAR

INITIALIZATION FLA6 IS OFF, INPUT INITIAL

176 AC4.

*(CNIRLVAR

*(CNTRLVAR

*(CNTRLVAR

VALUE IS 63206.0

TYPE- MULT

155)

155)

145)

145)

VALUE IS 0.

TYPE - MULT

155)

183)

145)

VALUE IS -. 260000

TYPE 

- MULT

143)

181)

181)

VALUE IS 456.100

TYPE - SUM

160)

181)

167)1

*(CNTRLVAR 173)

*(CNTRLVAR 172)

s(CNTRLVAR 171))

VALUE IS 4t55,00 

7

TYPE 

- MULT

170)

170)

VALUE IS 3.995O00E409

TIYPE 

- MULT
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY.TEST AT ZERO POWER

y - 4.o"o0 *(CNTRLVAR 158)

* (CNTRLVAR 174)

INITiALIZATION FLAG IS OFF, INPUT INITIAL VALUE IS 3.75000(

CONTROL COMPONENT 177 B2-4AC TYPE - SUM

Y .1.0000 *1 0.

+ 1.0000 * (CNTRLVAR + -1.0000 *(CNTRLVAR

INITIALIZATION FLAG IS OFF, INPUT INITIAL VALUE IS 3.960004

LOWER LIMIT IS 0;

CONTROL COMPONENT 178 SORT TYPE STOFNCTN

y 0000 - *SQRT ( (CNTRLVAR

INITIALIZATION FLAG IS OFF, INPUT INITIAL VALUE IS 62908.1

CONTROL COMPONENT 171 DUM TYPE - SUM

.~V .**- 000 0. *CTLA

+ 1.0000 *(CNTRLVAR

+ -1.0000 *(CNTRLVAR

:INITIALIZATION FLAG.IS OFF, INPUT INITIAL VALUE IS -148.70

CONTROL COMPONENT..180 DELTA-Q TYPE - DIV

'Y . .10000 . /(CNTRLVAR 158)*(CNTRLVAI INITIALIZATION FLAG IS OFF, INPUT INITIAL VALUE IS 0.

CONTROL COMPONENT 1i81. O(t4DT) TYPE = SUI

Y 1.000 0.

t 1.0000 *(CNTRLVAR

+ 1.0000 *(CNTRLVAR

INITIALIZATION FLAQ IS OFF, INPUT INITIAL VALUE IS 14.000

CONTROL COMPONENT: 182 DUM TYPE - STDFNCTN

PAGE 109

87/01/22.

)E407

~E409

77) ) 6

R

178)

170))

179)

I

* '" ': - 4.13800E-O3*SORT I (CNTRLVAR 142) IftflALIZATION FLAG IS OFF, INPUT INITIAL VALUE IS .5970002

CON• 'OMPONENT 183 QO(TiOT) TYPE- MULT

1 .0000* *(CNTRLVAR 181) *(CNTRLVAR 182)

rN~ttlALXZ ATION'FLAd is OFF, Iýr'UT INITIAL VALUE Is 8.33000

CONOL COMPONENT '184 QOTOT TYPE -SUM

Y 0. . ,.000., 

+. . 1.0000 .C1NTRLVAR 181 4. i.0000 CNtRLvAR i8311

INITIALIZATION.FlAG IS OFF, INPUT INITIAL VALUE IS 22.3300.

CONTRO•' COMPONENr185 P(PUMP)} TYPE -FUNCTION

P-Y.W-.OoOOOE4O5*FUNCTION (CNTRLVAR 184).
NELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

SDOEL4:'- SPRAY CAPACITY TEST AT ZERO POWER

FUNCTION IS DEFINED BY GENERAL TABLE 165

INITIALiZATION FLAG IS OFF. INPUT INITIAL VALUE IS 2.004800E+07

CONTROL COMPONENT 186 DFDO T TYPE w FUNCTION

Y =' .O0000E405'FUNCTION (CNTRLVAR 184)

FUNCTION IS DEFINED BY GENERAL TABLE 116

INITIALIZATION FLAG IS OFF. INPUT INITIAL VALUE IS -67456.0

CoNtROL COMPONENT 200 TAVG(G) TYPE - SUM

Y - .50000o 01 . V ":."00"0 1+ .1.0000 f(TEMPF 251010004

+ 1.0000 *(TEMPF 211010004

.NITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 685.150

CONTROL COMPONENT: 201 LAGI TYPE LAG

: Y 1.000 I*1.01(I.0 + 2.0000 *S)]*(CNI

INITIALIZATION FLAG IS ON . INPUT INITIAL VALUE IS 585.150

CONTROL COMPONENT 202 51 TYPE -SUM

Y - 1.0000 ,[ -585.15

t 1 .0000 .(CNTRLVAR 20

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 0.

CONTROL COMPONENT 203 LL1 TYPE - LEAD-LAG

Y(S). 3.97400E-0201(1.0 -t 27.000 *S)/(I.O +

INITIALIZATION FLAG IS ON i INPUT INITIAL VALUE IS 0.

CONTROL ..,COMPONENT 204: S2 TYPE - SUM

t'::.. :. :.i:: y '.! 25400E-02* j -'1.55100Eo'07 f 1.0000 .(P 42001000(

:INI.TIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 0.

CONTROL: COMPONENT" 205 .77? TYPE - SUM

. Y .36.700 Of... 1.0910 4 1. 0000 *(CNTRLVAR 10'

t". -1.0000 O(CNTRLVAR 20,

ItrALIZtIO FLAG IS ON *INPUT INITIAL VALUE IS 0.

CONtlOL :COMPONENT 206 DELTA-t TYPE - SUM

i .0000 '1 0

.:-:.0000 *(TEMPF 25101000(

. 1.0000 ' (TEMPF 21ioioo(

Iw.N"TIALIZAT!ON. FLAG:.IS.. ON * INPUT INITIAL VALUE IS.. 36.7000..":.-.

.OI\ITRu' COMPONENT "..'207 ..LAG2......... ..... TYPE LAG

..:(S.). 1 10000 +.(.0(. 4.2.0000 'S)J#(CNTI

TITIALIZATION FLAG ISON , INPUT INITIAL VALUE IS 36.70O0

PAGE 110

87/01/22.

81,

RLVAR 200),

0)1

10.000 *S) ]'(CNTRLVAR 202)

o)1

4)

3))

RLVAR ' 206),
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

: DOEL4"*- SPRAY CAPACITY TEST AT ZERO POWER

CONTROL COMPONENT 20B LL2 TYPE LEAD-LAG

Y(s)- " 1.0000 L1(1.0 + 43.000 *S)/(1.0 + 1O.000

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 36.7000

CONTROL COMPONENT 209 LL3 TYPE - LEAD-LAG

Y(S)- 1.0000 *1(1.0 + 1.0000 #S)/(1.0 + 10.000

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 585.150

CONTROL COMPONENT- 210 LAG3 TYPE - LAG

. .... Y(S).' * 10000 *[1.0/(1.0 + 10.000 • !S)]*(CNTRLVAR

INITIALIZATION FLAG IS ON • INPUT INITIAL VALUE IS 585.150

CONTROL COMPONENT 211 S4 TYPE - SUM

Y - .36000 ' 0. .• + 1.0000 .(CNTRLVAR 209) + -1.0000 *(CNIRLVAR 210))

.INITIALIZATION FLAG IS ON . INPUT INITIAL VALUE IS 0.

UPPER LIMIT iS 0.

CbNTROL C•oMPONENT 212 S5 TYPE " SUM

Y " 2.26800E-03'j -585.15 '. 1.0000 *(CNTRLVAR 201))

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 0.

UPPER LIMIT IS .. 0. - "

CONTROL COMPONENT 213 S6 TYPE - SUM

Y - 36.700 t1 1.0890

4 -1.0000 *(CNTRLVAR 211) ..,N ÷. -1.0000 *(CNTRLVAR 212)] XIýITiALZATiON FLAG IS ON . INPUT INITIAL VALUE IS 36.7000

CONTROL COMPONENT . 281 .SUM LETi TYPE 

y '2.0ooo0 o.

.. ".. 1.0000 '( 231010000J ÷ -1.0000 *(P 282010000

.:IN.ITIALIZATION.FLAG. IS ON i INPUT INITIAL VALUE IS 0.

CONTROL. COMPONENT i!282 "..LET2 .' TYPE ., MULT

. ....... . ... 1. 00 0 (C NTRLVAR .. 281)

.(AHOF 231010000)

INITIALIZATION.FLAG: IS ON * INPUT INITIAL VALUE IS 0.

CONTROL COMPONENT. 283 LET3 TY'PE - STDFNGTN.

-.. Y 4:.4.75700E05'O*SORT.. ( (CNTRLVAR.. 282)

INITIALIZATION FLAG IS•OFF. IiPUT INITIAL VALUE IS 6.17700

C " T C "O" 2 LE L T OW 0 . " ." ' " " E ' M ULT" "": 

PAGE 111

87/01/22.

*S) ]J(CNTRLVAR

$S) ]*(CNTRLVAR

201).

207)

201)
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

Y - 3.6217 t(CNTRLVAR 283)

INITIALIZATION FLAG IS OFF, INPUT INITIAL VALUE IS 22.3700)

CONTROL COMPOIIENI 300 TAVG(B) TYPE - SUM

Y .50000 *j 0.

+ 1.0000 *(TEMPF 351010000) + 1.0000 '(TEMPF 311010000))

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 585.150

CONTROL COMPONENT 301 LAGI TYPE a LAO

Y(S) =. 1.0000. #[I.O/(I.O + 2.0000 OS)J'(CNTRLVAR

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 585.150

CONTROL COMPONENT 302 51 TYPE'= SUM

Y ,, 1.0000 '1 -585.15

" 1.0000 *(CNTRLVAR 301)]

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 0.

CONTROL COMPONENT 303 LL.1 TYPE - LEAD-LAG

Y(S)= 3.97400E-02'[(1.0 + 27.00() *S)/(I.O + 10.000

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 0.

CONTROL COMPONENT 304 S2 TYPE a SUM

Y - 1;25400E-02'( -1.55100E+07

+ I *.0000 *(P 42001(X00)

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 0.

CONTROL'COMPONENT 305 7??7 TYPE - SUM

Y 36.700. of 1.0910 + 1.0000 *(CNTRLVAR 104)

. -1.0000 *(CNTRLVAR 303))

INITfIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 0.

CONTROL COMPONENT 306 DELTA-T TYPE - SUM

V = 1.0000 *1 0. .. . . -1.0 0 00.. *(TEMPF 351010000)

÷ 1.0000 *(TEMPF 311010000)]

INITIALIZATION FLAG IS ON INPUT INITIAL VALUE IS 36.7000

CON.TR.O .COMPONENT.. 307 .LAG2 TYPE - LAG

.:.."-.() . •1OOOo " .o,[1.O + . 2.0000 5)1](CNTRLVAR

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 36.7500

CONTROL COMO6N'E:N*T 308 LL2 TYPE LEAD-LAG

Y(S)= 1.0000 " ' (1.0 + 43.000 *S)/(.O i. 1O.OOO

INITI.ALIZATION FLAG. IS ON , INPUT INITIAL VALUE IS 36.7000

CONTROL:. C-.POKNT -.,309:::' L13 . TYPE - LEAD-LAG.

PAGE 112

87/01/22.

300),

'S) J'(CNTRLVAR

306),

is) J#(CNTRLVAR

,• • .• . . , . : : .

302)

307)
RELAP5/2/36.04 REACTOR LOSS OF COOLANT AtNALYSIS PROGRAM

::.::DOEL4- SPRAY CAPACITY TEST AT ZERO POWER

Y(S) . 1.0000 #1(1.0 ÷ 1.0000 *S)/(1,0 +

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 585.150

CONTROL COMPONENT 310. LAG3 TYPE - LAG

Y(S) 1.000 . 0.0/(1.0 + 10.000 *s)i't

FLAG IS ON INPUT INITIAL VALUE IS 65.150

CONTROL.CCOMPONENT..311 S4 TYPE 4 SUM

Y .363000 Vi 0. + 1.0000 #(CNTRLVAR t' -1.0000 *(CNTRLVAR

INiTIALIZATION FLAG IS ON . INPUT INITIAL VALUE IS 0.

UPPER:LIMIT IS :: 0 .

CONTROL• COMPONENT. 312' $6 TYPE m SUM

' Y . 2268OOE-.03#1 + -585.15 1.0000 #(CNTRLVAR

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 0.

UPPER LIMIT IS 0.

CONTROL COMPONENT 313 S6 TYPE,. SUM

Y - 36.700 * 1 1.0890 '+ -1.0000 !(CNTRLVAR

+ -1.0000 *(CNTRLVAR

INITTIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 36.7000

CONTROL- COMPONENT 400 COLLEVEL TYPE - SUM

... Y " 8;9574 . [ -7.2645

+ 1.5170 #(VOIDF 4000

PAGE 113

. 87/01/22.

10.0o0 SS) )*(CNTRLVAR 301)

(CNTRLVAR 3Ol).

309)

310))

301)1

1oo00)

"t 1.5170

+ 1.5170

t * 1.5170 + .28217

4 .56434

•.4 .70000 : , 1.4640 + 3.0000

+ 3.0000

4 3.0000

.+ 70000 + .38000

* 4 .26650

INITALIZATION; FLAcd fýISON * "IPUt INITIAL

Y i.848ooE-03*(i -11i270. : ..3.4335 .

+ 14.362

.+ 29.430 + 29.430

•' . 29.430

v(VOjPe 4 i (Vii (VOlIOF I DFi

S(VOIPF

#(VOIDF

*(VOIPF

*(VOIDF

*(VOIDF

*(VOIDF

* (VOIOF

* (VOIDF *(VO!DF

i (VO JOF #(VOIDF * (vaoioF

VALUE IS

TYPE m

400020000)

400040000)

410020000)

410030000)

410040000)

4 1o66oooo1

410060000) 410090000)

420010000)]

SUM

1! 1 R.0410030000) RHO 410040000)

I RiI" 4100600001

7(RIK) ;: 410070000)
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

.DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

. 3.4335 '(RtlO 410(

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 25.000(

LOWER LIMIT I5 0.

UPPER LIMIT IS 100.000

CONTROL COMPONENT 404 PRZMASS TYPE - SUM

Y - 1.0000 *[ 0.

PAGE 114

87/01/22.

o)oo) )80000))I

+ .6 4 1.

+ 2. + 5. + 10

+ 10

+ I0

+ 2.

t .8 +. .5

0184 '(RHO

2038 *(RHO

4745 s(RHO

1752 *(RIIO

1.605 '(RHO

1.605 #(RIIO

1.605 '(RHO 4745 t(R110

11050 s(RtiO

6870 '(RHO

410010000)

410020000)

410030000)

410040000)

410050000)

410060000)

410070000)

410080000)

410090000)

420010000) 1

INITIALIZATION FLAG IS ON . INPUT INITIAL VALUE IS 0.

CONTROL.COMPONENT -410 T-AUCT-H TYPE - STDFNCTN

.. Y ' 1;0000 MAX ( (CNTRI.VAR 100) ,

(CNTRLVAR 200)

(CNTRLVAR 300)

INITIALIZATION FLAG IS OFF. INPUT INITIAL VALUE IS 570.540

CONTROL COMPOIENT 411 L-REF TYPE - FUNCTION

• 1.0000 'FUNCTION (CNTRLVAR 410)

-FUNCTION IS VEFINE0 BY GENERAL TABLE 411

INITIALIZATION FLAG IS OFF. INPUT INITIAL VALUE IS 25.4190

CONTROL COMPONENT 412 DELT-LEV TYPE = SUM

S- 1.000oo *l 0.

..":I .. • -1.0000 *(CNTRLVAR 411)

1 .o0000 '(CNTRLVAR 402)1

-INITIALIZATION FLAG IS OFF, INPUT IIITIAL VALUE IS 0.

CONTROL.COMPONENT ..:413 DELTA-P TYPE - SUM

.... .. - 1.0000. q• -1.55100E+07 + 1.0000 #(P 410080000)]

INITIALIZATION FLAG. IS ON i INPUT INITIAL VALUE IS 0.-

CONTROL;COMPONENT• 414 .OP-CORR . TYPE - PROP-INT

..I 1.00010, f. ..[ 1.0000 :. q(CNTRLVAR 413) +

INITIALIZATION FLAG IS ON. iNPUT INITIAL VALUE IS 0.

CONTROL COMPONENT 415 POW-HEll TYPE a TRIPUNIT

3.O808OE+0O5*UNITTRIP( 599)

INITIALIZATION..FLAG.IS ON., INPUT INITIAL VALUE IS ..O.

CONTROL-COMPONNT .-:;416. POW-DKR TYPE .- TRIPUNIT.

5.OOOOOE-03INT(CNTRLVAR 413) 1
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

Y i" 9.86000E405*UNITTRIP( 699)

INITIALIZATION FLAG IS ON . INPUT INITIAL VALUE IS 0.

CONTROL COMPONENT 417 POWVAR TYPE - FUNCTION

Y 3.08000EO5'FUNCTION (CNTRLVAR 414)

FUNCTION IS DEFINED BY GENERAL TABLE 417

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 150000.

CONTROL COMPONENT 418 TOTPOW TYPE = FUNCTION

Y = 1.0000 *FUNCTION (TIME 0)

.. FUNCTION IS DEFINED BY GENERAL TABLE 418

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 89257.0

CONTROL COMPONENT 435 SPRAYVAL TYPE - FUNCTION

Y , 1.0000 *FUNCTION (TIME 0)

FUNCTION IS DEFINED BY GENERAL 'TABLE 435

INITIALIZATION FLAG IS OFF. INPUT INITIAL VALUE IS 0.

LOWER LIMIT IS 0.

UPPER LIMIT IS 1.00000

CONTROL COMPONENT 445 SPRAYVAL TYPE - FUNCTION

Y - 1.0000 *FUNCTION (TIME 0)

FUNCTION IS- DEFINED BY GENERAL TABLE 445

INITIALIZATION FLAG IS OFF. INPUT INITIAL VALUE IS 0.

LOWER. LIMIT IS 0.

UPPER LIMIT IS 1.00000

CONTROL COMPONENT 606 POWCOLDL TYPE = SUM

Y = -1.0000 '1 0.

t 1.0000 *(Q 12405C 'iNI:TIALIZATION FLAG` IS ON . INPUT INITIAL VALUE I 20.0000

CONTROL COMPONENT 607 POWPREII TYPE = SUM

Y = -1.0000 1 0.

+. 1.0000 . 1( 12406C 1 1.0000 4(0 12407C

...NITIALZATION FqAG-IS ON .- INPUT INITIAL VALUE IS 135.000

CONTROL COMPONENT :.608" POW.OTLG TYPE - SUM

.Y=- 1.,I0000 ' 0. ÷ 1.0000 '(0 122O1C

1 1.0000 '(0 12202C + 1.0000 ( 12203C

-. 1 .0000 '(0 12204C

INITIALIZATION FLAd IS ON , INPUT INITIAL VALUE IS 327.000

* .... .. .4, : . oo o . ~ Q .. 12

c••:o;tk dbýPONEN' 66 •0bWUBEN • • TYPE SUM :' ........ .0.... .: • ...• • .1.) 0- :• .• : , ., .t .0 -:::•:::1.0000 : i_,.. 12205-•_• 

PAGE 115

87/01/22.

x)000

KX0O)
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

ODEL4 -'SPRAY CAPACITY TEST AT ZERO POWER

PAGE 116

87/01/22.

INITIALIZATION FLAG IS

CONTROl. COMPONENT 610

Y.. 1.0000

INITIALIZATION FLAG IS

CONTROL COMPONENT 706

Y = -1.0000

INIlTIALIZATION FLAG IS

CONTROL COMPONENT 707

V -1.0000

INITIALIZATION FLAG IS

CONTROL COMPONENT 708

Y -<-1.0000

INITIALIZATION FLAG IS

CONipRL' COMPONENT 709

-.i 60000

- 1.0000

+ 1.0000

+ 1.0000 + 1.0000 - . 0000

f 1.0000

+ 1.0000 + 1.0000 + 1.0000 I . O<:X)O + . 0000

ON , INPUT INITIAL

SOPOWER

'[ 0.

4 1.0000 "÷ 1.,0000

1.0000

4. 1.0000 + -1.0000

+ -1.0000

ON , INPUT INITIAL

POWCOLDL

*[ 0.

+ 1.0000

ON , INPUT INITIAL

POWPREII

*1 0.

t 1.0000

+ 1.0000

ON * INPUT INITIAL

POW! IOTLG

0. + 1.0(m + 1.0000

+ 1.0000

+ 1.0000

ON * INPUT INITIAL

POWUBEND"

1. 1.0000

+ 1.0000

+ 1.0000

1.0000

t. 1. 0o00

+ 1.0000

1; 10000 + 1.0000 1.+ 0000

'(0 122060000)

122070000)

*(0 122080000)

122090000)

'(0 122100000)

'(0 122110000)

'(0 124010000)

'( 124020000)

'(0 124030000)

*(0 124040000))

VALUE IS 618.000

TYPE M SUM

*(CNTRLVAR 606) *(CNTRLVAR 607)

*(CNTRLVAR 608)

*(CNTRLVAR 609)

121010000)

'(0 125010000)1

VALUE IS 10(X0).00

TYPE 

- SUM

'(0 224050000)]

VALUE IS 20.0000

TYPE - SUM

'(0 224060000)

'(0 224070000)1

VALUE IS 135.000

TYPE - SUM

'(0 222010000)

'(0 .222020000)

*(O 222030000)

4(0 . 222040000))

VALUE IS 327.000

TYPE ' SUM

+0

, (Q

* (Q

222050000)

222060000)

2220700)

222080000)

222090000)

222100000)

222110(000)

224010000)

224020000)
RELAP5/2/36,04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

O-O:.DOEL4 - SPRAY CAPACITY.TEST AT ZERO POWER

PAGE 117

87/01/22.

S.. ... '. + 1.0000

+ -1.0000

INITIALIZATION FLAG IS ON , INPUT INITIAL

CONTROL. COMPONENT.: 710. SGPOWER

* (Q

VALUE IS

TYPE -

224030000)

224040000))

51a. 000

SUM

S.:.: ... y 1.0000

INITIALIZATION FLAG IS

CONTROL COMPONENT 806

Y - -1.0000

I ITIALIZATION FLAG IS

CONTROL COMPONENT 807

Y -1.0000

.TNTTTALIZATTON FLAG IS

CONTROL COMPONENT .: 808 . ' Y - -. 0000

iNITA ALIZATIGN FLAG IS

CONTROL COMPONENT 809

Y - -1.0000

+ 1.0000 + 1.0000

+ -1.0000 ..+ -1.0000

ON , INPUT INITIAL

PoWCOLDL

! o0.

+ 1.0000

ON , INPUT ItNITIAL

0OWPREtf

* o0.

t 1.0000

+ ! .OOOO

ON., INPUT INITIAL

' PQWlOTLG

*r 0. + 1.0000

4.t 1.0000 + 1.0000

t 1.0000

ON , INPUT INITIAL

POWUBEND

1 o0.

*(CNTRLVA

*(CNTRLVA

*(CNTRLVA

*(CNTRLVA

'(0

'(0

VALUE IS

TYPE =

*(Q

VALUE IS

TYPE =

,(Q

*(Q

VALUE IS

TYPE -

*(0

*(a

*(Q

*(0

VALUE IS

TYPE -

RRRR

0.

SUM

706)

707) 708)

221010000)

225010000)]

324050000)1

20.0000

SUM

324060000 )

324070000

135.000

SUM

322010000)

322020000)

322030000)

322040000))

327.000

SUM

. .1.0000 . .

1.0000

+ 1.0000

4 1.0000

t 1.0000 + 1.0000

÷ 1.0000

+ 1.0000

1.0000

+ 1.0000

INXIT'ALIZATION FLAG'IS ON * INPUt INITIAL

OWR CPSGPOWER

.V 

- 10000 1 

0

. .,*'* *.:~ 

. + -. 000 :0 .

*(0 '(0

'(0

*(0

'(0

'(0"

'(0

VALUE IS

TYPE - SUM

*(CNTRLVAR.

322050001)

322060000)

32207000Q)

322080000)

322090000)

322100000)

322110000)

324010000)

324020000)

324030000)

.324040000)]

518.000

.. ....: 806)'..
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANAI.YSIS PROGRAM

DOEL4..- SPRAY CAPACITY TEST AT ZERO POWER

f 1.00300 *(CNTRLVAR

+ 1.0000 *(CNTRLVAR

I 1.0000 *(CNTRLVAR 4 -1.0000 '(0 321(

• -1.0000 '(0 3251

PAGE 118

. 87/01/22.

007)

808)

809) 01ooooi

0 1 oooo

INITiALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 1000.00

CONTROL COMPONENT 900 MG1

Y - .60184 '(VOIDG

:(RHOO,

INITIALIZATION FLAG IS ON , INPUT

CONTROL COMPONENT 901 MG2

Y 1.2038 *(VOIUG

.(RHOO

INITIALIZATION FLAG IS ON , INPUT

CONTROL COMPONENT 902 MG3

V - 2.4745 *(VOIDOG

.(RHOG

INIf iALIZArION FLAG IS ON , INPUI

CONTROL COMPONENT 903 MG4

Y = 5.1752 *(VOIDG

.. '{RIIOG

iNITIALIZATION FLAG IS ON , INPUT

CONTROL COMPONlENT 904 MG5

Y = 10.605 '(VOIDG

"(RliOG

INITIALIZATION FLAG IS ON . INPUT

CONTROL COMPONENT 905 M66

Y = 10.605 *(VOIDG

'(RIIOG "]NITIAL12ATION FLAG IS ON , INPUT

Ct6NROL COMPONENr 906 MG7

Y - 10.605 *(VOIDG

S(.. . 1, .(RHOG

INITIALIZATION FLAG IS ON , INPUT

CONTROL COMAPONEýNT 907 MG8'

Y ":".4745 '(vOiDG

•NITIALIZATtON FLAG IS ON , INPUT

CO... L. C.- N..T .. 908 M. G

TYPE - MULT

410010000)

410010000)

INITIAL VALUE IS 0.

TYPE - MULT

410020000)

410020000)

111TIAL VALUE IS 0.

TYPE = MUtLT

410030000)

410030000)

INITIAL VALUE IS 0.

TYPE - MULT

4 10040000)

410040000)

INITIAL VALUE IS 0.

. TYPE - MULT

410050000)

410050000)

INITIAL VALUE IS 0.

TYPE = MULT

410060000)

410060000)

INITIAL VALUE IS 0.

TYPE - MULT

410070000)

410070000)

INITIAL VALUE IS 0.

TYPE = MULT

410080000)

410080000)

INITIAl VALUE IS 0.

TYPE = MULT
RELAPS/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4.-'SPRAY CAPACITY TEST AT ZERO POWER

Y - .81050 '(VOIDG 410090000)

(RI IOG 410090000)

INITIALIZATION FLAG IS ON , INPUT INITIAL VALUE IS 0.

CONTROL COMPONENT 909 MGIO. TYPE - MULT

: Y .66870 - '(VOIDO 420010000)

S(RIIOG 420010000)

INITIALIZATION FLAG IS ON i INPUT INITIAL VALUE IS 0.

CONTROL COMPONENT 911 PRZMASW TYPE.- SUM

PAGE 119

87/01/22.

Y . 1.0000. S[ 0.

+ 1.0000

+ 1.0000 + 1.0000

+ 1.0000

+ 1.0000

+ 1.0000 + 1.0000

+- 1.0000

4" 1.0000

t 1.0000

INITIALIZATION FLAG IS ON , INPUI INITIAL

CONTROL COMPONENT 912 PRZMASL

V 1.0000 *~0. - .ooo-1.0000

. 1.0000

INITIALIZATION FLAG IS ON .INPUT INITIAL

CONTROI...COMPONENT 920 SURGHEAT

V. I jooooo- -f 0.

4 1.0000

4 1.0000 + 1.0000

4. 1.0000

INITIALIZATION FLAG IS ON . INPUT INITIAL

EDIT TRIP DATA

ITRNO6. 9C CODENT PA0RAMEiER REL

97 TIME 0 UT

598 TIME o or T TME, I9 0 GT

TR'IP:; ::NO...Y.LEFT TRIP :.REL. RIGHT TRIP

$$ttt VOLUME, 15110000d, H:AS IlLEGAL- MA

VOLUM 00000, HAS ILLEGAL M

ViTI'tZ VOLMTI , 3 1 020000, IiAS U ILLEGAL Ml

*(CNTRLVAR

'(CNTRLVAR

*(CNTRLVAR

*(CNTALVAR

t(CNrRLVAR

t(CNIRLVAR

*(CNTRLVAR

!*(CNTRLVAR

*(CNTRLVAR

*(CNTRLVAR

VALUE IS 0.

TYPE - SUM

900)

901)

902)

903)

904)

906)

906)

908) 90g)]!

*(CNTRLVAR e * (CNTRLVAR

VALUE IS " 0.

TYPE - SUM

*(Q

*(Q

VALUE IS 0.

RIGHT VAR. COI

NULL

NULL

NULL

LATCH OPTION

NOLATCH

ULTIPLE JUNCTION

LJLTIPLE JUNCT ION

400010000)

4000200001

4ooo03oooo) 400040000) l•

PARAMETER "E , " 0

0

* 0

. TRPTIM.... -1.00000

ON A SIDE OR END.

S. SD",E Eh END.

CONS TANT

.2;OOOOOOE-03

20.0000

9999. 00

LATciI OPTION

NOLATCH

NOLATCii ... NOLATCH

TRP!I .

1.000001
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 120

.. OEL4 ~.SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

$$$$$$$$ VOLUME, 351010000( HAS ILLEGAL MUt.TIPLE JUNCTInN ON A SIDE OR END.

$$*$$$$$ NO JUNCTIONS CONNECTED TO VOLUME 940010000.
RELAP5/2/36.04

:. DOEL4" - 'SPRAY

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

CAPACITY TEST AT ZERO POWER 87/01/22.

REFERENCE VOLUMES AND ELEVA

. VOL, NO, INLET ELEV. OUTLET ELEV.

(M) (M)

REFERENCE VOLUME OF SYSTEM I NAMED

11010000 0. 2.09400 . 15301D000 0. 0.

45010000 2.09400 4.15400

g ogo1oooo -1.62300 -. 670000

31030000 -4.08200 -3.22900

.:,. JUNCTION 39020000 CLOSES AN ELEVATION LOOP

25010000 -6.64100 -5.78800

253030000 0. O.

251010000 0. 0.

:231030000 -2.98900 -2.98900

353020000 0. 0. : ." 361010000 o. o. -420610000 19. 1587 19.4252

1:" 6010000 -1.41400 -3.15633 :... JUNCTION 23020000 CLOSES AN ELEVATION LOOP

.*:. -23010000 -6.64099 -8.09599

111010000 0. 0. -.. 121010000 .897000 2.79700

122030000 4.65690 5.57130 i 1J22060000 7.70500 8.68300

122090000 10.6390 11.6170 . 12401000 0 ,. 13.2647. 12.5950

124040000 8.68300 6.72700 :-1::!::-.24070000 .4.42815. 2.79705

131020000 -1.04595 -2.98895

.. JUNCTION 152010000 CLOSES AN ELEVATION LOOP

140010000 -1.38895 5.OOOOOOE-05 ..... JUNCTON 435000000 CLOSES AN ELEVATION LOOP

211010000 0. 0.

,221010000 .- 897000 2.79700

222030000 4.65690 6.57130

;22200000 7.70500 8.68300

222090000 10.6390 11.6170

:.224010000 • :13.2647 12.5950

224040000 8.68300 6.72700

224070000 4,42815 2.79705

,"JUNCTION 231020000 CLOSES AN ELEVATION LOOP .11.:::-::.: 7231020000 . ý-1.04595 -2.98895

311010000 0. 0. -400020000 .. 1.51704 3.03407

41o00o000 6.06814 6.35031

.' 410040000 : ..,7:61465" 9.07865 ...... 4O7 15.0787 18.0787

"JUNCTION' 420010000 CLOSES AN ELEVATION LOOP

313010o000 0. .897000

" .:. 322020000 ;,-3-74250. 4.65690

322050000 6.72700 7.70500 * . 322080000 9.65100.. * 10.6390- .322110000 12.5950 13.2647 . 324030000 106390: : 8.68300

324060000 5.57130 4.42815

.. :310100 ?897050: .. 7-1.04595

.IONS FOUR EACH LOUO ANt4 SELMIElNI ruu EAC nlTuI¶uuTMst. av u=

VOL. NO. INLET ELEV. OUTLET ELEV. VOL. NO.

(M) (M)

IS 11010000 AND HAS INLET ELEVATION 0. (M) -13010000 0. -1.41400 153020000

152010000 0. 0. 180010000

43010000 0. 2.09400 41010000

31050000 -2.37600 -_1.5.300 31040000

31020000 -4.93500 -4.08200 31010000

BY CONNECTING VOLUMES 35010000 AND 39010000.

35010000 -5.78800 -1.52300

253020000 O 0. 253010000

240010000 -1.38900 0. 232010000

282010000 -2.98900 -2.98900

353010000 0. 0. 352010000

440010000 0. 10.2665 450010000

490010000 19.4252 19.4252

15020000 -3.15633 -4.80866 15030000

BY CONNECTING VOLUMES -23010000 AND 25010000.

111020000 0. 0. 113010000

122010000 2.79700 3.74250 122020000 122040000 5.57130 6.72700 122050000

122070000 8.68300 9.66100 122080000

122100000 11.6170 12.5950 122110000

124020000 12.5950 10.6390 124030000

124050000 6.72700 5.57130 124060000

125010000 2.79705 .897050 131010000 131030000 -2.98895 -2.98895 131040000

BY CONNECTING VOLUMES 151010000 AND 152010000.

151010000 5.OOOOOOE-05 5.O -05 -OOO 430010000

BY CONNECTING VOLUMES 430010000 AND 450010000.

211020000 0. 0. 213010000

222010000 2.79700 3.74250 . 222020000

222040000 5.51130 6.72700 222050000

222070000 8.68300 9.66100 222080000

222100000 11.6170 12.5950 222110000

224020000 12.5950 10.6390 224030000

224050000 6.72700 5.57130 224060000

225010000tX i 2.79705 .897050 231010000

BY CONNECT 0N VOLUMES 231020000 AND 231030000.

311020000 . 0. -4000io0•0

400030000 3.03407 4.55111 :. 400040000

410020000 6.35031 6.91465 410030000

410050000 .9.07865 12.0787 . 410060000 4i0080000 18.0787 18.7787 410090000

BY CONNECTING VOLUMES.410090000 AND 420010000.

321010000 .897000 2.79700 32201OOOO

322030000. 4-65690 5 5.57130 :.'322040000 322060000 7.70500 8.68300 322070000

322090000. -:10.6390"-'.,-. 1146170-322100000

324010000 13.2647 "' 12.5950 324020000

32404000Q 8.68300. 6,72700: . 324050000

324070000 4.42815 2.79705 325010000

•331020000 i104595' -'2.98895 :.:.. 331030000

INLET ELEV.

(M)

-. 670000

-3.22900

-5.78800

-2.98900

0l.

10.2665

-4.89866

0.

3.74250

6.72700

9.66100

12.5950

10.6390

5.57130

.897050

-2.98895

5.OOOO0E-05

0.

3.74250

6.72700

9. 66100

12.5950

10.6390

5.57130

.897050

PAGE 121

OUTLET ELEV.

(M)

0.

0.

0.

-2.37600

-4.93500

-1.38900

0.

19.4262

-6.64099

.897000

4.65690

7. 70500 10. 639Q

.13.2647

8.68300

4.42815

-1;04595

-1.38895

10.2666

.897000

4.65690 I.7o50oo

10.6390

13.2647

8.68300

4.42815

-1.04595

0. 1.51704

4.55111 6.06814

6.91465 7.61465

12.0787 15.0787

18.7787 19.1587

2.79700 3.74250

.5.57130 6.72700 5 

8.68300 9.66100

16,6170 1.. 2.5950

12.5950 10.6390

6.72700 . 5;57130

2.79705 .897050

-2.98895 -2.98895
RELAP5/2/36.04 REACTOR LOSS OF COOLANT AUALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

:;J,;:.UNCTION 340020000 CLOSES AN ELEVATION LOOP BY CONNECTIN(

331040000 -2.98895 -1.38895 340010000 - REFERENCE VOLUME OF SYSTEM 2 NAMED IS 94001000(

MOTOR TORQUE AT. INITIAL CONDITIONS FOR PUMPR PUMP

MOTORTORQUE AT INITIAL CONDITIONS FOR PUMPR PUMP

MOTOR. TORQUE AT INITIAL CONDITIONS FOR PUMPR PUMP

PAGE 122

"87/01/22.

3 VOLUMES 340010000 AND 351010000.

1.38895 5.OOOOOOE-05

3 AND IIAS INLET ELEVATION 0.

140010000 IS 32334.3 (N-M)

240010000 IS 32334.3 (N-M)

340010000 IS 32334.3 (N-M)

(M) .

0

Q
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

EDIT OF HYDRODYNAMIC COMPONENTS AFTER INPUT PROCESSING

NUMBER OF'VOLUMES = 134, NUMBER OF JUNCTIONS - 139.

PAGE 123

::i.::.TOTAL SYSTEM MASS'.- 1.9637OEf05 KG. TOTAL S

.:VOL.NO. pRESSURE VOIDO TEMPF

(PA) (K)

SYSTEM 1 MASS - 1.96370E+05 KG

UPDOWNC: *BRANCH COMPONENT

11-010000 1.59955E+07 0. 570.54

UPDOWNOZZ BRANCH :" COMPONENT

13-010000 1.59860E407 0. 570.60

[)OWNCTS..:.., ANNULUS. COMPONENT

15-010000 1.59898Ef07 0. 570.60

:.:10-020000 1.60016E+07 0. 570.61

15-030000 1.60131E407 0. 570.61

LOWPLEN BRANCH COMPONENT

23-010000 1.60134E407 0. 570.62

COETN. .. BRANCH . COMPONENT

25-010000 1.59500E407 0. 570.59

CORE; PIPE ... COMPONENT

31-010000 1.59160E+07 0. 570.58

-31-020000: 1;8928E+07 0.. 570.57

31-030000 1.58506E407 0. 570.55

1.3r-040000: 1.58073E*07 0. . 570.54

31-050000 1.57829E407 0. 570.53

BYPASS... SNGLVOL . COMPONENT

35-010000 1.58652E407 0. 570.52

COREEX BRANCH COMPONENT

39-010000 1.57627E407 0. 570.52

UPPLENi BRANCH . COMPONENT

41-010000 1.57203E407 O. 570.51

UpPLEN2 ""BRANChi COMPONENT

43-010000 1.67134Et07 0. 570.51

UPHEAD:;..: BRANCH COMPONENT

"45-010000 i.56998E*07 0. 570.46

HTLEGRI . PIPE ;,COMPONENT

111-OiOOO 1.55940E+07 0. 570.47 .111-020000 1%55905E407 0. 570.4?

HTLEGR2 BRANCH COMPONENT

113-010000 %.l55842E+07 Oi. 570.47

IN1OX. BRANCH COMPONENT

.121-010000 1.56327E÷07 0; 570.49

UTUSE" PIPE COMPONENT

122 -0010000ý: 1.156019E+07. 0 .- - 570i46 122-020000 0.60E407 O. 570.45

.122-030000 - 1,55703E+07: 0..... 570.43 122-046000 i.55524Et407 0. 570.42

122-050000.: 1655341E+07 "0. 570.40

122-060000 t.55173E*07 0. 570.39

:122-1070000 .li55004E407 0... 570.38

"122-08600 1.54836E*07 -0. 570.38

:122-090000 .. 1.54667E+07.0,.. 570.38.

122-100000 1.54499E.07 0. 570.37

1!22-I10000 .. 1 4 54337Et07 0... 570.37"

YSTEM VOLUME -. 2.98116E402 M3.

TEMPO

(K)

VOLUME- 29

620.46

620.41

620.43

620.49

620.54

620.55

620.23

620.05

619.93

619.72

619.50

619.37

619.79

619.27

619.05

619.02.

618.95

618.40

618.38

618.35.

618.60

618.36 618.44

618.28

618.19

618.09

618.00

617092

617.83

617.74

617 57

SAT. TEMP.

(K)

NONCOND. BORON DEN

VAPOR QUAL. (KG/M3)

8.12 M3

620.46 0.

620.41 0.

620.43 0.

620.49 0.

620.54 0.

620.55 0.

620.23 0.

620.05 0.

619.93 O0

619.72 0.

.619.50 0.

619.37 0.

619.79 0.

619.27 0.

619.05 0.

619.Q2 0.

618.95 0.

61i8.40 0.

618.38 0.

610.35 0..

618.60 • 0..

618.44 0.1:

618.36 0.

618.8,28 04:

618.19 0.

618.09 0.

617.92 0.-

617.83 0.

617.74 ... 0 ... 617.65 0.

• . 5: 17•57 :0 ..

.73296

.73282

.73283

473283

.73285

.73283

.73278

.73273

.73271

.73267

473261

.73259

.73276

.73257

.73251

.73250

.73258

.73236

.73235

.73234

.73239

..:,73240

.73239

.i73240

.73238

.73239

.73238

.73237

.73234

.73233

.73232

473229

S. UF

(J/KG)

1.30149E406

1.30183E+06

1.30182E+06

1.30185E+00

1.30183E406

1.30188E406

1.30185E*06

1.30187E÷06

1.30186E÷06

1.30185E+06

1.30188Ef06

1.30188E+06

1.30165E+06

1.30187E+06

1.30190E406

1.30192E#06

1.30168E+06

1.30196E406

1.30196E+06

1.30198E÷06

1.30198E÷06

1.30188E+06

1.30186E+06

1.30179E+06

1.30177E 406

1 .30170E+06"

1.30168E+06

1 .30167E+06

1.30170E406

1. 30168E+06

i.30166E006

..1630170Ei•6

Uo VOL.

(J/KG) FLAG

2.43589E*06

2.43615E÷06

2.43605E+06

2.43573E+06

2.43542E406

2.4354 E406

2.43712E406

2.43804E+06

2.43862E÷06

2.43960E406

2.4406OE406

2.44119E406

2.43926E+06

2.44166E+06

2.44266E406

2.44282E 406

2.44314E406

2.44564E+06

2.44572E+08

2,44587E406

2.44472E+06

2.44545E406

2.44583E106

2.44620E+06

2.44662E406

2.44706E+06

2.44746E+06

2.44786E+06

2.44826E406

2.44866E+06

2.44906E*06

::2,44945E406

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00.

00

00

00

00

00

00

00

00
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

: DoEL4"- SPRAY CAPACITY TEST AT ZERO POWER

PAGE

87/01/22.

UTUBE:. PIPE. COMPONENT

124-010000 1.54229E+07 0.

424-020000 1.54167E+07 0.

124-030000 1.54106E+07 0.

124-040000 1.54046E407 0.

124-050000 1.53999E+07 0.

124-060000 1.5396SE407 0.

124-070000 1.53925E407 0.

OUTBOX BRANCH . COMPONENT

125-010000 1.54013Et07 0.

$EAL"..., PIPE COMPONENT

131-010000 1.533906E07 0.

131-020000 1.63486E407 0.

131-030000 1.53535E407 0.

131-040000 1.53467E+07 0.

PUMPR PUMP COMPONENT

:RPM a. 155.00 (RAD/SEC)

OCTANT = 1

140-010000 1.57344E+07 0.

COLOR1 . SNGLVOL COMPONENT

151-010000 1.59451E+07 0.

COLDR2 BRANCH COMPONENT

152ý-010000 1.59418E407 0.

COLDR3 PIPE COMPONENT

1$3-010000 1.59385E407 0.

153-020000 1.59585E607 0.

CVTANK TMOPVOL . COMPONENT

180-010000 2.00000E407 0.

HITLEGGI PTPE COMPONENT

211-010000 1.55940E+07 0.

211;-020000 1.55905E#07 0.

IITLEGG2 BRA4CH COMPONENT

213;010000 1.55842Ef07 0.

INBOX BRANCH COMPONENT

221;010000 1.56327E#07 0.

UTL"3E PIPE COMPONENT

222-010000 1.56019E+07 0.

222-020000 1.558608407 0.

222-7030000 !55703IE07 0.

222-040000 1.55524E407 0.

222-050000 1.55341E÷Q7 0.

222-060000 1.55173E*07 0.

222,-0700000 1.55004E+07 0.

222-080000 1.84836t+07 0.

222-090000 :1.54667E+07 0.

222-100000 1.544996E07 0.

222-110000 1.543376407 O.

UTUME PIPE COMPONENT

224-010000"l .54229E407 0.

224-026000 I.54167E407 0.

24 -030000. 1.54106E+07 0.

224-040000 1.54046E407 0.

224-050000 1ý53999E+07 0.

224-060000 1.53965Ei07 0.

224-07100001.:I53925E*07.0;.I:•" •: OUTBOX " BRANCH COMPOEtNT

225-0100C- . !54013E+07 ,0,..

570.36 617.51 617.51

570.36 617.48 617.48

570.36 617.45 617.45

570.36 617.42 617.42

570.36 617.39 617.39

570.36 617.37 617.37

570.36 617.35 617.35

570.37 617.40 617.40

570.34 617.07 617.07

670.35 517.12 617.12

570.35 617.15 617.15

570.35 617.11 617.11

HEAD a 6.88996E+05 (PA) TORQUE MTR.TORQUE

570.51 619.12 619.12

570.59 620.20 620.20

570.57 620.18 620.18

570.57 620.17 620.17

570.58 620.27 620.27

275.00 638.85 638.85

570.47 618.40 618.40

670.47 618.38 618.38

570.47 618.35 618.35

570.49 618.60 618.60

570.46 618.44 618.44

570.45 618.36 618.36

570.43 618.28 618.28

570.42 618.19 618.19

570.40 618.09 618.09

570.39 618.00 618.00

570.38 617.92 617.92

570.38 617.83 617.83

570.38 617.74 617.74

570.37 617.65 617.66

570.37 617.57 617.57

570.36 617.51 617.51

570.36 617.48 617.48

570.36 617.45 617.45.

570.36 617.42 617.42

670.36 617.39 . 617.39

570.36 6i7.37 617.37

570.36 . 617:35 617M35

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

" -32334.

S0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0..

0.

0.,

0.

0.

0.

0.

Q..

0.

0.

0.

O.*

.73229

.73227

.73226

.73225

.73224

.73224

.73223

.73223

.73217

.73217

.73218

.73216

(N-M)

(N-M)

.73254

.73277

.73280

.73279

.73281

1.0097

.73236

.73235

.73234

+73239

*73240

.73239

.73240

.73238

.73239

.73238

i 73237

.73234

.. 73233

.73232

.73229

.:.73229

.73227

*.73226

.73225

-.73224

.73224

..;73223

1.30167E+06

1.30168E+06

1.30169E+06

1.30171E+06

1.30172E*06

1.30173E406

1.30173E+06

1.30177E406

1.30174E+06

1.30177E+00

1.30176E+06

1.30178E+06

1.30187E406

1.30186E+06

1.30176E806

1.30177E+06

1.30178E+06

7942.8

i.30196E406

1.30196E+06

1.30198E806

1.30198E+06

1.30188E+06

1.30186E+06

1.30179E406

1.30177E+06

1.30170E+06

1.30168E÷06

1.30167E806

1.30170E+06

1.30168E+06

1.30166E406

1.30170E+06

1.30167E+06

i.301688406

1.30169E+06

1.30171E406

1.30172E+06

1.30173E+06

1.30173E+06

2.44970E406

2.44985EfO5

2.45000E*06

2.45014E406

2.45025E+06

2.45034E#06

2.45043E406

2.45022E406

2.451716E06

2.45148E+06

2.45137E+06

2.4516SE406

2.44232E+06

2.43725E406

2.437348406

2.43743E+06

2.43689E+06

2.3oo82E406

2.44564E406

2.44572E406

2.44587E+06

2.44472E406

2.44545E#06

2.44583E406

2.44620F406

2.44662E÷06

2.44706E+06

2.44746E+06

2.44786E+06

2.44826E+06

2.44866E+06

2.44906E406

2.44945E+06

2.44970E+06

2.44985E+06

2.450008+06

2.45014E406

2.45025E806

2.45034E406

2.45043E+06

124

00

00

00

00

00

00

00

00

00

00

00

00

10

00

00

C0

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

O0

00

00

00

.57C,37 . 617.40 617,Ao 0. ... •72;;3 . .. I." .•177E÷06 .2,45022SI06
RELAP5/ý2/36.04 REACTOR LOSS OF

0DEL4":- SPRAY CAPACITY TEST AT ZE

SEALOI PIPE. COMPONENT

231-010000 1.53390E#07 0.

231,020000 1.53486E407 0.

231-030000 1.53535E407 0.

SEALG2'"'.." BRANCH COMPONENT

232-010000 1.53457E+07 0.

PUMPR ' .... PUMP COMPONENT

RPM - 155.00 (RAD/SEC)

:".'OCTANT 1

240-010000 1.57344E407 0.

COLE1 "-" - BRANCH"' COMPONENT

251-010000 1.59451E*07 0.

COL02 - PIPE; COMPONENT

253-010000 1.59418E+07 0.

253-020000 1.593865E07 0..:

253-030000 1.59585Ef07 0.

LETDO!:... TMOPVOL. COMPONENT

282-010000 3.80000O406 0.

iITLEG1I PIPE.. COMPONENT

.311-010000 1.55946E407 0.

311-020000 .1.55946E407 0.

HTLEGB2 BRANCH COMPONENT

3137-010000 1.55845E407 0.

INBOX BRANCH COMPONENT

321-010000 .1.56328E+07 0. " UTUBE PIPE COMPONENT

322-010000 1.56020E407 0.

322-020000 1.55860E407 0.

322-030000 1.56703E+07 0.

322-040000 1.55525Ef07 0.

322-050000 1.55342Et07 0.

322-060000 1.55173E407 '0.

322-070000 1;55005:407 0.

322-080000 1.54836E407 0.

322-090000': 1,546686E07 0.

322-100000 1.54499E407 0.

322-110000 .154337+07 .0.

UUE .. PIPE COMPONENT

324-010000:1.54230E*7 0.,

324-020000 1.541688*40 0.

324'-030000p 1.54107E+07 0.

324-'40000 1.640474o?0 0.

324`050000 1.540006E+07 0.

324-060000 1.53966E407 0.

324:-070000 1.53926E407 0.

OUTBOX BRANCH COMPOtENT

325-010000. 154013E07 .O-:

SeAB. PIPE COMPONENt

331-010000 1..O:53391E407 0.

33!020000 0. ..:...53486E40' 

331:030000 0.:53535E+07 331:ý4000 .534t78407" .ý:-

PUMP PUMP .. CO COMPONENT

RPM - 155.00 (RAO/SEC)

OCTANT: 1•-I. . 0.

COLOBI .-.. :.SNGLVOL: `.COMPONENT

COOLANT ANALYSIS PROGRAM AR POWER

PAGE 125 .• .,., :.-, 87/01/22.

570.34 617.07 617.07 0. .73217 1.30174E+06 2.45171E406 00 570.35 617.12 617;12 0. .73217 1.30177E406 2.45148E÷06 00 570.35 617.15 617.15 0. .73218 1.30176E606 2.45137E+06 00

570.35 617.11 617.11 0. .73216 1.30178E406 2.45155Ei06 00

HEAD - 6.88996E405 (PA) TORQUE - -32334. (N-M) MTR.TORQUE - 0. (N-M) 570.51 619.12 619.12 0. .73254 1.301876E06 2:44232E406 10

570.59 620.20 620.20 0. .73277 1.30186E+06 2.43725E406 00

570.59 620.18 620.J8 d. .73276 1.30187E606 2.43734E406 00 570.59 620.17 620.17 0. .73275 1.301688E06 2.43743E+06 00. 570.59 620.27 620.27 0. .73279 1.30184E406 2.43689E+06 00

412.00 520.46 520.46 0. .92880 5.82440E405 2.60184E406 00

570.47 618.40 618.40 0. .73236 1.30195E406 2.44562E+06 00 570.47 618.40 618.40 0. .73236 1.30195E+06 2A4562E606 00

570.47 618.35 618.35 0. .73234 1.30198E406 2.445866E+06 00

570.49 618.60 61880 0. .73239 1.30198E+06 2.44472E+06 00

570.46 618.44 618.44 0. .73240 1.30188E+06 2.41545E+06 00 570.45 618.36 618.36 0. .73239 1.30186E406 2.44583E+06 00

570.43 618.28 615.28 0. .73240 1.30179E+06 2.44620E+06 00 570.42 618.19 618.19 0. .73238 1.30177E406 2.44662E406 00 570.40 618.09 018.09 0. .73239 1.ý0170E406 2A44705E406 00 570.39 618.00 618.00 0. .73238 1.30168E406 2.44746E406 00 570.38 617.92 617.92 0. .73237 1.30107E+06 2.44785E406 00 570.38 61.7.83 617.83 0. .73234 1.30170E406 2.44826E606 00 570.38 617.74 017.74 0. .73233 1.30168F406 2.44866•406 00 570.37 617.65 617.65 0. .73232 1.30166E+06 2.44906E606 00 570.37 617.57 617.57 0. .73229 1.30170E+06 2.44945E406 00

570.36 617.51 617.51 O. .73229 1.30167E+06 2.44970E406 00 570.36 617.48 617.48 0. .73227 1.30i68E406 2.44985E+06 00 570.38 617.45 017.45 0. ;73226 1.30169E+06 2.45000E+06 00- 570.36 617.42 61?.42 0. .73225 1.301716E06 2.45014E406 00 570.36 617.39 617;39 0... Op :i73224 I.30172E606 2;45025E+06 00 570.36 617.38 617.38 6. .73224 1.30173E606 2.45033Ei06 00 570.36 617.35 617.35 O,. . .73223 1.30173E406 2.45043E÷06 00

570.37 617;40 617:40 0. .73223 .1.30177E606 2.45022E÷06 00

570i34 617.07.:. 617.07 0. .73217 1.30174E+06 2.45171E÷06 00" 570.35 617.I2 617.12 0. .73217 1.30177E406 2.45148E+06 00 * 570.35 i 617.15 017.15 :0 . :73218 " 1.30176E+06 2.45137E606 00 570.35 617.11 617.11 . . .73216 1.301786E06 2.45155E406 00

HEA. 40 5P A TORQUE -M34. '"688996 . .. . . E 0.(N-M) 70.61 f1.2 61.2 .73'254 ~. 2.0i7EO 32E406 10
RELAP5/2/36.04 REACTOR LOSS : DOEL4 - SPRAY CAPACITY TEST AT

3$$-010000 1.59451E+07 0.

COLOR2 BRANCH COMPONENT

352-010000 1.59418E407 0.

COLOR3 PIPE COMPONENT

353-010000 1.59385E407 0.

353-020000 1.59585E+07 0.

$URGE: PIPE COMPONENT

400-010000 1.55762EI07 0.

400-020000 1.555757E407 0.

400-030000 1.55700E+07 0.

400o04000o 1.566506E07 0.

PRESSU PIPE COMPONENT

4l0-010000 1.55100E+07 0.

410-020000 1.55100O407 0.

40!030000" 1.66100F.407 0.

410-040000 1.55100E+07 0.

410-060000 1.66100E+07 .61660

410-060000 1.551OOE007 1.0000

410(-070000 1.55100E+07 1.0000

410-080000 1.55100E407 1.0000

410`090000 1.85100E407 1.0000

TOP BRANCH COMPONENT

420-010000 1.55104E407 1.0000

SPRAYR BRANCH COMPONENT

430-010000 1.50104E+07 0.

SPRAYB BRANCH COMPONENT

440-0100(0 1.59104E+07 0.

SPRAYB BRANCH COMPONENT

450-010000 1.59104E407 0.

TV490 1MDPVOL COMPONENT

490-010000 1;55100Ei07 1.0000

SYSTEM :2: MASS - 0.

TV940 TMDPVbL COMPONENT

940-010000 2.000004E05 0.

* VoL NQ RHOF RIHOG

(KG/M3) (KG/M3)

S1U-01 0000 :732.96 107.39

13-010000 732.82 107.29

:'15-010000 732.83 107.33

15-020000 732.83 107.46

15-;030000 732.85 107.59

"23-01000 732.83 107.60

25-010000 732.78 106.88

31-010000 732.73 106.50

:31-020000 :732.71 106.24

31-030000 732.67 105.76

31-040000 732.61 ..... 1.105.28 31-050000 732.59 105.01

ý.35-010000 732-76i: . 105:93

39-010000 732.57 104.79 41-01000.: 732.51 104.32

43-0i0000 732.50 i04.25

!-45-010000 732i58.:: 104.10

11t-40000" 732.36 102.95 111ý2l oocl .?ýq2.5 •o.10 .

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

570.59 620.20

570.69 620.18

570.59 620.17

570.59 620.27

618.31 618.31

61B.31 618.31

618.28 618.28

618.25 618.25

017.97 617.97

617.97 617.97

617.97 617.97

617.97 617.97

617.97 617.97

617.97 617.97

617.97 617.97

617.97 617.97

617.97 617.97

617.97 817.97

570.59 620.02

570.59 620.02

570.59 620.02

617.97 617.97

KG VOLUME- 0.

323.15 393.38

LIQ.V.VEL. VAP.VVEL.

(M/SEC) (M/SEC)

3.63144E-02 3,63144E-02

7.94§5 7.9423

8.0733 8.0733

8.2208 8.2208

8.2206 8.2206

.31651 .31638

4.9624 4.9624

4.8520 4.8519

4.9702 4.9701

5.1420 5.1418

5.3150 5o3149

5.4364 5.4363

i71414. .71414

5.6242 5.6243

2.4478 .2.4478

-7.46850E-03 -6.5391iE-03

1.20687E-04 3.52312E-04

16.615 16.615 •.•'8 "16,618

PAGE

620.20

620. 18

620.17

620.27

618.31

618.31

618.28

618.25

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

620.02

020.02

620.02

617.97

M3

393.38

SOUNDE

(M/SEC)

982.96

982.37

982.40

982.41

982.50

982.42

982.18

982.00

981.91

981.75

981.50

981.40

982.13

981.33

981g09

981.04

980.47 981,37

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

87/01/22.

.73277

.73276

.73275

.73279

.59263

.59264

.59275

.59284

.59386

.59386

.59386

.59386

.22828

0.

0.

0.

0.

0.

.73270

.73270

.73270

0.

1.30186E406

1.30187E+06

1.30188E+06

1.30184E+06

1.60766E606

1.60764E406

1.60743E406

1.60725E406

1.60522E+06

1.60522E606

1.60522E406

1.60522E406

1.60522E406

1.60522E#06

1.60522E406

1.60522E406

1.60522E406

1.60523E406

1.30194E406

1.30194E406

1.30194E406

1.60522E406

2.43725E406

2.43734E406

2.43743E406

2.43689E406

2.44606E406

2.44607E406

2.44620E+06

2.44632E606

2.44763E406

2.44763E406

2.44763E406

2.44763E406

2.44763E+06

2.44763E406

2.44763E+06

2.44763E+06

2.44763E406

2.44762E406

2.43819E+06

2.43819E406

2.43819E#06

2.44763E406

126

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

0. 0. 00

STATIC QUAL. TOT.HT.INP.

(WATTS)

0..1 0. O. 0.

0.. 0. 0. 0.

0. 0.

Q4.. O.-

0. 0.

0. 0.

0. 0.

0. 0.

.. "0. O. 0.

•0;. .0. . 0. 0 . S 0 "". 0:..i:O

0. 0 .

0. 0.

0= . 0...

0 . . " "" . ,"

2.092

VAP.t

(WATT

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

06

0.

•"0. 0.

218E#05 2.52920E+06

IT.INP. VAPOR GEN,

TS) (KG/M3-SEC)

0.

0.

0.

0.

O.

0.

0.

0.

0.

0.

0.

0..

0.

0.:

O.

0.

0.

0.
RELAP5/2/36.04 REACTOR LOSS

"DOEL4:-ý SPRAY CAPACITY TEST AT

1I3-010000 732.34 102.84

121-010000 732.39 103.37

122-010000 732.40 103.03

122-020000 732.39 102.86

122-030000 732.40 102.69

122-040000 732.38 102.50

122'050000 732.39 102.30

122-060000 732.38 102.12

j22-070000 732.31 101.94

122-080000 732.34 101.76

122-090000 732.33. 101.58

122-100000 732.32 101.40

122-110000 732.29 101.23

124-010000 732.29 101.12

124.020000 .732.21 !01.05

124-030000 732.26 100.99

124-040000 732.25 100.92

124-050000 732.24 100.87 124-060000 732.24 100.84

124-070000 732.23 100.79

1;26-01O000 732.23 100.89

131-010000 732.17 100.23

'311-020000 732.17 100.33

131-030000 732.18 100.38

;131-040000 732.16 100.30

140-010000 732.54 104.48

15!010000-o 732.77 108.82

152-010000 732.80 106.79

153-010000 732.79 108.75

153-020000 732.81 106.98

100-010000. 1009.7 170.17

211-010000 732.36 102.95

211 020000 • 732.35 102.91

213-010000 732.34 102.84

221-010000 732.39 103.37

222-010000 732.40 103.03

222-020000 732.39 102.86

222-030000 732.40 102.69

222-040000 732.38 102.50

222-:00000 732.39 102.30

222-060000 732.38 102.12

222-o7oooo 732.37 101.94

222-0800007..-32.34 101;76 222-090000 732.33 101.58

222'-ý1000 732.32 101.40

222-110000 732.29 i01.23

224-010000 ...:732.29. 101;12

224-026000 732.27 101.05

2241030000 :732.26... ....-.. 100.99

224 -040000 732.25 100.92

224-050000 ;;. 732.24 00.87

224-ý060000 732.24 100.84

224-070000• .732.23::..ý---.. 100.79

225-010000 .. 732.23 100.89

231-;010000 ".:.732,17.. .... 10023

231i020000" 732.A1 100.33

23103.0000..73218- .10038

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

I.2. i. PAGE 127

87/01/22.

16.618

2.2140

6.6338

6.5533

6.4840

6.4168

6.3553

6.3052

6.2606

6.2216

6.1873

6.1570

6.1291

6.1029

6.0715

6.0374

6.0099

5.9909

6..9727

5.9294

1.9554

12.865

13.167

13.167

13.226

2.4751

16.1806

16.712

16.730

14.764

6.14068E-03

16.615

16.610

16.618

2.2140

6.6338

6.5533

6.4840

6.4168

6.3553

6; 3052

6.2606

6.2216

6.1873

6i1570

6.1291

6.1029.

6.0715

6i0374

6.0099

5.9909

5.9727

5:9294 1.9554

12i865

i3.i67

-12.603

16.618 900.39 0.

2.2140 980.59 0.

6.6339 980.02 0.

6.5533 980.58 0.

6.4840 980;64 0.

6.4168 980.59 0.

6.3553 980.62 0.

6.3052 980.58 0.

6.2606 980.54 0.

6.2216 980.41 0.

6.1873 980.37 0.

6.1570 980.33 0.

6.1291 980.21 0.

6.1029 980.22 0.

6.0715 980.i7 0.

6.0374 980.12 0.

6.0099 980.08 0.

5.9909 980.04 0.

5.9727 980.01 0.*

5.9294 979.98 0.

1.9554 979.96 0.

12.865 979.75 0.

13.167 979.74 0.

13.167 979.77 0.

13.226 979.71 O0

2.4751 981.20 0.

16.806 982.14 0;

16.698 982.29 0.

16.730 982.26 0.

14.764 982.33 0.

6.14068E-03 1442;5 0.

16.615 980.47 0.

16.618 980.44 0.

16.618 980.39 0.

2.2140 980.59 0.

6.6339 980.62 0.

6.5533 980.58 0.

6.4840 980.64 0.

6.4168 980.59 0.

6.3553 980.62 0.

6.3052 980.58 0;

6.2606 980.54 0.

6.2216 980.41 0.

6. 1873 980.37 0.

6.1570 980.33 0.

6.1291 980.2i 0.

6,1029 980.22- .0;

6.o715 980.17 0.

6.0374 .980.12 0,.,:

6.0099 980.08 0.

5,9909 980.04 0•.

5.9727 .980.01 0. .5.9294 ... 979.98l 0.

1.9554 979.96 0.

•.12.865 

. 979.75 0.

13.167 979.74 0.

1.5.222.. 

- 979.77 

..

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

* 0.

0.

0.

0.

* 0.

0.

* 0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

* 0.

0.

Oa

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

04

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0;

0. 0.

0. 0.

0. 0.

0. O0

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. O.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0..

0. 0.

0. 0.

0. 0.

0. 0.

0. 0;

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0. 0.

0. 0. .. . 0.. 0. 0.

04.0 .. 

. 0 .0 ':

0. 0.

: ". 0•.:.• :. 0•.•:iO. : 0. 0. . 0 .. .0 .. .
RELAP5/2/36.04 REACTOR LOSS " DOEL4 '-- SPRAY CAPACITY TEST AT

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

PAGE 128

87/01/224

232-010000

240-010000

251-010000

253-010000

253-020000

253-030000

282-010000

311-010000

311-020000

313-010000

321-01O0000

322-010000

322-020000

322-030000

322ý-040000

322-050000

322-060000

322-070000

322-080000

322-0900006

322-100000

322-110000

324-010000

324-020000

324-0300o0

324-040000 324-050000o 324-060000

324-070000

325-010000

331-010000

331-020000

331-030000

33i-040000

3400 10000

361-010000

352-010000

353-010000

353 -020000

400-01i0000

400,020000:

400-030000

400-040000

410-010000

410-020000 410-03o~oo

410-040000 41o-o•oo

41P-060000-

410-070000

41-080000BX

410-6090000

420-010000

4306-010000

440;-010000

732.16

732.54

732.77

732.76

732.75

732.79

928. 0

732.36

732.36

732.34

732.39

732.40 732.39.

732.40

732;38

732.39

732.38 732.37

732.34

732.33

732.32

732.29

732.29

732.27

.732.28

732. 25

732.24

732.24

732.23

732.23

732.17

732.17

732.18.

732.16

732.54

732.17

732.76

732.75

-::732.79 592.63

592.64

592.76

592'84

593.86

593. 86

593.86

593.86

593.86

593.86 593.86"

:593.88

•593.86

.593 .85

732.70

732.70

732.70

100.30

104.48

106.62

106.79

106.75

106.08

19.070

102.95

102.95

102.84

103.31

103.03

102.86

102.69

102.60

102.30

102.12 101.94

101.76

101.58

101.40

101.23

101.12

101.05

* 100.99

100.92

100.87

100.84

100;79

100.89

100.23.

100.33

100;38

100.30

104.48

106.82

106.79

106.75

106.98

102.75

102.75

102.69

102;63

102.04

102.04

102.04

102.04

102.04

.1.02.04 102.04

102.04

i02.64 102 .05

106.43

'106;.43

1|08.43

102.0*

13.226

2.4751

16.807

16.730

16.730

14.764

0.

16.598

16.601

16.610

2,2143

6.6346

6.5540

6.4646

6.4174

6.3558.

6.3057

6.2610

6.2221

6.1878

6.1575

6.1295

6.1032

6.0718

6.0377

6.0102

6.9912

5. 9730

5.9297

1.9555

12.866

13.168

13.167

13.226

2,4751

16.801

16.731

16.731

14.764

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

06.

-1 .40323E-05

5.00000E-03

5.OOOOOE-03 5.000006-03

13.226

2.4751

16.806

16.730

16.730

14.764

0.

16.598

16.601

16.610

2.2143

6.6347

6.5640

6.4847

6.4174

6.3559

0.3057

6.2610

6.2221

6.1878

6.1575

6.1295

6.1032

6.0718

6.0377

6.0102

5.9912

5.9730

5.9297

1.9555

12.866

13.167

13.167

13.226

2.4751

16.806

16.731

16.731

14 764

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

-4. 10957E-23.

5.00000t-03

5. OOOOOE-03

5.00000E-03

.0."

979.71

981.20

982.14

982.12

982.09

982.25

1467.8

980.47

980.47

980.40

880.69

980.62 9Bo.68 980.64

980.69

980.63

980.68

980.54

980.41

980.37

980.33

980.21

980.22

980.17

980.12

980.08

980.04

980.01

979.98

979.96

979.75

979.74

979.77

979.71

981.20

982.14

982.12

982.09

982.25

618.61

618.62

618.83

619.0?

621. 11

621.1i

621.11

621.11

181.8i

372.13

372.13

372i13

372.13

372.12

981.87

981.87.

981.87

372-.13

0.

0.

0.

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0.

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0.

0.

0.

Q.

0.

0.

0.

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0.

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0.

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0.

0.

0.

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0.

0.

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0.

0.

0.

0.

0.

0.

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0.

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0;

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0.

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.21580

1 .0000

I 000(i .1.0000

1.0000

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0. 0.

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0.

0.

0.

0.

0.

0.

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0.

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0.

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0.

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0.

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0.

0.

0.

0.

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0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

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0.

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0.

0.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

:..!O-DOEL.4 - SPRAY CAPACITY TEST.AT ZERO POWER fi- • •' 2".

87/01/22.

040-010000 988,.11 1.1294

JUN.NO. FROM VOL. TO VOL.

SYSTEM 1

UPDOWNC BRANCH COMPONENT

11-010000 -13-010000 11-010000

* 11-020000 .117010000 415-1O0OO

UPDOWNOZZ BRANCH COMPONENT

j*$-;-O0O:X . 153-020000 13-010000

13-020000 253-030000 13-010000 • $13-ý030000 353-020000 13-010000

13-040000 13-010000 15-010000

OOWNCTS.., ANNULUS . COMPONENT

15-010000 15-010000 15-020000

1-020000 .6-020000 .1$-030000

LOWPLEN BRANCH COMPONENT

• 23-010000 15-030000 23-010000

23-020000 -23-010000 25-010000

jCOQ8EN..:. BRANCH COMPONENT

25-010000 25-010000 31-010000

:25020000 25-010000 36-010000

CORE PIPE COMPONENT

13P10000.' 31-010000 31-020000

31-020000 31-02d600- 31-030000

.31-030000. 31-030000i 31-040000

31-040000 31-040000 31-050000

COREEX BRANCH: I....... COMPONENT

39-010000 31-050000 39-010000

.39-020000 .35:-010000 39-010000

UPPLENI-- BRANCH COMPONENT

4;-0•Q10000 "39-010p000 41-010000

41-020000 41-010000 43-010000

UPPLFN2..::.. BRANCI.:.:. COMPONENT

43-010000 -43-010000 111-010000

I•:43-020000 -..43-O01OQ.. 211-010000

-43-030000 -43-0ooo00 311-010000

UP :A... BRANCH.,,,_ COMPONENT

45-01W60 43-01'600 45-010000

HTtEOR1: ; :- PIPE COMPONENT

il-010000l 11-10000 111-020000

HTLEGR28:*:,'- BRANCH' COMPONENT.

113-010000 11i-020b00 113-0i0000

jNBOX.• :',BRANCH, COMPONENT

121- 0 12-1 -010-60100 122-010000

1•21-020000 ;:113-010090121-010000

UTUBE... ProtE . COMPONENT

:122-010000 -122•Q!-0000 122-020000

122-02o0OO 122-020000 122-03O000

;122-030000 1'i-22-030000'122-040000.

122-040000 122-040000 122-0506000

-122-050000•..122-050000M 122-060000

122l-06b00 122-060000 122-070000

.122!-070000. .:..122-0700001:..22Q-080000 122-080000 122-080000 122-090000

122-090000():-122-0900000 122-100000

0.

LIQ.J.VEL.

(M/SEC)

3.63s44E-02

18.176

14.764

14.764

14.764

8.2209

8.2209

8.2207

0.2206

4.9622

4.8130

6.7764

4.8910

5.0494

5.2346

5.3955

5.4773

5.7771

5.6214

2.4479

16.613

16.613 16. 596

-7.46699E-03

16.618

16.618

6.6772

16.619

6;5905

6.5160

6.4520

6.3816

6,3290

6.2813

6.2398

6.2034

6.1712

0.-

VAP.J.VEL.

(M/SEC)

3.63144E-02

18.116

14.764

14.764

14.764

8.2209

8.2209

8.2207

8.2208

4.9622

4.8130

6.7764

.4.8910

5.0494

6.2346

5.3955

5.4773

5.7771

5.6214

2.4479

16.613

16.613

16.596

-7.46699E-o:

16.618

6.6772

.16;619 -

6;5905

6.5160

6.4520

6.3816

* !,3290 .... 6.2813

* 6.2398

6.2034

6.01712

1537.3

MASS FLOW

(KG/SEC)

49.284

49.292

4695.5

4695.4

4696.4

14916.

15483.

16483.

15483.

14037.

13614.

423.28

13833.

14281.

14804.

15258.

15489.

423.32

15896;- :. 15896.

5316.7

5316.7

5311.2

1 -48.493

53i7.2 53 17.2

5i 16.8

5317.4

-5247.8

5188.4

.5137.5

5081.3

5039.5

5001.4

4968.3

4939.1

'4913;4.

0. *

JUN. AREA

(M2)

1.6520

3. 70000E-03

.43400

.43400

.434o0

2.4"60

2.5700

2. 6700

2.6700

3.8600

3. 8600

.10000

3.8600

3. 8600

38600

3. 8600

3.8600

.10000

3.8600

8. 8650

.43690

.43690

.43690

8. 8650

.43690

i43690.

• !,,872. 1.0872

!0872

1.0872

1•0872,

1.0872 •1.0872:.!

1.0872

1.0872

10O872.,

0.

TIIROAT

RATIO

0.

JUNCTION CHOKE

FLAGS FLAG

PAGE 129

0.

NO.AOVS.CHOKED

EDIT TOTAL

1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.0000. 00000 .- 1.0000 00000

1.0000 00000

1.006 oo00

1.0000 00000

1.0000 00000

1-0000 00000

1.0000 00000

I .1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.000000000

1.000 0 00000

1,-0000 00000.

1.0000 00000

1.0000 0000

i..0000 00000

1.0000 00000

1.0000 00000

1.00o 0. 00000

1.0000 00000

1.;000. 00000

00

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

.0

0

0

0

0

0

0

0.

0

0

0

0

0

0

0

":0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0.

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0.

0

0

0

0

0

0

0

0
RELAP5/2/36.04 REACTOR LOSS OF COOL.ANT DOEL4'.- SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE 130

122-1ooo0o 122-100000 122-110000

UJUN SNGLJUII COMPONENT

123-000000 122-110000 124-010000

UTUBE PIPE COMPONENT

124-O1OOOO 124-O0OOOO 124-02000)

124-020000 124-020000 124-030004)

124-030000 124-030000 M24-040000

124-040000 124-040000 124-050000

124-06O000 124-050000 124-O6OOOO

.124-060000 124-060000 124-070000

OUTBOX" , * BRANCH ' COMPONENT

125-010000 124-070000 125-010000

125-020000.125-010000 131-010000

SEALR PIPE COMPONENT

131-010000 131-010000 131-020000

131-020000 131-020000 131-030000

131-030000 131-030000 131-040000

POMPR PUMP COMPONENT

140-ý010000 31-040000 140-010000

140-020000 140-010000 151-010000

COLOR2: BRANCH COMPONENT

152-010000 151-010000 152-010000

152-020000 152-010000 153-010000

COLDR3 PIPE COMPONENT

.153-010000 153-010000 153-020000

CVJUN TMDPJUN COMPONENT

:.181000000 180-010000 152-010000

HTLEGG1 PIPE COMPONENT

211"0!0000 211-010000 211-020000

HTLEGG2 BRANCH COMPONENT

213"010000 211-020000 213-010000

INBOX BRANCH COMPONENT

221-010000 .221-010000 222-010000

221-020000 213-010000 221-010000

UTUBE PIPE.:. COMPONENT

222-010i00 222-010000 222-020000

222-020000 222-020000 222-030000

222-030000 222-030000 222-040000

222ý-040000 222-040000 222-050000

222-060000 222-050000 222-060000

222-060000. 222-060000 222-070000

222-070000 222-070000 222-080000

222-L080000 222;-080000 222-090000

222-090000 222-090000 222-100000

222'100000 :222"100000, 222-110000

UJUN . SNGLJUN " COMPONENT

2237-000000:"222-110000 224-010000

UTUJE ..... PIPE COMPONENT

224-ý010000..224-010000:.224-020000

224-0206"0 224-620000 224-030000

224;-0300007224-030000. 224-040000

224-040006 224-040000 224-050000

224ý-050000 224-050000 224-060000

224-060000 224-060000 224-070000

OUTBOX: BRANCH :. -COMPONENT

225-0,10000 224-070000 225-010000

2250p20l00.:..:..225-01000.: 231-010000

6.1428

6.1154

6.0904

6.0525

6.0222

5.9976

5.9842

5.9612

5.8938

12.865

13.167

13.167

13.167

13.285

16.884

16.730

16.730

16.730

1.7595

16.618

16.618

6.6772

16.619

6.5905

6.5160

6.4520

6.3816

6.3290

6.2813

6.2398

6.2034

6.1712

6.1428

6.1154

6.0904

6.0525

6.0222

5.9976

5.9842

5.9612

12.808

6.1428

6.1154

6.0904

6.0525

6.0222

5. 9976

5.9842

5.9612

5.8938

12.865

13.167

13.167

13.167

13.286

16.884

16.730

16.730

16.730

1.7595

16.618

16.618

6i6772 16. 619

6.5905

6.5160

6.4520

6.3816

6.3290

6.2813

6.2398

6.2034

6.1712

6.1428

6..1154

6.0904

6.0525

6.0222

5.9976

5.9842

5.9612

5.8938

12.865

4890.7

4868.7

4848.8

4818.6

4794.4

4774.7

4764.0

4745.6

4695.0

4695.0

4694.9

4694.9

4695.0

4737.0

4737.0

4695.3

4695.6

4695.4

6.2000

5317.2

5317.2

5316.6

5317.4

5247.8

5188.4

5137.6

5081.3

5039.5

5001 .4

4968.3

4939.1

4913.4

* 4890.7

4868.7

4848.8

48i8.6

4794.4

4774.7

4764,0

4745.6

4695.0

S.4695.0

87/01/22.

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0879 1.0000

.49840 1.0000

.48700 1.0000

.48700 1.0000

.48700 1.0000

.48700 1.0000

.38300 1.0000

.38300 1.0000

.38300 1.0000

.38300 1.0000

3.49000E-03 1.0000

.43690 1.0000

.43690 1.0000

1,0872 1.0000

.43690 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1;0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 -;1.-0000

1.0872-. 1. ý0000

1.0872 1.0000

1.0872 " 0.. 00

1.0872 1.0000 • 1.0872 •.0000 1.000 1 

1.0872 1.00(X0

j.49840. 1.0000

00000

00000

00000)

00000

00000

0X0000

00(X0

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

(X)000

00000

00000

00000

(XXX)O0

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

.00000

00000

00000

00000

00000

00000

00000

OOO000

00000000000000000000000000000000000000

0:ý

0000000000000000000

.000

0.00000000000

.0

.00000

O.

00000000000000000000000000000000000000000

.0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 131

.0E14 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

SEALGI PIPE COMPONENT

231-010000 231-010000 231-020000 13.167 13.167 4694.9 .48700 1.0000 00000 0 0 0

231-020000 231*020000 231-030000 13.167 13.167 4694.9 .48700 1.0000 00000 0 0 0

SEALG2 BRANCH COMPONENT

232-010000 231-030000 232-010000 13.167 13.167 469540 .48700 1.0000 00000 0 0 0

PUMPR PUMP COMPONENT

"240-00000 232-010000 240-010000 13.285 13.285 4737.0 .48700 1.0000 00000 0 0 0

240-020000 240-010000 251-010000 16.884 16.884 4737.0 .38300 1.0000 00000 0 0 0

COLt - BRANCH-l COMPONENT

251-010000 251-010000 253-010000 16.730 16.730 4695.3 .38300 1.0000 00000 0 0 0

COLG2.. PIPE COMPONENT

253-010000 253-010000 253-020000 16.730 16.730 *4695.2 .38300 1.0000 00000 0 0 0

263-020000 2$3-020000 253-030000 16.730 16.730 4696.2 .38300 1.0000 00000 0 0 0

TJ183 TMDPJUN COMPONENT

283-000000 231-030000 282-010000 0. 0. 0. .48700 1.0000 00000 0 0 0

HTLEGBI PIPE COMPONENT

311-010000 311-010000 311-020000 16.6O0 16.601 5311.8 .43690 1.00001 00000 0 0 0

SURGEJUN SNGLJUN COMPONENT

312-L000000 -400-010000 -311-020000 0. 0. 0. 6.31180E-02 1.0000 10001 0 0 0

HTLEGB2 BRANCH COMPONENT

313-010000 .311-020000.-313-010000 16.600 16.600 6311.6 .43690 1.0000 00000 0 0 0

INBOX BRANCH COMPONENT

321-010000 321-010000 322-010000 6.6780 6.6780 5317.4 1.0072 1.0000 00000 0 0 0

321-020000 313-010000 321-010000 16.621 16.621 5318.1 .43690 1.0000 00000 0 0 0

'J".T . .PIPE. . " COMPONENT

322-010000 322-010000 322-02000j 6.5912 6.5912 5248.3 1.0872 1.0000 00000 0 0 0

022-020000-322-020000 322-030000 6.5167 6.5167 5188.9 1.0872 1.0000 00000 0 0 0

322-030000 322-030000 322-040000 6.4526 6.4526 5138.0 1.0872 1.0000 00000 0 0 0 322r040000 322-040000 322-050000 6.3822 6.3822 5081.8 1;0872 1.0000 00000 0 0 0

322-050000 322-050000 322-060000 6.3295 6.3295 5039.9 1.0872 1.0000 00000 0 0 0

322-060000..:322-060000 322-070000 6.2818 6.2818 5001.8 1.0872 1.0000 00000 0 0 0 322-070000 322-070000 322-080000 6.2402 6.2402 4968.6 1.0872 1.0000 00000 0 0 0

322;-080000.322-080000 322-090000 6.2039 6.2039 4939.5 1.0872 1.0000 00000 0 0 0

32M-090000 322-090000 322-100000 6.1717 6.1717 4913.8 1.0872 1.0000 00000 0 0 0

322-100000 322-100000 322-110000 6.1432 6.1432 4891.1 1;0872 1.0000 00000 0 0 0

UJUN SNGLJUN COMPONENT

323'!000000 :322;-110000 324-010000 6.1157 6.1157 4869.0 1.0872 1.0000 00000 0 0 0 UTUBE PIPE COMPONENT

324-010000 .324ý-010000 324-020000 6.0907 6-0907 4849.1 1.0872 1.000 00000 0 0 0

324-020000 324-020000 324-030000 6.0528 6.0528 4818.8 1.0872 .0000 00000 0 0 0

324;-030000 324-030000324-040000 6.0225 6.0225" 4794.6 1.0872 1.0000 00000 0 0 0 324-:040000 324-040o00 324-05000o 5.9979 5.9979 4776.0 1.0872 1.0000 00000 0 0 0

324ý-050000 324-050000 324-060000 5.9845 5.9845 4764.2 1.0872 1.0000 00000 0 0 0

324-060000 324-6860W 324-070000 5.9615 5.9615 4745.9 1.0872 1.0000 00000 0 0 0 OUTBOX .. . BRANCH:I:::" COMPONENT

35-100 324-o070 000325-010000 5.8941 5.894i 4695.2 1.0879 1.000o 00000 0 0 0

325-020000 !325-010000 331-010000. 12.865 12i865 4695.0 :49840 1.0000 00000 0 0 0 SEAL8 PIpE COMPONENT .. " 0

331:-10000:331-010000 331-020000 13.168 13.168 4695.3;: 470q 1.0000 .00000 0 0 0

33f-020000 331-020000 331-03000 13.167 13.167 4694.9 .48700 1.0000 00000 0 0 0

331-r030000 .331-030000: 331ý-040000 13.167 13.167 4695.0 .48700 .1.0000 00000 0'... 0 0 PUMPR. PUMP COMPONENT

340-010::: 331-040000: `340-010000 13.285, 13.285 4737;0 . .487o0'40000: 10000 00 . 0 0 0

340-020000 3406-01000 351-010000 16.884 '16.884 4737.0 .38300 1.00o066600 0 0 0

COLIJR2 ... BRANCH .COMPONENT.

352-0 10000;: 35101.00 U352-010000 N 1 6.731 ,. 16-7, 4695.5 83o.1. o00000000

352020000: -352`010000: 353-010000 16 731 16 .731 • >:746955- '38300: .: .'10000 :. 00000 : ;i ;•! 0 0:•':: , 0 a:
RELAP5/2/36.04 REACTOR LOSS 01: COOLANT ANALYSIS PROGRAM

;DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 132

87/01/22.

COLO93 PIPE COMPONENT

353-010000 353-010000 353-020000

SURGE .- PIPE COMPONENT

400-010000 400-010000 400-020000

40o-02oooo 4oo-02oo00 4oo-o3oo00

400-030000 400-030000 400-040000

$0URGE 1 S NGLJUN COMPONENT

405-000000 400-040000 410-010000

PRE-SSU PIPE COMPONENT

410-010000 410-010000 410--020000

410-020000 410-020000 410-030000

410-030000 410-030000 410-040000

410-040000 410-O4OOOO 410-O5OOO

410-050000 410-050000 410-060000

410-O6OO0 410-060000 410-070000

410-070000 410-070000 410-080000

410-080000 410-080000 410-090000

TOP ORANCII COMPONENT

4207010000. 410-090000 420-010000

SPRAYR BRANCH COMPONENT

4130-O1OOO 151-010000 430-010000

SPRAYR VALVE COMPONENT

413-000OO0 430-010000 450-010000

SPRAYB BRANCH COMPONENT

440-010000 351-010000 440-010000

SPRAYB VALVE COMPONENT

4450-000000. 440-010000 450-010000

SPRAYB BRAIJCII COMPONENT

450-010000 450-010000 -420-010000

PRESVAL VALVE COMPONENT

489-OOO00 420-010000 490-010000

SYSTEM::2

JUN.-NO VOIDFJ. VOIDGJ

.11-010000 1;0000 0.

11 020000 1.0000 0.

13:-010000 1.0000 0.

i3-020000 1.0000 0.

.3-030000 1.0000 0.

13-040000 1.0000 0.

:;15-010000 1;0000. 0.".

15-020000 1.0000 0.

::23-010000 1.0000 O0

23-020000 1.0000 0.

*.25;o-010000 I.O000 0.

25-020000 1.0000 0.

;::31-010000 I 1.-0000 w. 3i-0200600 1.000.

31-030000. 1.0000 0.

31-040000 1.0000 0.

':39-010000 1.0000 0.

39-020000 1.0000 0.

!:41-010000::. 1.0(-0000-.. 0.

*4i-026000 1.0000 0• .

43.O 0 0 .oo.. 0 .. -0

16.731

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

5.OOOOE-03

0.

5. OOOOOE -03

0.

5.OOO0OE-03

0.

16.731

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

5.OOOOOE-03

0.

5.OO(XX)E-03

0.

5.OOOOOE-03

0.

4695.5

0.

0.

0.

0.

0.

0.-

0.

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PAGE

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 135 .- DOEL4: - SPRAY CAPACITY TEST AT ZERO POWER , P R 87/01/22.

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EDIT OF HEAT STRUCTURES AFTER INPUT PROCESSING

NUMBER OF HEAT STRUCTURES - 82, TOTAL NUMBER OF MESH POINTS - 275.

STR.NO. SIDE BDRY.VOL. SURFACE HEAT TRF. HEAT FLUX CRITICAL MODE tEAT TRF. INT. ftEAT NET HEAT VOL.AVE. . NUMBER TEMP. RATE HEAT FLUX COEF. SOURCE LOSS TEMP.

(K) (WATT) (WATT/M2) (WATT/M2) (WATT/M2- (WATT) (WATT) (K)

K) 1211-001 LEFT 121-010000 570.49 6.49299E-08 6.99265E-09 0. 2 6544.2 0. 6.49299t-08 570.49 RIGHT 0-000000 570.49 0. 0. 0; 0 0.

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RELAP5/2/36.04 REACTOR LO

DOEL4 ;- SPRAY CAPACITY TEST

2211-001 LEFT 221-010000

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iSS OF COOLANT ANALYSIS PROGRAM

AT ZERO POWER

PAGE 136

87/01/22.

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570.37 0.

570.49 !113715E-07

570.49 0.

570.43 -3.53897E+05

570.35 3.53897!405

570.42 -3.11621EtO5

570.35 3.11621iE05

570.41 -2.51460E405

570.35 2.51460EC05

570.40 -2.79845E+05

570.35 2.79845Ef05

570.39 -1.73174E+05

570.35 i.73i74Et0S

570.38 -1,41535E+O5

6.99265E-09

0.

-1451.9

1285.8

-1322.0

1170.7

-1066.8

944.69

-939.31

831.82

-686.88

608.28

-561.38

497.14"

-436.52

386.56

-437.39

387.34 -313.37

277.51

-189.76

168.05

-191.17

169.29

-111.90

112.36

-67.481

59.759

-68.031

60.246"

-80.565

60.719

-69.112

61.203

-69.550

61.591

-69.855

61.861

-70.147

62.119

-70.147

62.109

1.84036E-08

0.

1i.22466E-08

0.

-1452.0 1285.8

-1322.0

i170.7

-1066.8

944.71

-939.32

831.83

-686.89

608.28

-561.39

0. 

2

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0

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2

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0.

39242.

0.

39048.

0.

38877.

0.

38725.

0.

38586.

0.

6544.2

5927.7

38455.

0.

38296.

0.

38125.

0.

37986.

0.

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0.

37798;

0.

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0.

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0.

5927.7

0.

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0.

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0.

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0. :.3945'.'

0.

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0.

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0.

0.

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0.

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0.

0.

0.

0.

0.

0.

0.

6.49299E-08

1.64397E-05

-3.06573E-05

-3.064055-06

-1.13733E-05

-2.13804E-05

3.83640E-05

-6.72624E-05

3.464715-05

3.525155-05

8.33303E-O0

9.24040E-05

.53702

2.724292-05

-2.561535-05

-2.11692E-05

-2.96487E-05

-2.82396E-05

-5.96768E-06

-9.02262E-05

*-3.85147E-05

1.70886E-07

1.13715E-07

-8.44058E-05

5.25825E-06

-6.54561E5-05

6.54962E-05

-8.62870E-06

.- 3.84655E-05

570.49

570.39

570.38

570.38

570.37

570.37

570.36

870.36

670.36

670.36

570.35

570.35

670.43

670.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.37

570.49

570.39

570.38

570.38

570.37

570.37

570.3'1
RELAP5/2/36.04 REACTOR L(

'.:DOEL4-'•SPRAY CAPACITY TEST

, RIGHT .0-000000

3220-007 LEFT 322-070000

RIGHT 0-000000

3220-008 LEFT 322-080000 - : -:::, • RIGHT 0-000000

3220-009 LEFT 322-090000

RIGHT 0- 000000

3220-010 LEFT 322-100000

RIGHT 0-000000

3220-011 LEFT 322-110GO0

S. ."RIGHT 0-000000

3231-001 LEFT 321-010000

" RIGHT 325-010000

3240-001 LEFT 324-010000

RIGHT 0-000000

3240-002 LEFT 324-020000

RIGHT 0-000000

3240-003 LEFT 324-030000

RIGHT 0-000000

3240-004 LEFT 324-040000

RIGHT. 0-000000

3240-005 LEFT 324-050000

3240-006 * RIGHT 0-000000 LEFT 324-060000

: RIGHT -. 0-000000

3240-007 LEFT 324-070000 .: . RIGT, 0-000000

3240-008 LEFT 324-070000 :. .... T -0-000000 0. 

3251-001 LEFT 325-010000 RIG1T 0-00000

4000-001 LEFT 400-010000

.RGHT 940-010000

4000-002 LEFT 400-02000

RTIGHT 940-010000

4066-002 LEFT 400-0300o0

S: RIGHT 940-010000

4000-004 LEFT 400-040000

RIGHT 940-010000

40100'W4 LEFT 410-01o000

RIGHT 940-010000

11o-001 LEFT 410-02o0o0 - RIGHT . 940-010000

4102I~-1 LEFT 410-030000

o : RIGHT 940-010000

4 :02-002 LEFT 410-040000

.. RIGHT .940-010000

4102-00:3 LEFT 410-050000 ---RIGHT 940-010000

416026004 LEFT 410-060000

RIGHT 940-010000

4102:004 LEFT 410-060000 . RIGHT :940-010000

4102-006 FL T .. 410-08000o

: -RIGHT 

. 940-010000

4103-001" LEFT 4 i0-69oob~ * . RIGHT'- 940-010000

)SS OF COOLANT ANJALYSIS PROGRAM

AT ZERO POWER

570.35

570.37

570.35

570.37

570.35

570.37

570.35

570.36

570.35

570.36

570.35

570.48

570.38

570.35

670.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.37

570.37

617.40

616.76

617.40

616.75

617.37

616.72

617.34

616.70

617.01

615.03

617.01

615.03

611.03

615.10

617.03

615.10

617.89

.615.95

617.89

615.95 617.89

615.95

617.92

615i98

617.92

616.12

1.41535E

- I. 10052E

1. 10052E

-1. 10274E

1. 10274E

-79005.

79005.

-47843.

47843.

-51843.

61843.

-129.80

130.34

-18298.

18298.

-34298.

34298.

-34568.

34568.

-34843.

34843.

-22357.

22357.

-20583.

20583.

-20669.

20669.

-8823.0

8823.0

-3.08284E

0.

-4638.2

4638.2

-4638.2

4638.2

-4637.7

4637.7

-4637.3

4637.3

-1224.9

1224.9

-2450.2

2450.2

-3800.0

3800.0

-7947.4

..794714

-16333.

16395.

-16333.

16406.•

-16333.

16406.

-3811 .5

3836.0

-i637.4

.. 1649.7

405 497.15

*05 -436.51

405 386.56

105 -437.40

#05 367.34

-313.37

277.51

-189.77

168.06

-191.17

169.29

-111.90

112.36

-67.472

69.751

-68.021

60.237

-68.556

60.710

-69.102

61.194

-69.540

61.583

-69.845

61.852

-70.137

62.1.1

-70.137

62.111

-08 -3.32008E-09

0.

-923.78

736.94

-923.78

736.94

-923.68

736.86

-923.60

736.80

-836.07

732.61

-836.07

732.61

-812.15

732.79

-812.16

732.79

-814.52

737.70

-8i4.52

738.20

-814.52

738.20

-814.60

.739.75

-829.90 . 740.87

87/01/22.

0. .0 0.

0. 2 39244. 0.

0. 0 0.

0. 2 39050. 0.

0. 0 0.

0. 2 38879. 0.

0. a 0.

0. 2 38728. 0.

0. 0 0.

0. 2 3588. '0.

0. 0 0.

0. 2 6544.8 0.

0. 2 6927.8

0. 2 38456. 0.

0. 0 0.

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0; 0 0.

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0. 0 0.

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0. 0 0..

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0. 0 0.

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0. 0 0.

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0. 0 0.

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0. '0 0.

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0. 0 0.

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O 0 2.5100

0. 2 1015.1 0.

0. 0 2.5100

0. 2 1o14.8 0.

0. 

. 0 2.5100

0. 2 i014.6 0.

0. 0 2.5100

0. 2 872.59 0.

0. 0 2.5100

0. 2 872.59 0.

0. 0 2;5100.

0. 2 866.26 0.

0 

. 0 '2,5100 

.

0. 2 866.26 0.

0. 0 '2.5100

0. 1 10426. 0.

O: -0 2,5100

0. i10134., 0.

0.. 0 2;5100 0.

0. i0 10134. 0.

0.. 

. 2.5100 

: 0. 10 16450. 0.

0. . 0 - 2.5100 -1:- ' 0. 10 20036. 0.

0. 

. -' 0 2: . 6100

PAGE 137

-1.01607t-06 570.36

-5.50225E-05 570.36

-4.32949E-05 570.36

-3.75933E-05 570.35

-2.09343E-05 570.35

.. 53742 570.43

-2.37114E-05 570.35

-1 .53682E-04 570.35

-3.55479E-05 570.35

1.16725E-04 570.35

-9.91749E-05 570.35

-5.88479E-05 570.35

1.40870E-05 570.35

6.01326E-06 570.35

-3.08284E-08 570.37

-3.57969E-02 617.05

-3.55671t-02 617.05

-3.24273E-02 617.02

-2.97321E-02 611.00

-1.63087E-04 615.97

-5.26262E-04 615.97

-2.94424E-03 616.03

-6.15767E-03 616.03

6i5'6" 616.89

72.560 616.89

72.560 616.89

24.574 616.92

i2.265 616.99
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DDEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 138

871/01/22.

4103-002 LEFT

RIG11T

4113-001 *LEFT

RIGHT

4113-002 LEFT

RIGHIT

420-010000

940-010000

0-000000

410-040000

0-000000

410-050000

STR.NO. MESH POINT TEM

1211;V001. 570.40

1220-001 570.43

:120-OO2 670.42

1220-003 570.41

.1220-00 570.40

1220-OO5 570.39

1220-00E 570.38

1220-007 570.37

1220-008 570.37

1220-009 570.37

.1220-010. 570.36

1220-011 570.36

1231-001 570.48

1240-001 570.35

1240-OO2. 570;35

1240-003 570.35

1240-004 570.35

1240-005 570.35

1240-000 870.35

1240-007 570.35

1240Q-008. 570.35

1251-001 570.37

2211-001 570.49

2220-001 570.43

2220-002 570,42

2220-003 570.41

2220;;004 570.40

220-005 570.39

2220-006 570.38

2220-007 570.37

2220-008 570.37 2220-0•09 570•.37

2220-0 0OI .... 570;36

2220-011 570.36

2231-00! ::1.-..... 570.48

2240-001 570.35

2240-;002 . 570.35

2240-003 570.35

2240-004: 570;35

2240-o05 570.35

2240;-006 570.35

2240-OO7 570.35

2240-008:. 570.35

2251-001 570.37

3211-001., 570.49

3220-001 570.43

3220- 002:: .. ;:570,42 ... 3220-003 570.41

3220-r•(4 : 7t'40

APERATUI

570.49

570.39

570.38

570.38

570.37

570.37

670.36

570.36

570.36

570.36

570.36

570.36

570.45

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.37

570.49

570.39

570.38

570.38

570.37

570.37

570.36

570.36

570.36

570.36

570;35

570.36

570;45

570.35

570.35

570.35

570.35

570.35

570i35

570.35

570.35

570.37

570.49

570.39

570.38

570.38

570,37

617.93 -1148.4

616.13 1157.7

619.87 0,

618.49 66943.

619.87 0.

618.49 . 22314.

RES (K)

570.49

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.42

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.37

570.49

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570;35

570.35

570.35

570.35

570.42

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.31

570.49

570.35

570.35

570.35

..70.35

-829.92

741.39

0.

6225.7

0.

6229.8

0.

0.

0.

2.80414E406

0.

1.07790Et06

10

0

0

4

0

4

22545.

2.5100

0.

11827.

0.

11831.

0.

66943.

22314.

-1.06932E-04 619.00

5.70435E-09 619.0)

9.3827 617.00

570.49 "570.49

570.38

570.37

570.49

570.37

570.49

570.38

570.37

570,49

570.37

570.49
RELAP5/2/36.04 REACTOR LOSS OF COOLANT AfNALYSIS PROGRAMA

:::..DOOEL4 :- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 139 87/01/122.

32210-o05:. 570.30

3220-006 570.38

3220-007 570.37

3220-008 570.37 3220-009:: 570.37

3220-010 570.36

3220-0il.:• $70.36

3231-001 570.48

324•ý-Ool : 70o*3t

3240-002 570.35

3240-003 .:67045

3240-004 570.35

3240-005 570.35

3240-006 570.35

3240-007 670.36

3240-008 570.35

32•51-0o0• 70.37

4000-001 617.40

4000-002 617.40

4000-003 617.37

4000-004 617.34

4101-001 617.01

4101-002 617;01

4102-001 617.03

4102-002 617.03

4102-003 617.89

4102-004 617.89

4102-005 617.89

4102-006 817.92.

41o3-001 617.92

4103-002 617.93

4113-001 619.87

4113-002" 619,87.

570.37

570.36

570.36

570.36

570.36

570.35

570.34

570.45

570.35

570.35

070.36 570.35

670.35

570.35

670.35 570.35

670.37

617.17

617.17 617.14

617.11

616.32

616.32

616.36

616.36

617.22

617.22

617.22

617.25

617.31

619.11 619.11

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.42

570.35

570.35

670.35

570.35

670.36

570.35

670.35

570.35

670.37

616.95

616.96

616.92

616.90

615.66

615.66

615.72

615.72

616.58

616.57

616.57

618.60

616.70

616.71

618.49

618.49

570.38

670.37

616.76

616.75

616.72

616.70

615.03

615.03

615.10

615.10

615.95

615.95

615.95

615.98

616.12

616.13

570.37

CONTROL

P/RH01BO DIV .: CVEN4E ROGY MUl..T 5 ENTI1A231 SUM

I :7.: ::.PRZRtiEAT SUM 9' BALANCE SUM

'1. i MEAS-P. FUNCTIOM

'13 EMPF420 MULT

5•-J S?ýSAT420 .. MULT

20 0PRI1045"0 DiV :,:.:::22 :::i':.SPRENER MULT

24 OIJTilA410 SUM

26"SPRBALAN SUM

28 VAPGEN SUM

:32 TURBPOW ::SUM

I01i LAGI LAG

1.03-.LL.LEAD-LAG

105 7?? SUM

.107-.•:`:. LAG2: 'LAG

og0. LL3 LEAD-LAC

113. S6 SUM

3 LIMIT.." :....MULT..

VARIABLE EDIT

19808.6

172059.

1.322690E406

18237.6

1.356830E+01

1.5510OOEf07

617.968

617.968

21714.7

29041.9

1.633941E406

47279.6

0.

570.533

-. 580865

245.445

-. 118433

570.533 S.." " . .0. 

41.1829

11. 6670.

1 04THA180 SUM 27751.4

4 P/RH0231 pIV 20950.1

6 LETDENER MULT 0.

8 PRZVAPII SUM 0.

10 CALC-P MULT 1.551040E407

12 MEAS-L FUNCTION .26.3000

14 TEMPG420 MULT 617.968

16 SPRYTEMP MULT 570.593

21 ENTIIA450 SUM 1.323651E406

23 P/RH0400 DIV .26283,0.0 . 25 SURGENER MULT 0.

27 HEATERW SUM 89229.4

31 POW SUM 0.

100 TAVG(R).. SUM _ 570.533

102 ti SUM -14.6166

104 $2.. 5 . SUM . 5'01600

106 DELTA-? SUM -. 118433

oo08 LL2 LEAD-LAG -. 118433

"110 LAG3" LAG 570.533

-112-. S5: ~ SUM 3-3315053E-02.:..

0134 5LEVREiG .PROP-iNT . 1i.6670

136 :DELTAF,.. SUM 0.
RELAP5/2/36.04. REACTOR LOSS

..OEL4 

- SPRAY CAPACITY TEST AT

.137 O(AREA) PROP-INT

140 AREA*S2 MOLT

1-42 : (T4tDT) SUM

144 K(T) MULT

.146. P(T " MULT

154 DUM SUM

16.': DUM MULT

158 A SUM

S1680. :: OUM. MULT

171 DUM MOLT

• 173-i. DUM MOLT

175 B*2 MOJLT

"?17:. "8.2-4AC SUM

179 DUM SUM

181 Q(TfDT). SUM

183 QO(T4DT) MULT

18 " P(PUMp) FUNCTION

200 TAVG(G) SUM

202 S I SUM

204 S2 SUM

•206 DELTA-T SUM

208 LL2 LEAD-LAG 210 LAG3 LAG

212 S5 SUM

:.281 LET1 SUM

283 LET3 STDFNCTN

;:300.• TAVG(B) SUM

302 Si SUM

-304. 2" SUM

306 DELTA-T SUM

308 -LL2 

. ..LEAD-LAG

310 LAG3 LAG

::312 

. 5".. • SUM

400 COLLEVEL SUM

.:404-: PRZMASS SUiM

411 L-REF FUNCTION

413 DELTA-P SUM

415 POW-HEI1 TRiPUNIT

:417 :.:POWVAR FUNCTION

435 SPRAYVAL FUNCTION

606'. POWCOLDL SUM

608 POWIIOTLG SUM

,::610 SGPOWER sUM

707 POWP0EH SUM

•':709:.:-:-'• POWUPENO .SUM

806" POWCOLnL SUM

..808...PWHOTLG .. SUM

810 SGPOWER SUM

.903 ....MG4. 

. MMOLT.

903. MG4' MOJLT

905 

.-'MG6 ; MULT'

967 M8. .. MULT

0 MG MOLT ....

: 912-F_• kZMASL .... S.. um.

PLOT GSNERAL SýU-M:MARY

OF COOLANT AINALYSIS PROGRAM

ZERO PtWER

PAGE 140

87/01/22.

0.

1.188000E-02

20796.0

20796.0

1.591000E+07

1.050000E+06

242.117

20570.4

0.

0.

456.100

3.995000E109

3.960000E6O9

-148.700

14.0000

8.33000

2.004800E+07

570.533

-14.6166

5.01600

-. 110433

-. 118433

570.533

-3.315053E-02

2.307800E407

6.17700

570.533

-14.6166

5.01600

-. 118437 -. 118437

570.533

-3.315054E-02

26.5782

11259.8

25.4190

0.

0.

154000..

0.

22359.7

1.196796E406

2.104980E+06

50082.5

835743.

22356.6

10196822E+06

2.104987E406

0.

0.

1082121

252.507

58.0347

8035.95

139

141

143

145

153

155

157

159

170

172

174

176

178

180

182

184

186

201

203

205

207

209

211

213

282

284

301

303

305

307

309

311

313

402

410

412

414

416

418

445

607

609

706

708

710

807

809

900

902

904

906

908

911

920

VALVAREA

K(VALV)

DELTA-K

DELTA-P

K0002

A(T)

DUM DUM

DUM C

AC4

SORT

DELTA-Q

DUM

QTOT

DFDQ

LAGI

LLI

77?

LAG2

LL3

S4

S6 LET2

LETDOWN

LAGI

LLI

777

LAG2

LL3

S4

so

DPLEVEL

T-AUCT-H

DELT-tEV

IP-CORR

POW-BKR

TOTPOW

SPRAYVAL

POWPREH

POWUBE ND

POWCOLDL POWIJOTLG

5GPOWER

POWPREH

P.OWUBEND

MGI

MG3

MG5

MG?

MG9

.pRZMASW

SURGIjEAT

SUM

DIV

SUM

SUM

MULT

DIV

MULT

MULT

SUM

MUL 

T

SUM

MULT

STDFNCTN

DIV

STDFNCTN

SUM,

FUNCTION

LAG

LEAD-LAG

SUM

LAG

LEAD-LAG

SUM

SUM

MULT

MULT

LAG

LEAD-LAG

SUM

LAG

LEAD-LAG

SUM

SUM

SUM

STPFNCTN

SUM

PROP-INT

TRIPUNiT

FUNCTION

FUNCTION

SUM

SUM

SUM

SUM

SUlm

SUM

SUM

MULT

MULT

MULT

MULT MULl .. SUM

SUM

,109000

20387.0

0.

0.

981423.

9.530000E-07

-63192.0.

290474.

63206.0

-. 260000

455.800

3.750000O407

62908.6

0.

.597000

22.3300

-67456.0

570.533

-. 680865

245.445

-. 118433

570.533

0.

41.1829

1,689701E+10

22.3700

570.533

-. 580865

245.445

-. 118437

570.533

0.

41.1829

26.2816

570.540

0.

0.

0.

89257.0

0.

50082.5

835743.

22359.7

1.196796E÷06

. 2,104980E+06

50075.6

835733,.

0.

* 0.

666.215

. 1082.21

82.7064

.3223.89

-18551.5

.. : . ' .: ' - : '" :: .- i '. ":.• i :.'" ...... .*':: 
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM "* :DOEL4; --: SPRAY CAPACITY TEST AT ZERO POWER

1:.:% RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM$

2 DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.$.

GENERAL PLOT OPTION'S - 00000101000000000

PLOT WIDTH*" 6.00 PLOT HEIGHT " 8.00 PLOT MAGNF " 1.0(

PAGE 141

87/01/22.

)

:PLO: :OPTIONS*

NUMBER

1000 GENERAL

::,..2000 GENERAL

3600 GENERAL

::,".4000 GENERAL

5000 GEiE k:RL

6000 GENERAL

' 7000 GENERAL

8000 GENERAL : 9000 GENERAL.

10000 GENERAL

1000 GENERAL

12000 GENERAL

::!13000: GENERAL

DEPENI

CODE

CNTRLVA

CNTRLVA

CNTRLVA

CNTRLVI

CNTRLVA

MFLOWJ

MFLOWJ

MFLOWJ

CNTRLVi

CNTRLVJ

CNTRLVA

MFLOWJ

CNTRLVi

CNTRLVJ

CNTRLVi

CNTRLVJ

CPUTINM

CNTRLVJ

CNTRLVi

CNTRLVi

CNTRLVi

CNTRLVi

CNTRLVI

PLOT REQUEST )ENT VARIABLE

PARAMETER

LR 10

R11

R 40c

402

43500000(

44500000(

45001000( AR " 61G

R 71(

81(

31200000(

%R •1

%R' ARI

AR 21

AR 40

AR91

AR 91

AR 2'

SUMMARY

INDEPENDENT VARIABLE

CODE PARAMETER

TIME 0

TIME 0

)TIME 0

TIME 0

TIME 0

TIME 0

) TIME 0

)TIME 0

) TIME 0

) TIME 0

) TIME 0

)TIME 0

3 TIME 0

4 TIME 0

5 TIME 0

6 TIME 0

) TIME 0

8 TIME 0

8 TIME 0

4 TIME 0

1 TIME' 0

2 TIME 0

7 TIME 0

COMPARISON

TAMLE

NONE

NONE

NONE

NONE

NONE

NONE

NONE

NONE

NONE

NONE

NONE

NONE

NONE

. $$Sf$INPUT PROCESSING'COMPLETED SUCCESSFULLY $$$$

NUM. FILID FILE INDEX F

1 -23. 63625

2 3. 37905

3 9. 37918 .. 4 0. .39809

5 11. 50129 . 6 -16. 601

8 12. 54996

. 9 13. 60016

10 18. 60155

S.14 . .. 13968

.12 . '-4 -65

13. -22. 19793

15 -5. -1089

".16 20.. 14166

18 7.i8466

219 '2. 18495

20 . 19,. 8618 2.2.••.,..• •::. -6- :, ./. - ... -257...

LIST OF DYNAMIC STORAGE INFORMATION FOR

ILE SIZE

9344

13

1891

10320

4867

13367

5020

139

412

- 198

145

-4

43

-4300

-29

-123

*1086

708

TRANSIENT CALCULATION
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4-- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 142

87/01/22.

S21: 16. 60567

28 8. 19704

.3017. : 19769

3058

-65

-24

LIST OF FTB INFORMATION

FLS - 00275460 F

5TZE'0 ' .. 0

MAX - 72969

::MIN. 72969

NOLINK- 1 NOFILS

IO SETS!Z

0. 0 .. ... 37904

-1. 600

3. 13 4". 140

5. 43

8. 708

7. 29

Bi. 65

9. 1891

:10i ' 10320

11. 4867

12. 5020

13. 139

:K4." 198

-16. 13367

17' .. 24

18. 412

19'. 1086

20. 4300

.. 123

-2~ 4

-"23 .9344

LL - 00046525

* 0 536869823 536870911 536870911 530870911 536870911

19797 536870912 536870912 536870912 536870912 536870912

19797 1. 1 1 .. 1 1 - 24 LINKI = 72969 LASDES - 73061 NEXDES - 73065 FA(1)(8) = 056537 LFA(1)(8) -00000000

NOSETS

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

BUFFER

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

LINK 1

UNIT INDEX(IO)

1 72969

1 1

2 1

1 60567

1 37905

3 65

3 1089

3 257

2 18466

2 19704

1 37918

1 39809

1 50129

1 54996

1 60016

2 13968

2 601

2 19769

1 60155

2 18818

2 14166

2 18495

2 19793

1 63625

SIZE(10) INOEX(8)

200 00216411

37004 00000001

600 00000001

3068 00166227

13 00112021

192 00000101

64 00002101

832 00000401

29 00044042

65 00046370

1891 00112036

10320 00115601

4867 00141721

8020 00153324

139 00165160

198 00033220

13367 00001131

24 00046471

412 00165373

1086 00044272

4300 •00033526

123 00044077

4 0004652I

9344 00174211

SIZE(S)

00000310

00112020

00001130

00005762

00000015

00000300

00000100

00001500

00000035

00000101

00003543

00024120

00011403

00011634

00000213

00000306

00032067

00000030

00000634

00002076

00010314

00000173

o0oo0004

00022200

AOOR(8)

00275147

C0056537

00000000

00244765

00110557

00000101

00002101

00000401

00044041

00046367

00170574

00174337

00220457

00232062

00243716

00033217

00001130

00046470

00244131

00044271

00033525

00044076

00046520

00252747
-qELAP5/2/36.04 REACTOR LOSS OF COOLANT

DOEL4 SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE

87/01/22.

-ATTEMPTED ADVi TOT." 0 EDIT- 0

REPEATED ADV: TOT.- 0 EDIT= 0

SUCCESSFUL ADVi TOT.- 0 EDIT- 0

REQUESTED ADV: TOT.- 0 EDIT= 0

TRIP NUMBER, TRIP TIME (SEC)

.597 .- 1O000000 598 -1.000000

698 -1.000000

VOL.NO. PRESSURE VOIDG ZEMPF

(PA) (K)

SYSTEM 1 MASS4 1.96370E+05 KO

UPDOWNC BRANCHi COMPONENT

'1-010000 *1.59955E+07 0. 570.54

UPDOWNOZZ BRANCH COMPONENT ...13-010000 1.59860OE407 0.. 570.60

DOWNCTS ANNULUS COMPONENT

.1$-010000 1.59898E607 0. 570.60

15-020000 1.60015E407 0. 570.61

15-030000 1.60131E+0O7 0. 570.61

LOWPLEN BRANCII COMPONENT

:.23-010000 1.60134E÷07 o. 570.62

COREIN BRANC!I COMPONENT m 25-010000 1.595006E07 0. 570.59

CORE PIPE COMPONENT

.31010000 1.591606E07 0. 570.58

31-020000 1.58928E407 0. 570.57

::31-030000 1.58506E+07 0.' 570.55

31-040000 1.58073E#07 0. 570.54

;31-050000 1.57829E*07 0. 570.53

BYPASS SNGLVOL COMPONENT

i735;-010000 "1.58652E407 0. 570.52

COREEX BRACHCI COMPONENT

I :39-010000.: 1,57627E407 0, 570.52

UPPLENI BRANClI COMPONENT :41-010000 1.57203E407 0. 570.51

UPPLEN2 BRANC1t COMPONENT

43-010000 1.57134E407 0. . 570.51

UPHEAD BRANCH COMPONENT

;45;-010000 1.56998E+07 .0. 570.46

HTL9GRI PIPE COMPONENT

111-010oo0 1.55940E+07 0. 570.47

111-020000 1.55905E407 0. 570.47

HTLEGR2 '." BRANCH'.- COMPONENT

113-010000 i.55842Et07 0." 570.47

INBOX - '. BRANCH .. COMPONENT

121-010000 1.56327E+07 0. 570.49

UTUBE PIPE COMPONENT

122-010060 1.56019E607 0. 570.46

122-020000- 155860Ef07 0. •570.45

122-030000 1.55703E6O7 0. 570..43

.122-040100 1.55524E+07 0.: .. 570i42

122-050000 1.5534i16o7 0. 570.40

122-060000 :.i55173E+07 0. 570.39

'22:070000 1.550046*07 .6. 570.38

122-7080000 .1.54836E+07 :0'. 570.38

MIN.DTMAX. DTAVG. DTREQ.DT0.

0.

0.

.200000

SEC LAST DTSEC CRNT.DTSEC ERR.EST=

SEC CPU=

.200000

0.

0.

44. 5600

SEC MS.ERRSEC TOT.MS=

M.RATNSEC TIME0.

196370.

0.

0.

143

KG

KG

SEC

599 -1.000000

TEMPG

(K)

MASS ERROR= 0.

620.46

620.41

620.43

620.49

620.54

620.55

620.23

620.05

619.93

619.72

619.50

619.37

619.79

619.27

619.05

619.02

618.95

618.4Q

608.38

618.35

618.60

618.44

618.36

618.28

618.19

618.09

618.00

617.92 • :61.7.83

SAT. TE

(K)

620.4f

620.4 1

620.4-3

620.49

620.54

620.55

620.2'

620.05

619.93

619.72

619. 5C

619.31

619.7t

619.21

619.0O

619.0O

618.95

618. 40

618.3f

618.35

618.3

618.28 618.3(

618.2f

618.1O

618.09 618 .Oc

617.92

617,83

MP. NONCOND. BORON DENS.

VAPOR QUAL. (KO/M3)

KG ERR.EST. 0.

0. .73296

0. .73282

0. .73283

0. .73283

0. .73285

0. .73283

0. .73278

0. .73273

0. .73271

0. .73267

0. .73261

0. .73259

0. .73276

0. .73257

0. .73251

0. .73250

0. .73258

0. .73236

3 0. .73235

0. .73234

0. .73239

0. .73240

.•.0. .73239

b.. .73240

0. .73238

0. .73239

0. .. 73238

"0. .73237

0.. . .73234

UF

(J/KG)

1.30149E+06

1.30183E+06

1.30182E+06

1.30185E406

1.30183E+06

1.30186E406

1.30185E+06

1.30187EO6

1.30186E+06

1.30185E+06

1.30188E*06

1.30188E406

1.30165E406

1.30187EO6

1.30190E#06

1.30192E+06

1.30168E+06

1.30196E06

1.30196E606

1.30198E+06

1.30198E+06

i.30188oE06

1.30186E+06

1.30179EO6

1.30177E+06

1.30170E+06

1.30168E÷06

i.30167E406

1.30170E+06

UG VOL.

(J/KG) FLAG

2.43589E+06

2.43615E+06

2.43605E+06

2.43573E106

2.43542E+06

2.43541E+06

2.43712E+06

2.43804E+06

2.43862E406

2.439606E06

2.44061E406

2.44119E406

2.43926E406

2.44166E*06

2.44266E406

2.44282E+06

2.44314E*06

2.44564E+06

2.44572E4O6

2.44587E106

2.44472E+06

i2.44545E 106

2. 44583E+06

2.44620E0O6

2.44662E+06

2.44706E406

2.44746E406

2.44786t4o6

.2.:44826E+06

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00
RELAP5/2/36.04 REACTOR LOSS

DOEL4 - SPRAY CAPACITY TEST AT

122-090000 1.54667E407 0.

122-100000 1.54499E+07 0.'

f22:-t0000 1.54337E407 0.

UTUBE PIPE COMPONENT

124-010000 1.54229E407 0.

124-020000 1.54167E+07 0.

-124-030000 1.54106E107 0.

124-040000 1.54046E407 0.

124-050000 1.53999E+07 0.

124-060000 1.53965E407 0.

'124ý67OOOO• 1.53925E407 0.

OUTBOX BRANCII COMPONENT

:126-010000 '1.54013E407 0.

SEALR PIPE COMPONENT

l31-010000 1.533906+07 0;

131-020000 1.53486E+07 0.

131-030000 1.63635E407 0.

131-040000 1.53457E+07 0.

PUMPRIt . PUMP COMPONENT

RPM - 155.00 (RAD/SEC)

OCTANT - I

140-010000 1.57344E#07 0.

COLORlI.:-. SNGLVOL COMPONENT

151-010000 1.59451E+07 0.

COLnR2 ... BRANCH:' COMPONENT

152-010000 1.59418E407 0.

COLDR3 PIPE COMPONENr

153-010000 1.59385E407 0.

153-020000 1.59585Ef07 0.

CVTANK TMOPVOL COMPONENT

180r010000 2.000001+07 0.

HTLEGG1 PIPE COMPONENT

211-010000 1.55940E*07 0.

211-020000 1.55905E407 0.

IITLEGG2 BRANCH COMPONENT

213-010000 1.55842E5O7 0.

INBOX BRANCH. COMPONENT

221-010000 i.66327E#07 0.

UTUBE::.:': PIPE-:: COMPONENT

222-010000 1.56019E507 0.

222-i020000 .1.558606407 0.

222-030000 1.55703E407 0.

222-L040000 1.55524E+07 0.

222-05000( 1.55341Et07 0.

22Z-060000 55173E+07 0.

222-070000 1.55004E407 o. 222-080000 1.54836E÷07 0.

222:090000 1.54667E+07 0.

222-"100000 1.54499E107 O0

222-'ii0000 1.54337E+07 0.

:TUBE: ,PIPE `- COMPONENT

224-010000 1.542 9E+07 0.

224- 020000 1.54167E+07 0.

224-0300000 1.54106E407 0.

224-040000 1,54046E+07 0-

124-0500•)0 1.53999E407 0.

224-06, 0-0.:.53965Ei07: 0.."

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

PAGE

87/01/22.

570.38

570.37

570.37

670.36

570.36

570.36

570.36

570.36

570.36

570.36

570.37

570.34

570.35

570.35

570.35

1EAD = 6.88996E

570.51

570.59

570.57

570.57

570.58

275.00

570.47

570.47

570.47

570.149

570.46

570.45

570.43

570.42

570.40

570.39

570.38

570.38

570.38

570.37

570.37

570.36

570.36

570.36

570.36

570.36

570.35

617.74

617.65

617.57

617.51

617.48

617.46

617.42

617.39

617.37

617.35

617.40

817.07

617.12

617.16

617.11

105 (PA)

619.12

620.20

620.18

620.17

620.27

638.85

618.40

618.38

618.35

618.60

618.44

618.36

618.28

618.19

618.09

618.00

617.92

617.83

617.74

617.65

617.57

617.51

617.40

617.45

617.42

617.39

617,37,

617.74

617.65

617.67

617.51

617.48

617.45

617.42

617.39

617.37

617.35

617.40

617.07

617.12

617.16

617.11

TORQUE

MTR.TORQUE

619.12

620.20

620.18

620.17

620.27

638.85

618.40

618.38

618.35

618.60

618.44

618.36

618.28

618.19

618.09

618.00

617.92

617.03

617.74

617.65

617.57

617.51

617.48

607.45

617.42

617.39

617.37..

0. .73233

0. .73232

0. .73229

0. .73229

0. .73227

0. .73226

0. .73225

0. .73224

0. .73224

0. .73223

O. .73223

0. .73217

0. .73217

0. .73218

0. .73216

-32334. (N--M) O. IN-M)

0. .73254

0. .73277

0. .73280

0. .73279

0. .73281

0. 1.0097

0. .73236

0. .73235

0. .73234

0. .73239

0. .73240

0. .73239

0. .73240

0. .73238

0. .73239

0. .73238

0. .73237

0. .73234

0. .73233

0, .73232

0. .73229

0. .73229

O .73227

0. .73226

0.1. .73225

0. .73224 0., :;,3224.1.!: 

1.30168E+06

1.30166E+06

1.301706406

1.30167E406

1.30168E406

1.30169E406

1.30171E406

1.30172E406

1.30173E+06

1.30173E406

1.30177E+06

1.30174E+06

1.30177E406

1.30176E406

1.30178E406

1.30187E+06

1.30186E+06

1.30176E406

1.30177E406

1.30178E406

7942.8

1.30196E+06

1.30196E+06

1.30198E406

1.30198E+06

1.30188E*06

1.301866E06

1.30179E406

1.301775*06

i.301705E06

1.30168E+06

1.30167E406

1.30170E+06

i.301685406

1.30166E+06

1.30i705406

1 i3067E406

1.30168E+06

1.30169E406

1,30171E+06

i.30172EO6

S..,0173E+50

2.44866E406

2.44906E406

2.44945E+06

2.44970E+06

2.44985E#06

2.450OO0406

2.45014E406

2.45025E+06

2.45034E406

2.45043E+06

2.46022E+06

2.45171E+06

2.45148E406

2.46137E406

2.45155E406

2.44232E+06

2.43725E+06

2.43734E406

2.43743E+06

2.43689E406

2.30082E+06

2.44564E+06

2.44572E+06

2.44587E206

2.44472E+06

2.44545E406

2.44583E+06

2,44620E+06

2.44662E206

2.44706E406

2.44746E406

2.44786E+06

2.44826E+06

2.44866E406

2.44906E+06

2.44945E+06

2.44970E406

2.,44985E+06

2.450006406

2.45014E+06

2.450255+06

2.45034E206

144

00

00

00

00

00

0,01

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00
RELAP5/2/36.04 REACTOR LOSS

" DOEL4 - SPRAY CAPACITY TEST AT

224-070000 1.53925E407 0.

OUTBOX BRANCH COMPONENT

225-010000 1,54013E407 0.

SEALGI PIPE COMPONENT

231-010000" 1.533O0E407 0.

231-020000 1.53486E#07 0.

231-030000 1.635356E407 0.

SEALG2 BRANCH COMPONENT

232ý-01OO00 1.53467407 0.

PUMPR PUMP COMPOIJENr

RPM .155.00 (RAD/SEC)

OCTANT - 1

240-010000 1.57344E+07 0.

COLG1 BRANCH COMPOtENT

2561010000 1.694516+07 0.

COLG2 PIPE COMPONENT

263-010000 1.69418E+07 0.

253-020000 1.59385E407 0.

253-030000 1.69585E+07 0.

LETOl. TMDPVOL COMPONENT

282-010000 3.80000E+06 0.

1TLEGBI PIPE COMPONENT

311-0!0000 1.55946E407 0.

311-020000 1.55946E407 0.

HITLEG92.- BRANCH COMPONENT

313-010000 1.55845E407 0.

TNBOXK ....... : BRANCH COMPONENT

321-010000 1.56328E407 0.

UTUBE- PIPE COMPONENT

322-010000 1.56020E407 0.

32q-020000 1.558606407 0.

322-030000 1.55703E407 0.

322-;040000 1;55525F407 0.

322-050000 1.55342E407 0.

322i-060000 1.55173.07 o0.

322-070000 1.55005E407 0.

322-ý080000 1.54836E+07 0.

322-090000 1.546686+O7 0.

322-10000 1.54499E407 0.

322-110000 1.54337E407 0.

UTUBE. - PIPE : ... COMPONENT

324-010000 1.54230E÷07 0.

324-020000:1;54168E407 :0.:

324-030000 .54i07E.07 0.

324;040000 :I54047E407 o0..

324-:050000 1.54006E407 0.

324-ý060000" :1.53966E+07 0i..:

324-07060 '1.53926E407 0.

OUTBOX:,. BRANCH COMPONENT 3250i( ... 1.540136407 0•...

SEALB: •. PIPE.. COMPONENT

331-160000 i.53391E+07 0.

331-020000 1'53486E+07. 0.

33 -63O000 1.53535E÷07 0.

331.-040000:1.534576E07 0.

PUMPR puMP COMPONi4T

.$RPM •. >155;•.00 (RAD/SEC).

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

PAGE

87/01/22.

570.36 617.35

570.37 617.40

570.34 617.07

570.35 617.12

570.35 617.15

570.35 617.11

HEAD - 6.88996E105 (PA)

670.51 619.12

670.59 620.20

670.59 620.18

570.59 620.17

570.69 620.27

412.00 520.46

570.47 018.40

570.47 618.40

570.47 618.35

570.49 618.60

570.46 618.44

570.45 618.36

570.43 618.28

570.42 618.19

570.40 618.09

570.39 6 T8. oo 570.38 617.92

570.38 617.83

570.38 617.74

570.37 617.65

570.37 6517.57

570.36 617.51

570.36 617.48

570.36 6i7.45

570.36 617.42

570.36 617.39

570.36 617.38

570.36 617.35

570.37 6176.40

570.34 607.07

570.35 617.12

570.35 607.15

570.35 :. 617; 11

617.35

617.40

617.07

617.12

617.15

617.11

TORQUE

MTR.TORQUE

619.12

620.20

620.18

620.17

620.27

520.46

618.40

618.40

6i8.35

618.60

6i8.44

618.36

618.28

618.19

618.09

618.00

617.92

617.83

617.74

017.65

617.57

. 617.48

617.45

" 617i42

617.39

617.38

617.35

." .. 6i7 1 6 " ..

617.40

617;.07 .

617.1 6 

0. .73223

0. ,73223

0. .73217

0. .73217

0. .73218

0. .73216

a -32334. (N-M) . 0. (N-M)

0. .73254

0. .73277

0. .73276

0. .73275

0. .73279

O .92880

0. .73236

0. .73236

0. .73234

0. .73239

0. .73240

0. .73239

0. .73240

0. .73238

0. .73239

0. .73238

0. .73231

0. .73234

0. .73233

0; ;73232

0. .73229

0. .3229

0; i73227

0. .73226

0. 73225

0. .73224

0. .73224

0. .73223

0. .73223

0. .31

0. .::i 73217

0. ".73218

0, .:,73216

1.30173E+06

1.30177E406

1.30174E+06

1.30177E+06

1.30176E406

1.30176E406

2.45043E+06

2.45022E406

2.451716E06

2.45148E 06

2.45137E406

2.451656406

1.30187E406 2.44232E+06

1.30186E+06 2.437256+06

1.30187E+06 2.43734E+06

1.30168E+06 2.43743E+06

1.301846+06 2.43689E+06

5.824406+05 2.60184E+06

1.301956+06 2.446626+06

1.30195E+06 2.445626406

1.301986+06 2.44586E406

1.30198E+06 2.444726406

1.30188E406 2.445456+06

1.301866E06 2.44583E406

1.30179E406 2.446206406

1.30177E+06 2.44662E+06

1.301706+06 2.44705E406

1.30168E+06 2.44746E606

1.30167E+06 2.447856406

1.301706E06 2.448266+06

1.30168E+06 2.44866Ei06

1.301661+06 2.44906Et06

1.301106+06 2.44945E606

1.30167E406 .L44976E+06

1.30168E+06 *2.44985E+06

1.30169E÷06 2.450006+06

1.30171E+06 2.450146+06

1.301726M406 2.450256t06

I 30173E+06 2.450336+06

1.301736+06 2.450436E06 .301776406 2.

. i. 0 ,, . .: . • .. . .

1.30174E+06 2.451716+06

1.30177E+06 -2.45148E+06

1.30i766406 2.45137E*06

1..-:130178E+06 .2,45155E+06

145

00

00

00

00

D0

00

10

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00co

00

00

00

00

00

IEAD.=' .8699D6E05 (PA) . 7oRU...-32334,' . (N-M) .: : " . . "K...........
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

"'EL4 -. SPRAY CAPACITY TEST AT ZERO POWER

PAGE

87/01/22.

, OCTANT ,W1

340-010000 1,57344E407 0.

COLDBl - SNGLVOL COMPONENT

351-010000 1.59451E407 0.-

COLOR2i" " BRANCH COMPONENT

352-010000 1.59418E+07 0,.

COLOR3 :. PIPE . COMPONENT

353-010000 1.59385E407 0.

536S-020000 1.59586E+07 0.

SURGE PIPE COMPONENT

4o0-01o000 1.$5762E407 0.

400-020000 1.55757E407 0.

400-030000 .1.65700E407 0.

400-040000 1.55650E +07 0.

P:RES$L PIPE.: COMPONENT

410-010000 1.55100E407 0.

410-020000 1.66100E+01 0.

410-030000 1.55100E407 0.

41O-04oo0o 1 55100+E07 0.

410-050000 1.55100E+07 .61560

410-060000 .1.55100E+07 1.0000

410-070000 1.55100E+07 1.0000

41.0-080000 1.55100E407 1.0000

410-090000 1,55100 E07 1.0000

TOP '. BRANCH COMPONENT

420-010000 I.55104E407 1.0000

SPRAYR BRANCH COMPONENT

430-010000 1.59104E+07 0.

SPRAYB . BRANCH COMPONENT

440-010000 I59104E807 . 0.

SPRAYB : BRANCH COMPONENT

450-010000 i.59104E+07 0.

TV490 : • TMOPVOL COMPONENT

490-010000 1.55100E+07 1.0000

YtmEM" 2: MASS- 0.

TV940 TMDPVOL COMPONENT

940-010000 2.OOOOOE+05 0.

VOL.1N0. RHOF RIIOG (KG/M3) (KG/M3) 11-010000 732.96 107.39

13-010000 732.82 107.29

15-010000 732.83 107.33

:.:115-020000: 15-030000 732.83. 107;46 732.85 i07.59

i?:23-0!1000 732.83. 107.60

25-010000 732.78 106.88

31 01--10000 -732.73 106.50

31-020000 732.71 106.24

:.31V-030000:::- i732;67?.... 105.76

31-0400"0 732'.61 105.28

31-050000!.:: 732;59 - 105.01

"35-:010000 732.76 1- 105.93

:39-Q010000- 732,57 : 104.79

41-OO1000 732.5i 104.32

.3-100 .. 732.50 ... 104.256

570.51 619.12

570.59 620.20

570.59 620.18

570.59 620.17

570.59 620.27

618.31 618.31

618.31 618.31

618.28 618.28

618.25 618.25

617.97 617.97

617.97 617Q97

617.97 617.97

617.97 617.97

617.97 617.97

617.97 617.97

617.97 617.97

617.97 617.97

617.97 617.97

617.97 617.97

570.59 620.02

570.59 620.02

570.59 620.02

617.97 617.97

KG MASS ERROR- 0.

323.15 393.38

LIQ.V.VEL. VAP.V.VEL.

(M/SEC) (M/SEC)

3.63144E--02 3.63144E-01

7.9495 7.9423

8.0133 8.0733

8.2208 8.2208

8.2206 8.2206

.31657 ,31638

4.9624 4.9624

4.8520 4.8519

4.9702 4.9701

5.1420 5.1418

5.3150 5.3149

:5.4364 .5A4363

.71414 .71414

5.6242. 5.6243

2.4478 2.4478

•-7.46850E03 -. 53811EO,3.

MTR.TORQ

619.12

620.20

620.18

620. 17

620.27

618.31

618.31

618.28

618.25

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

620.02

620.02

620.02

617.97

KG

393.38

SOUNDE

(M/SEC)

982.96

982.37

982.40

982.41

982.50

982.42

982.18

982.00

981.91

98 .75

99.50,

981.40

981.13

981.33

981.09

981.04

UE n 0.

0.

0.

0.

0.

0.

'o.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

IVRR.EST.- 0.

0.

STATIC QUAL.

0.

0.

0.

0.4

0.4

0.

0.4

0.

0.

.0i 0.

0.,

0.O,

.O.,

(N-M)

.73254

.73277

.73276

.73275

.73279

.59263

.59264

.69275

.59284

.59386

.59386

.59386

.59386

.22828

0.

0.

0.

0.

0.

.73270

.73270

.73270

0.

0.

TOT. [IT. I

(WATTS)

0.

O3

0.

3e

0.

0' O.

O.

3. ; ••

1.30187E+06

1.30186E406

1.30187E+06

1.30188E406

1.30184E+06

1.6076&E+06

1.60764E+06

I.60743E÷06

1.60725E406

1 .60522E406

1 .60522E406

1 .60522E+06

1 .60522E+06

1 .60522E+06

1 .60522E+06

1 .60522E+06

1.60522E+06

1 .60522E406

1 .60523E+06

1 .30194E406

1 .30194E406

1 .30194E406

1 .60522E406

2.09218E405

VAP.HT.INP.

(WATTS)

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0. O.

2.44232E+06

2.43725E÷06

2.43734E+06

2.43743E406

2.43689E406

2.44606E406

2.44607E1406

2.44620E+06

2.44632E406

2.44763E+06

2.44763E606

2.44763E406

2.44763E#-06

2.44763E406

2.44763E06

2.44763E+06

2.44763E+06

2.44763E406

2.44762E,06

2.43819E406

2.43819E406

2.43819E+06

2.44763E06

2.5292OE406

VAPOR GEN.

(KG/M3-SEC)

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

146

t0

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

.. 0.Oi
RELAP5/2/36.04 REACIOR LOSS

DOL4 - SPRAY CAPACITY TEST AT

:45-010000 .732.58 104.10

111-010000 732.36 102.95

111-020000 732.35 102.91

113-010000 732.34 102.84

121-010000• 732.39 i03.37

122-010000 732.40 103.03

122-020000 732.89 102.86

122-030000 732.40 102.69

122-040000 732.38 102.50

122-050000 732.39 102.30

122-060000 732.38 102.12

122-070000 732.37 101.94

122-080000 732.34 101.76

122-090000 732.33 101.58

122-100000 732.32 101.40

122-110000 732.29 101.23

124-010000 732.29 101.12

124-020000 732.27 101.05

124-030000 732.26 100.99

124-040000 732.25 100.92

124-050000 732.24 100.87

124-060000 732.24 100.84

124-070000 732.23 100.79

12500oloo60 732.23 100.89

131-0 1.0000 732.17 100.23

131-020000 732.17 100.33

131-030000 732.18 100.38

131-040000 732.16 10o.3o

140-010000 732.54 104.48

151-010000 732.77 106.82

152-010000 732;80 106.79

153-010000 732.79 106.75

153-020000 732.81 106.98

180-010000 1009.7 170.17

211 -00000 732.36 102.95

211-020000 732.35 102.91

213-010000 732;34 102.84

221-010000 732.39 103.31

222-010000. 732.40 103.03

222-020000 732.19 102.86

222-030000 732.40 102.69

222-040000 732.38 102.50

222ý-050000 732.39 102.30

222-060000 732.38 102.12

222-ý0700000. 732.37 101-94

222-080000 732.34 101.76

222-090000 732.33 !01.58

222-100000 732.32 101.40

222-•110000 '732.29 101.23

224-010000 732.29 101.12

224-020000 732.27 101.05

224-030000 732.26 100.99

224-040000 732.25 '100.92

224-050000 732.24 100.87

224.-060000:::732.24 .. 100.84

224-0700000 732.23 100.79

225,010000. -.- 732.ýa23.... 100.89

OF COOLANI ANALYSIS PROGRAM

ZERO POWER

PAGE 147

87/01/22.

1.20687E-04

16.615

16.618

16.618

2.2140

6.6338

6.5533

6.4840

6.4168

6.3553

6.3052

6.2606

6.2216

6.1873

6.1570

6.1291

6.1029

6.0715

6.0374

6.0099

5.9909

5.9727

5.9294

1.9554

12.865

13.167

13.167

13.226

2.4751

16.806

16.712

16.730

14.764

6.14068E-03

16.615

16.618

16.618

2.2140

6.6338

6.5533

6.4840

6.4168

6.3553

6.3052

6.2606

6.2216

6.1873

6.1570

6.1291

6.1029

6.0715

6.0374

6.0099

5.9909

5.9727

5.9294

1.9554

3.52312E-04

16.615

16.618

16.618

2.2140

6.6339

6.5533

6.4840

6.4168

6.3553

6.3052

6.2606"

6.2216

6.1873

6.1570

6.1291

6.1029

6.0715

6.0374

6.0099

5.9909

5.9727

5.9294

1.9554

12.865

13.167

13.167

13.226

2.4751

16.806

16.698

16.730

14.764

6.14068E-03

16.615

16.618

16.618

2 .2140

6. 6339

6.5533

6.4840

6.4168

6. 3553

6.3052

6.2606

6.2216

6.1873

6.1570

6.1291

6.1029

6.0715

6.0374

6,0099

5.9909

5.9727

5.9294

,.-9554

981.37

980.47 980.44

980.39

980.59

980.62

980.58

980.64

980.59

980.62

980.56

980.54

980.41

980.37

980.33

980.21

980.22

980.17

980.12

980.08

980.04

980.01

979.98

979.96

979.75

979.74

979.77

979.71

981.20

982.14

982.29

982.26

982.33

1442.5

980.47

980.44

980.39

980.59

980.62

980.58

980.64

980.59

980.62

980.58

980.54

980.41

980.37

980.33

980.21

980.22

980.17

980.12

980.08

980.04

980.01

979.98 979, 96:

0.

0.

0,

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

O0

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

O.

0.

0.

0.

0.

0.

0.

0.

0.

O.

O.

0.

0.

0.

0.

-129.80

-3.53889E405

-3.11612E405

-2.51453EI05

-2.79841E405

-1.73172E405

-1.41532Et05

-1.10052E*05

-1.10272E405

-79006.

-47843.

-51843.

-18300.

-34303.

-34573.

-34848.

-22360.

-20586.

-29496.

130.34

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

-129.80

-3.53889E#05

-3.11612E405

-2.51453E*05

-2.79841Et05

-1.73172E405

-1.41532E+05

-1.10052Et05

-1.10272E,05

-79006.

-47843.

-51843.

-18300.

-34303.

-34573.

-34848.

-22360.

-20586.

-29496.

:130.34

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.:

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

O0

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

-06
RELAP5/2/36.04 REACTOR LOSS

DOEL4 - SPRAY CAPACITY TEST AT

231-010000 732.17 100.23

231-020000 732.17 100.33

231-030000 732.18 100.35

232-010000 732.16 100.30

240-010000 732.54 104.48

251-010000 732.77 106.82

253-010000 732.76 106.79

253-020000 732.75 106.75

253-030000 732.79 106.98

282-010000 928.80 19.070

!11-01O00Q 732.36 102.95

311-020000 732.36 102.95

313-010000 732.34. 102.84

321-010000 732.39 103.37

322-010000 .732.40 103.03

322-020000 732.39 102.86

322-030000 732.40 102.69

322-040000 732.38 102.50

322-060000 732.39 102.30

322-060000 732.38 102.12

322-7070000 732.37 101.94

322-080000 732.34 101.76

322-090000 732.33 101.58

322-100000 732.32 101.40

322-110000 732.29 101.23

324-010000 732.29 101.12

324-020000 732.27 101.05

324-030000 732.26 100.99

324-040000 732.25. 100.92

324-050000 732.24 100.87

324-060000.... 732.24 100.84

324-070000 732.23 100.79

325-010000' 732.23 100.89

331-010000 732.17 100.23

331ý-020000 732.17 100.33

331 -030000 732.18 100.38

331-040000 732. 16 100.30

340-010000 732.54 104.48

351-010000 732.77 106.82

52-010000 732.76 106.79

353-010000 732.75 106i75

353-6206000 732.79 iO6.98

40070!000. 592.63 ... 102.75

400-020000 592.64 102.75

400-03000.. 592.75 102.69

400-040000 502.84 102.63

410-•010000 593.86 : 102;04

410-020000 593.86 102.04

4•10-030000 593.86 102.04

410ý-40000 593.86 102.04

410-050000 593.86 ..... 102.04

410-0666006 593.86 102.04

4107070000 .- :593.86 ." 102.04

41O0080000 593.86 i02.04

410O090000 ... 593i86: 102.04

420-010000 593.85 102.05

430-01009.( .9* 70 . 10rý.d3

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

12.865

13.167

12.603

13.226

2.4751

16.807

16.730

16.730

14.764

0.16.598

16.601 *16.610

2.2143

6.6346

6.5540

6.4846

6.4174

6.35658

6.3057

6.2610

6.2221

6.1878

6.1575

6.1295

6.1032

6.0718

6.0377

6.0102

5.9912

5.9730

5.9297

1.9555

12.866

13.168

13.167

13.226

2.4751

16.807

16.731

16.731

14.764

0.

0.

0. , 0.

0.

0.

0.

0.

O.

0.

-1.40323E-05

5.00008-03

12.865

13.167

15.222

13.226

2,4751

16. 806

16. 730

16.730

14. 764

0.

16-598

16.601

16.61O

2.2143

6.6347

6.5540

6.484.7

6.4174

6.3559

6.3057

6.2610

6.2221

8.1878

6.1575

6.1295

6.1032

6.0710

6.0377

6.0102

5.9912

5.9730

5.9297

1.9555

12.866

13.167

13.167

13 . 226

2.*4751

16.806

18.731

16.731

14.764

0.

0.

0.

0.

0.

0.

0.

0.

0. 0.

0.

-4. 1O957E-23

PAGE

87/01/22.

979.75 0. 0. 0. 0..

979.74 0. 0. 0. 0.

979.77 0. 0. 0. C.

979.71 0. 0. 0. 0.

981.20 0. 0. 0. 0.

982.14 0. 0. 0. 0.

982.12 0. O. D. 0.

982.09 0. 0. 0. 0.

982.25 0. 0. 0. 0.

1467.8 0. 0. 0. 0.

980.47 0. 0. 0. O.

980.47 0. . 0. 0. 0.

980.40 0. 0. 0. 0.

980.59 0. -129.80 0. .0.

980.62 0. -3.63897E+06 0. 0.

980.58 0. -3.11621E405 0. 0.

980.64 0. -2.51460E+06 0. 0.

980.59 0. -2.79845E+05 0. 0.

980.63 0. -1.73174E+05 0. 0.

980.58 0. -1.41535E+05 0. 0.

980.64 0. -1.10052E+085 0. 0.

980.41 0. -1.10274E805 0. 0.

980.37 0. -79005. 0. 0.

980.33 0. -47843. 0. 0.

980.21 0. -51843. 0. 0.

980.22 0. -18298. 0. 0.

980.17 0. -34298. 0. 0.

980.12 0. -34568. 0. 0.

980.08 0. -34843. 0.0. 

980.04 0. -22357. 0. 0.

980.01 0. -20583. 0. 0.

979.98 0. -29492. 0. 0.

979.96 0. 130.34 0. 0.

979.75 0. 0. 0. 0.

979.74 0. 0.: 0. 0.

970.77 0. 0. 0. 0.

979.71 0. . 0. 0. . 0.

981.20 0. 0. 0. 0.

982.14 0. 0. 0. 0 0.

982.12 0. 0. 0. 0.

982.09 " 0. 0. 0.0

982.26 0. 0. 0. 0.

618.61 0. -4638.2 0. . 618.62 0. -4638.2 0. 0.

816.83 0. . -;4637.7 0. 0.

i19.02 0. -4637.3 0. 0.

621011 0.; *. !-1224.9 0. O a.

62i.I1 0. -2450.2 0. 0

621.11 0. -3800.0 0. .. 0

621.11 0. 58995. 0. .

181.81 . 21580 .. 5980.9 0..:0

372.13 1.0000 -16333. 0. 0.

372.13 1.000() 16333. 0. * 0.

372.13 1.0000 -3811.5 0. 0

372.13- 1.0'163T.4 0Cy.

372.12 1.0000 -1148.4 0. 981.87 . . : .. ...... .. .. .. . 0..

148

5. .00000403::...
RELAP5/2/36.04 REACTOR LOSS .. DOEL4 -:SPRAY CAPACITY TEST AT

440-;010000

450-010000

49O-01OOOO

940-010000

JUN.NO.

732.70

732.70

593.86

988.11

FROM VOL.

106.43

106.43

102.04

1.1294

TO VOL

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

6.00000E-03 5.OOOOOE-03

* 5.OOOOOE-03 5.OOOOOE-03

0. 0.

0. 0.

LIQ.J.VEL. VAP.J.VEL.

(M/SEC) (M/SEC)

PAGE 149

87/01/22.

981.87

981.87

372.13

1537.3

MASS FLOW

(KO/SEC)

SYSTEM 1.

UPDOWNC BRANCH COMPONENT

11-010000 -13-010000 11-010000

11-020000 11-010000 45-010000

UPDOWNOZZ BRANCH COMPONENT

13-010000 153-020000 13-010000

"13-020000 253-030000 13-010000

13-030000 353-020000 13-010000 . 13.-040o000 13-010000 15-010000

DOWNCTS ANNULUS COMPONENT

.1•010000 16-010000 15-020000

15-020000 15-020000 15-030000

LOWPLEN BRANCH COMPONENT

23-010000 15-030000 23-010(X00 ::::23-020000 -23-010000 25-010000

CORE IN BRANCH COMPONENT

25-010000i .256010000 .31-010000

25-020000 25-010000 35-010000

corE PIPE COMPONENT

31-010000 31-010000- 31-020000

<31-020000 31-020000 31-0300(=

31-030000 31-030000- 31-040000

:31-040000 31-040000 31-050000

COREEX BRANCH COMPONENT

:397-010000 31-050000 39-010000

39j-020000 35-010000 39-010000

UPPLENIf 41-0i00006 : BRANCH COMPONENT 39-010000 41-010000

.41-020000 41-QI0000 . 43-010000

UPPLEN2 BRANCH COMPONENT

:-!43-010000 -- 43-010000 111-010000

43-020000 -43-O1O000 211-O0Oo00

:,43-030000 -43-010000 311-010000

UPHEAD BRANCIH COMPONENT

45-0!0000:43-010000 45-010000

HTLEGR1 PIPE COMPONENT

111-010000 111-010000 111-020000

HTLEGR2 BRANCH COMPONENT

113-010000.. 111-020(00, 113-010000

INBOX BRANCH COMPONENT

:12;O10000..121-010000 122-010000

121-020000 113-010000 i2i-Ol0o0o

UTUBE:::. . .',:PIPE'. ::.. COMPONENT

122-010000 122-010000 122-020000

122-020000 122-02000O 122-030000

122-030000 122-030000 122-040000

122-040000(1.'22-040000 122-050000

122-05000 122-050000 122-060000

•122-06000O. '1227060000 .122-070000

3.63144E-02

18.176

14.764

14.764

14.764

8.2209

8.2209

8.2207

8.2206

4.9622

4.8130

5.7764

4.8910

5.0494

5.2346

5.3955

5.4773

5.7771

5.6214

2.4479

16.613

16.613

16.596

-7.46699E-03

16.618

16.618

6.6772

16.619

6.5905

6.5160

6.4520

6.3816

6.3290

6.2B13

3.63144E-02 49.284

18. 176 49.292

14.764 4695.5

14.764 4695.4

14.764 4695.4

8.2209 14916.

8.2209 15483.

8.2207 15483.

8.2206 15483.

4.9622 14037.

4.8130 13814.

5.7764 423.28

4.8910 13633.

5.0494 14281.

5.2346 14804.

5.3955 15258.

5.4773 15489.

5.7771 423.32

5.6214 15896.

2.4479 15896.

16i613 5316.7

16.613 5316.1

16.596 .5311.2

-7.46699E-03 -48.493"

16.618 5317.2

16.618 5317.2

6.6772 5316A8

16.619 5307.4

6.5905 5247.8

6.5160 5188.4

6.4520 5137.5

6.3816 5081.3

6.3290 5039.5

6.2013 5001.4

0.

0.

0.

JUN. AREA

(M2)

1.8520

3. 70000E-03

.43400

.43400

.43400

2.4760

2. 5700

2. 5700

2.5700

3. 8600

3.8600

.10000

3. 8600

3.,8600

3. 8600

3.8600

3. 8600

.10000

3. 8600

8. 8650

.43690

.43690

.43690

8.8650

.43690

.43690

1.0872

.43690

1.0872

1.0872

1.0872

1.0872

1.0872

0.

0.

0.

89824.

THROAT

RATIO

0.

0.

0.

0.

JUNCTION

FLAGS

0.

0.

0.

0.

CHOKE

FLAG

NO.ADVS.CHOKED

EDIT TOTAL

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

i.0060

"1.0000 1.0000

1.0000

1.0000

S1,0000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

* 00000

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0.

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

.0.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT

"l DOCL4 ;-'SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM

122-070000 122-070000 122-680000

122-080000 122-080000 122-090000

122-000000: 122-090000 122-100000

122-100000 122-10C0)00 122-110000

UJUN .'-.:SNGLJUN COMPONENT

123-000000 122-110000 124-010000

UTUBE PIPE COMPONENT

124-.010000 124-010000 124-020000

124-020000 124-020000 124-030000

124-030000 124-030000 124-040000

124-040000 124-040O00 124-0O5000

124-050000 124-050000 124-060000

-124-060000 124-060000 124-070000

OUTBOX BRANCH COMPONENI

125"010000 124-070000 125-01000

125-020000 125-010000 131-010000

SEALR . PIPE COMPONENT

131-0100X)0 131-010000 131-020000

131-020000 131-020000 131-030000

131-030000 131-030000 131-040000

PUMPR". PUMP COMPONENT

i40-010000 131-040000 140-O10OO0

.140-020000 140-010000 151-O10000

COLDR2 BRANCH COMPONENT

152-010000 151-010000 152-010000

152-020090 152-010000 153-010000

COLOR3: PIPE _ COMPONENT

153-01oooo 153-010000 153-02OO00

CVJUN-:: TMDPJUN COMPONENT

181-000000 180-010000 152-O1OOOO

HTLEGG1 PIPE .. COMPONENT

211-010000 211-010000 211-020000

HTLEGG2: BRANCH COMPONENT

213-0i0000 211-020000 213-010000

INBOX.::-; BRANCH COMPONENT

22i-010000 221-010000 222-010000

221-020000 :213!010000 221-010000O

TIJUBE PIPE COMPONENT

222- 01000Q. 222-010000 222-020000

222-020000 222-020000 222-030000

222-ý030000:. 222-030000 222-040000

122-040000 222-040000 222-050000

222-0500QO .222-050000 222-060000

222-060000 222-O6OooO 222-070000

222-070000 .-.:222-070000.e.222-080000

222-080000 222-080000 222-090000

222-090000 ).222-090000 222-100000

222-160060 222-100000 222-I10000

UJUN.:.. "I::.SfGLJUN. COMPONENT

223-0000 22-i10600 224-010000

UTUBE-.:, ,: PIPE: COMPONENT

224-010000 224-010000 224-020000

2247020000 224-020000 224-030000

224-030000 224-030000 224-046000

224-;040000 224-040000 224-050000

224z-050000 224ý-50000 224-060000

Z24-060C' - '-060n00 224!C7O)0C'ý

6.2398

6.2034

6.1712

6.1428

6.1154

6.0904

6.0525

6.0222

5.9976

5.0842

5.9612

5.8938

12.865

13.167

13.167

13.167

13.285

16.884

16.730

16.730

16.730

1.7595

16.618

16.618

6.6772

16.619

6.5905

6.5160

6.4520

6.3816

6.3290

6.2813

6.2398

6.2034

6.1712

6.1428

6.i154

6.0904

6.0525

6.0222

5.9976

5.9842 5.9512 

i

6.2398 4968.3

6.2034 4939.1

6. 1712 4913.4

6.1428 4890.7

6.1154 4868.7

6.0904 4848.8

6.0525 4818.4

6.0222 4794.4

5.9976 4774.7

5.9842 4764.0

6.9612 4745.6

6.8938 4696.0

12.865 4695.0

13.167 4694.9

13.167 4694.9

13.167 4695.0

13.285 4737.0

16.884 4737.0

16.730 4695.3

16.730 4695.5

16.730 4695.4

1.7595 6.2000

16.618 5311.2

16.618 5317.2

6.6772 5316.8

16.619 5317.4

6.5905 5247.8

6.5160 5108.4

6.4520 5137.5 6.3816 5081.3

6.3290 . 5039;5

6.2813 5601.4 6.2398 4968ý3

6.2034 4939.1

6. 1712 4913.4

6.1428 4890.7

6.1154 4868.7

6.0904 4848.8

.6.0525. 4818.6

6.0222 4794.4

5.9976 4774i7

5.9842 4764.0

5.9612 5 A.41745.6

87/01/22,

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

.0872 1.0000

1.0872 1.0000

1.0879 1.0000

.49840 1.0000

.48700 1.0000

.48700 1.0000

.48700 1.0000

.48700 1.0000

.38300 1.0000

.38300 1.0000

.38300 1.0000

.38300 1.0000

3.490006-03 1.0000

.43690 1.0000

.43690 1.0000

1.0872 1.0000

.43690 1.0000

1;0872 1.0000

1.0872 1.0000

1.0872 1;0000

1.0872 1.0000

1.0872 1.0ooo

1.0872 1.0000 • 1.0872 1.0000

1.0872 1.0000

1.0872 '1.0000

i.0IQ72 1 .0000

1.0872 1.0000

1.0872 1.0000

1 1.o872 1.0000

1'0872 1.0000

1.0872 1:0000 .

.'•,.:•I•O 72:.:,.:.:• .i::.: .O(X r•

00000

00000

00000

00000

00000

00000

C00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

000000

00000

00000

00000

00000

00000

00000 .00000

00000

00000

00000

*00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000000000

0* 000000000000000000

0. 000000000

0'

0.

0.

PAGE

000000000

.0000000000000

.0000000000000000000

15000000000000000000000000000000000000000000

..O
RELAP5/2/36.04 REACTOR LOSS OF COOLANT

."DOEL4- SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE 151

87/01/22.

OUTBOX:. BRANCH COMPONENT

225-010000 224-070000 225-010000

225-020000 225-010000 231-010000

SEALGI PIPE COMPONENT

231-'010000 231-01000M 231-020000

231-020000 231-020000 231-030000

$ýALQ2 BRANCH COMPONENT

232-010000 231-030o00 232-O1O000

PUMPR PUMP COMPONENT

240-010000 232-010000 240-010000

240-020000 240-010000 251-OIOOOO

COLGi BRANCH COMPONENT

251-010000 251-010000 253-010000

COLG2 PIPE COMPONENT

253-010000 253-010000 253-020000

253-020000 253-020000 253-030000

T1A83. TMDPJUN COMPONENT

283-000OOO 231-030000 282-010000

HTLEGBI PIPE COMPONENT

311-016000 311"-010000 311-020000

SURGEJUN SNGLJUN COMPONENT

312-OOOOOO -400-010000 -311-020000

HTLEGB2 BRANCH COMPONENT

313-010000 31-020000 313-010000

TNBOX . BRANCH COMPONENT

.321-010000 32i-010000 322-010000

321-020000 313-010000-321-010000

UTUBE PIPE -. COMPONENT

322ý-010000 .322z0 10000-322z020000

322-020000 322-020000 322-030000

322-030000 322-030000 322-040000

322-040000 322-040600 322-050000

322*050000 322-050000 322-060000

322-060000 322-060000 322-070000

322-070000 322rO7OOOO 322-080000

322-080000 322-080000 322-090000

322-090000 322-090000 322-100000

322-1000oo 322-100000 322-110000

UJUN ' ;... SNGLJUN. COMPONENT

323-:000.0 322-410000 324-010000

UTUBE-: :. PIPE'-: COMPONENT

324-•61000 324-010000 324-020000

324-020000 324-020000 324-030000

324-:b300(00 324-030000 324-040000

324-040000 324-040000 .324-050000

124-'50000 324-05000d 324-060000

324-060000 324-060000.324-070000

OUtbbx BRANCl COMPONENT

325'010000: 324-070000- 325-010000

325-020000 325-01OOOO 331-OOOOO

SEALB' ::, .:.::PPIPE ' COMPONENT

331-O10000 331-010000 331O-20ooo

331-020000:331-020000 331-030000

33i-030000 331-030000' 33i'040000

PUMPR-:'- PUMP: .:.. COMPONENT

3406-10 331i-040OO 340-O10000

40o-020000::. 340-rx0-10000 3-51-0 10000

5.8938

12.865

13.167

13.167

13.167

13.285

16.884

16.730

16.730

16.730

5.8938

12.865

13.167

13.167

13.167

13.285

16.884

16.730

16.730

16.730

4695.0

4695.0

4694.0

4694.9

4695.0

4737.0

4737.0

4695.3

4695.2

4695.2

0. 0. 0.

16.601 16.601 5311.8

0. 0. 0.

16.600 16.600 5311.5

6.6780 6.6780 5317.4

16.621 16.621 6318.1

6.5912 6.5912 5248.3

6.5167 6.5167 5188.9

6.4526 6.4526 5138.0

6.3822 6.3822 5081.8

6.3295 6.3295 5039.9

6.2818 6.2818 5001.8

6.2402 6.2402 4968.6

6.2039 6.2039 4939.5

6.1717 6.1717 4913.8

6.1432 6.1432 4991.1

6.1157 6.1157 4869.6

6.0907 6.0907 4849.1"'

6.0528 6.0528 4818.8

6.0225 6.0225 4794.6

5.9979 5.9979 4775.0

5.9845 5.9845 4764.2

5.9615 5.9615 4745.9

5.8941 5.8941 4695.2

12.865 12.865 4695.0

13.168 03.168 4695.3

13.167 13.167 . 4694.9

i3.67 13.A167 4695.0

3.285 3.28 73

16.884 6. 884 "4737,0

1.0879 1.0000

.49840 1.0000

.48700 1.0000

.48700 1.0000

.48700 1.0000

.48700 1.0000

.38300 1.0000

.38300 1.00oo

.38300 1.0000

.38300 1.0000

.48700 1.0000

.43690 1.0000

6.3118OE-02 1.0000

.43690 1.0000

1.0872 1.0000

.43690 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.6000

T.0872 1.0000

1.0872 1.0000

:1.0872 1.0000

1.0872 1.0000

1.O872 1.0000O

:1,0879 1.0000

.49840 1.0000

.8700. .1.0000

.48700 1.0000

.48700 1.0000

.48006 A.6ooo

•"V83. .' 1.0000:.

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

10001

00000

OO0000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

000000

00000

00000

00000

00000

00000

00000

00000

0 0

0 0

0 0

0 0

0 0

0 0

O O

0 0

0 0

O O

0 0

0 0

0 0

0 0

0 0

0 0

'o 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

O 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0. 0

0 0l

0 0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0....
RELAP5/2/16.04 REACTOR LOSS OF COOLANT AtNALYSIS PROGRAM

OOEL4 -,SPRAY CAPACITY TEST AT ZERO POWER

COLDR2! BRANCi. COMPONENT

352-010000 351-010000 352-010000 16.731 16.731

352-020000 352-010000 353-010000 16.731 16.731

COLDR3 PIPE - COMPONENT

353-010000 353-010000 353-020000 16.731 16.731

SURGE PIPE COMPONENT

400-01OOO0 400-010000 400-020000 0. 0.

400-020000 400-020000 400-030000 0. 0.

400-030000.. 400-03oooo 400-040000 o. 0.

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PAGE 152

a7/01/22.

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT

DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE 153

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

:: DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 154

87/01/22.

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PPOGRAM

:Q:OEL4,- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 155

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SURFACE

TEMP.

(K)

570.49

570.49

570.43

570.35

570.42

570.35

570.41

570.35

570.40

570.35

570.39

570.35

570.38

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HEAT TRF.

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(WATT)

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0.

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3.53889E105

-3.11612E405

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HEAT FLUX

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6.09265E-09

0.

-1461.9

1285.8

-1322.0

1170.7

-1066.8

944.69

-939.31

831.82

-686.88

608.28

-561.38

497.14

-436.52

386.56

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387.34

-313.37

277.51

-189.76

168.05

-191.17

169.29

-111.90

112.36

-67.481

59.759

-68.031

60.246

-68.565

60.719

-69.112

61.203 -69.550

61.591

-69.855

61.861

-70.147

62.1I9

-70.147

62.119

1.84036E-08

0.

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87/01/22.

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0. 0. 0.

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0. 0. 0.

0. 0. 0.

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0. 0. 0.

CRITICAL MODE HEAT TRF.

HEAT FLUX COEF.

(WATT/M2) (WATT/M2-

K)

0. 2 6544.2

0. 0 0.

0. 2 41095.

0. 0 0.

0. 2 40696.

0. 0 0.

0. 2 40353.

0. 0 0.

0. 2 40020.

0. 0 0.

0. 2 39714.

0. 0 0.

0. 2 39464.

0. 0 0.

0. 2 39242.

0. 0 0.

Q. 2 39048.

0. 0 0.

0. 2 38877,

0. 0 0.

0. 2 38725.

0. 0 0.

0. 2 38586.

0. 0 0.

0. 2 6544.2

0. 2 5927.7

0. 2 38455.

0. 0 0.

0. 2 38296.

0. 0 0.

0. 2 38125.

0. 0 0.

0;. 2 37986.

0. 0 0.

0. 2 37890.

0. 0 0.

0. 2 37798.

0. 0 0.

0. 2 37579i

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0. 2.. 37579.

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0.

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0.

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0.

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NET HEAT

LOSS

(WATT)

6.49299E-08

1.64397E-05

-3.06573E-05

-3.06405E-06

-1.13733E-05

-2.13804E-05

3.83640E-05

-6.72624E-05

3.46471E-05

3.52515E-05

8.33303E-05

9.24040E-05

.53702

2.72429E-05

-2.56153E-05

-2.11692E-05

-2.96487E-05

-2.82396E-05

-5.96768E-06

-9.02262E-05

-3.85147E-05

1..670886E-07

6,49299E-08..

VOL. AVE.

TEMP.

(K)

570.49

570.39

570.38

570.38

570.37

570.37

570.36

570.38

570.36

570.36

570.35

570.35

570.43

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

:570.37

.570.49
0ELAPS/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM : DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 156

RIGHT 0-000000

2220-001 LEFT 222-010000

RIGHT 0-000000

2220-002 LEFT 222-020000

RIGHT O-0cX00)00

2220-003 LEFT 222-030000 ' . ; . RIGHT O-000X)0

2220-004 LEFT 222-040000

RIGHT 0-000000

2220-005 LEFT 222-050000

RIGHT O-OX)X00

2220-006 LEFT 222-060000

RIGHT 0-000000

2220-007 LEFT 222-070000

RIGHT 0-000000

2220-008 LEFT 222-080000

RIGHT 0-000000

2220-009 LEFT 222-090000

RIGIlT 0-000000

2220-010 LEFT 222-100000

...... RIGHT 0-000000

2220-011 LEFT 222-110000

RIGHT 0-000000

2231-001 LEFT 221-010000

RIGHT 225-010000

2240-001 LEFT 224-010000 - RIGHT 0-000000

2240-002 LEFT 224-020000

* RIGHT 0-000000

2240-003 LEFT 224-030000

RIGHT 

. 0-000000

2240-004 LEFT 224-040000

RIGHT... ... 0-000000

2240-005 LEFT 224-050000

RIGHT: 0-000000

2240-006 LEFT 224-060000

,2240-001 'RIGHT .. :.0-000000 LEFT 224-070000

RTRGHT .. O--.0o00o

-2A0--08 LEFT 224-070000

RIGHT. 0-000000

2251-001 LEFT 225-010000

*RIGHT 0-000000

3211-001i LEFT 321-010000'

LEFGT. 30-000000

3220-001 LEFT 322-010000 : ' RIGHT .. 0-000000

3220-002 LEFT 322-020000

RIGHT : 0-000000

3220-003 LEFT 322-030000

.RIGHT.. o0-000000

3220-04• LEFT' "322-040000

1210-065 'LEFT 322-050000

RIGHT 0:.:.o-oo0oo

2 6LEFT 322-060000

'. RIG-.. 0-00oo

570.49

570.43

570.35

570.42

570.35

570.41

570.35

570.40

670.35

570.39

570.35

570.38

570.35

570.37

570.35

570.37

670.35

570.37

570.35

570.36

570.35

570.36

570.35

570.48

570.38

570.35

870.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.37

570.37

570.49

570.49

570.43

570.35

570.42

570.35

570.41

570.35

570.40

570.35

570.39

570.35

570.38

570.35

0.

-3. 53889E #05

3. 53889E 105

-3. 11612E,05

3.11612E405

-2.51453E405

2.51453E405

-2.79841E405

2. 7984 IE405

-1.73172E+05

1.73172E405

-1.41532E405

1.41532E405

-1.10052E#05

1. 10052E405

-1. 10272E405

1 .10272E+05

-79006.

79006.

-47843.

47843.

-51843.

51843.

-129.80

130.34

-18300.

18300.

-34303.

34303.

-34573.

34573.

-34848.

34848.

-22360.

22360.

-20586.

20586.

-20672.

20672.

-8824.3

8824.3.

1.70886E-07

0.

O1.137 15E-07

0.

-3.53897E t05

3. 53897E+05

-3. 11621E405

3.11621E05

-2.51460Ef05

2.51460E+05

-2.79845E +05 _2 79845E+05

-1.73174E405

1 .73174E+05

-1.41535E+0S

1.41 '535S 4-05

0.

-1451.9

1285.8

-1322.0

1170.7

-1066.8

044.69

-939.31

831.82

-686.88

508.28

-561.38

497.14

-436.52

386.56

-437.39

307.34

-313.37

277.51

-189.76

188.05

-191.17

169.29

-111.90

112.36

-67.481

69.759

-68.031

60.246

-68.565

60.719

-69.112

61.203

-69.550

61.591

-69.855

61.861

-70.147

62.119

-10.147

62.119

1.84036E-08

0.,

1 .22466E-08 0.

-1452.0

1285.8

-1322.0

1170.7

-1066.8

944-.71

-939.32

831.83

-686.89

608.28

-661.39

497.15

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

O.

0.

0.

0.

0.

0.

Q0

0.

0.

0.

0.

0.

0.

0.

0.

87/01/22.

0 0.

2 41095.

d O.

2 40696.

0 0.

2 40353.

0 0.

2 40020.

0 0.

2 39714.

0 0.

2 39464.

0 0.

2 39242.

0 0.

2 39048.

0 0.

2 38877.

0 0.

2 38725.

0 0.

2 38586.

0 0.

2 6544.2

2 5927.7

2 38455.

0 0.

2 38296.

0 0.

2 38125.

0 0.

2 37986.

0 0.

2 37890.

0 0.

2 37798.

0 0.

2 37579.

0 0.

2 37579.

0. 0.

2 5927.7

0 0.

2 6544.8

0 0 ..

2 41099.

0 0.

2 40700.

2 4057.

0 0..

2 40023.

2 39717. 0....O

2 39 467.:.

o0 0. .... ,.*..:

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.'

1 .64397E-05

-3.06573E-05

-3.06405E-06

-1.13733E-05

-2.13804E-05

3.83640E-05

-6.72624E-05

3.46471E-05

3.52515E-05

8.33303E-05

9.24040E-05

.53702

2.72429E-05

-2.56153E-05

-2.I1692E-05

-2.96487E-05

-2.82396E-05

-5.96766E-06

-9.02262E-05

-3.85147E-05

1.70886E-07

1.13715E-07

-8.44058E-05 . .25825E-06

-6.5456iE-05

6.54962t-05

-8.62870E-06

..-.. -3. 846566 -o5

570.39

570.38

570.38

570.37

570.37

570.36

570.36

570.36

570.36

570.35

570.35

570.43

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.37

570.49

570.39

57d.38

570.38

570.37

570.37

570.36
RELAP5/2/36.04 REACTOR LOSS OF CO

DOEL4 

- SPRAY CAPACITY TEST AT ZERO

3220-007 LEFT 322-070000 570.37

RIGHT 0-000000 570.35

3220-008 LEFT 322-080000 570.37

RIGHT 0-000000 570.35

3220-009 LEFT 322-090000 570.37

RIGHT 0-000000 570.35

3220-:010 LEFT 322-100000 570.36

RIG1IT 0-000000 570.35

3220-011 LEFT 322-110000 570.36

RIGIHT 0-000000 570.35

3231-001 LEFT 321-010000 570.48

RIGHT 325-010000 570.38

•3240-001. LEFT 324-010000 570.35

RIGtlT 0-000000 570.35

3240-002 LEFT .324-020000 570.35

RIGHT 0-000000 570.35

3240-003 LEFT 324-030000 570.35

RIG1hr 0-000000 570.35

3ý40-004 LEFT 324-040000 570.35

RIGHT 0-000000 570.35

3240-005 LEFT 324-050000 570.35

RIGHIT 0-000000 570.35

3240-006 'LEFT 324-060000 570.35

RIGHTh 0-000000 570.35

3240-007 LEFT 324-070000 570.35

RIGHT 0-000000 570.35

3240-008' LEFT 324-070000 570.35

RIGHT 0-000000 570.35

3251-!001 LEFT 325-010000 570.37

RIGHT 0-000000 570.37

4000-001 LEFT 400-010000 617.40

RIGIIT 940-010000 616.76

4000-002 LEFT 400-020000 617.40

RIGHT 940-010000 616.75

4000-003 *LEFT 400-030000 617.37

RIG1IT 940-010000 616.72

4000-;004 LEFT 400-040000 617.34

RIGHT 940-010000 616.70

41.01-001 -LEFT:. 410-010000 617.01

RIGHT 940-010000 615.03

41.01-002. ;LEFT -'..410-020000 617.01

RIGHT 940-010000 615.03

4102.-001 LEFT :.-410-030000 617.03

RIGHTT 940-010000 615.10

410f-O02 .i LEFT "-ý410-040000 617.03

.RIGiT 940-010000 615.10

4.102-003 -:LEFT : 410-:050000 

. 617.89

RIGHT '940-010000 615.95

4102-004-.: LEFT:-.: 410:-060000 617.89

RIGHT 940-0i0000 615.95

4102-005 LEFT 410-070000 617.89

.RIGHT 94o-0i00o0 615.95

4102-006 -'LEFT 410-;080000 617.92

RIGHT 940-010000 615.98

!.03-001: .::LEFT::-. 410-;090000: '617.92

RIGifT 940-010000 616.12

4103002 LEFT ,42.-7010000:: 617.93

POLANT ANALYSIS PROGRAM

POWER

PAGE

87/01/22.

-1.100(52E2

1. 10052E+

-1. 10274E+

1. 10274Ei

-79005.

79005.

-47843.

47843.

-51843.

51843.

-129.80

130.34

-18298.

18298.

-34298.

34298.

-34568.

34568.

-34843.

34843.

-22357.

22357.

-20583.

20583.

-20069.

20669.

-8823.0

8823.0

-3.08284E0.

-4638.2

4638.2

-4638.2

4638.2

-4637.7

4637.7

-4637.3

4637.3

-1224.9

1224.9

-2450.2

2450.2

-3800.0

3800.0

-7947.4

7947.4

-16333.

16395.

-16333

16406.

-16333..'

16406.

-3811.5

3836.0

-1637.4

i649.7

'-1148,4

05 -436.51 0. 2 39244. 0.

05 386.56 0. 0 0.

05 -437.40 0. 2 39050. 0.

05 387.34 0. 0 0.

-313.37 0. 2 35879. 0.

277.51 0. 0 0.

-189.71 0. 2 38728. 0.

168.05 0. 0 0.

-191.17 0. 2 38588. 0.

169.29 0. 0 0.

-111.90 0. 2 6544.8 0.

112.36 0. 2 5927.8

-67.472 0. 2 38456. 0.

59.751 0. 0 0.

-68.021 0. 2 38298. 0.

60.237 0. 0 0.

-68.556 0. 2 38126. 0.

60.710 0. 0 0.

-69.102 0. 2 37988. 0.

61.194 .0. 0 0.

-69.540 0. .2 37892. 0.

61.583 0. 0 0.

-69.845 0. 2 37860. 0.

61.852 0. 0 o. -70.137 0. 2 37581. 0.

62.111 0. 0 0.

-70.137 0. 2 37581. 0.

62.111 0. 0 0.

08 -3.32008E-09 0. 2 5927.8 0.

0. 0. 0 0.

-923.78 0. 2 1014.8 0.

736.94 0. 0 2.5100

-923.78 0. 2 1015.1 0.

736.94 0. 0 2.5100

-923.68 0. 2 1014.8 0.

736.86 0. 0 2.5100

-923.60 0. 2 1014.6 0.

736.80 0. 0 2.5100

-836.07 0. 2 872.59 0.

732.61 0. 0 2.5100

-836.07 0. 2 872.59 0.

732.61 0. 0 2.5100

-812.15 0. 2 866.26 0.

732.79 0. 0 2.5100

-812.15 0. 

. 2 866.26 0.

732.79 0. 0 2.5100

-814.52 O. 11 10426. 0.

737.70 0. 0 2.5100

-814.52 0. 10 10134.. 0.

738.20 0. 0 2.5100

-814.52 0. 10 10134. 0.

738.20 0. 0 2.5100

-814.60 0. 10 16450. 0.

739..75 0. 0 2.5100

:-829.90 

.

. 10 .20036. 0.

740.87 0. 0 2.5100

o-1829.92 0: 10 

. 22545.- 0.

-1.01607E-06

-5.50225E-05

-4.32949E-05

-3.759332-05

-2.09343E-05

.53742

-2.37114E-05

-1.53682E-04

-3.55479E-05

1.16725E-04

-9.91749E-05

-5.88479E-05

1.40870E-05

6.01326E-06

-3.08284E-08

-3.57969E-02

-3.55671E-02

-3.24273E-02

-2.97321E-02

-2.63087E-04

-5.26262E-04

.- 2.94424E-03

-6.15767E-03.

61.456.

S ,. 724560

:-72o560

24.574-

.. *' 

. ... 12.265 :':i 

"

157

570.36

570.36

570.36

570.35

570.35

570.43

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.37

617.05

617.05

617.02

617.00

615.97

615.97

616.03

616.03

616.89

616.89

616.89

616.92

616.99

9.3827. 617.00
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

,OEL4.- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 158

87/01/22.

4113-001

4113-002

:1 .. ..

RIG1lT

LEFT

RIGHT.

LEFT

RIGHT..

940-010000

0-000000

.410-040000

0-000000

410-050000

616.13 1157.7

619.87 0.

618.49 66943.

619.87 0.

618.49 22314.

741.39

0.

6225.7

0.

6229.8

0.

0.

2.80414E406

0.

1.0779OE406

0

0

4

0

4

2.5100

0.

11827.

0.

11831.

66943.

22314.

-1.06932E-04 619.00

5.70435E-09 619.00

4$STR.NO. MESH POINT TEMPERATURES

1211-001 570.49 570.49

1220-001 570.43 570.39

1220-002 570.42 570.38

1220-003 6 570;4 570.38

1220-004 570.40 570.37

1220-009 670.9 570.37

1220-006 570.38 570.36

1220-007. 1220-008 670.37 570.36 570.37 570.36

1220-009 670.37 670.36

1220-010 570.36 570.35

1220-Ol1 870.36 670.36

1231-001 570.48 570.45

1240'001 570.35 8. 570;35

1240-002 570.35 570.35

1240-003 570.35 670.35

1240-004 570.35 570.35

1240-005 570.35 570.35

1240-006 570.35 570.35

1240-007 570.35 570.35

1240-008 570.35 570.35

1251-001 570.37 570.37

2211-001 570.49 570.49

2220q0p0 570.43 570.39

2220-002 570.42 570.38

2220-003 570.41 570.38

2220-004 570.40 570.37

2220-005 570.39" 570.37

2220-006 870.38 570.36

2220-007 570.37 570.36

2220-008 570.37 570.36

2220-009- 570.37 570.36

2220-010 570.36 570.35

2220- 011 " 570.36 570.36

2231-001 570.48 570.45

2240-001. -. 570.35 570.35

2240-002 570.35 570.35

2240-003 57063 5 570.35

2240-004 570.35 570.35

2240ý-005 570.35. 570.35

2240-006 570.35 570.35

2240-O07.-:.. 570.35 570.35

2240-008 570.35 570.35

2251-;001.",".;-" 570-37 570i37'

3211-00i " 570.49 570.49

3220-001:;-:'' 570.43 570.39

3220-002 -. 570.42 570.38

3220-003 :..:'570.41. .. 570.38

3220-004 570.40 "'570.37

3220-007 ":570,39 .' 570.3?

(K)

570.49

570.35

570.35

570.35

570.35

570.35

570.35

570.36

570.35

570.35

570.35

570.35

570.42

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.37

570.49

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.42

570.35

570.36

570.35

570.35

570.35

570.35

570.35

570.35

570.37

570.49

570.35

570.35

570.35

570.35

570.35

570.49 570.49

570.38

570.37

570.49

570.37

570.49

570.38

570.37

570.49

570.37

570.49
RELAP5/2/36.04 REACTOR LOSS O:,DOEL4 - SPRAY CAPACITY TEST AT

3220-005 570.38

3220-007 570.37

3220-008 570.37

3220-009 570.37

3220-010 570.36

3220-011 570.36

3231-001 670.48

3240-001 570.35

3240-002 570.3$

3240-003 570.35

3240-004 670.36

3240-005 570.35

3240-006 6570.35

3240-007 570.35

3240-008 570.35

3251-001 570.37

4000-001 617.40

4000-002 617.40

4000-003 61.7.37

4000-004 617.34

4101-001. 617.01

4101-002 617.01

4102-001. 617.03

4102-002 617.03

4102-003 617.89

4102-004 617.89

4102;005 617.89

4102-006 6i7.92

4103-001-m. 617.92

4103-002 617.93

4113-001 619.87

4113-002 619.87

570.36

570.36

570.36

570.36

570.35

570.36

570.46

570.35

570.35

570.35

570.35

570.35

570.36

570.35

570.35

570.37

617.17

617.17

617.14

617.11

616.32

616.32

616.36

616.36

617.22

617.22

617.22

617.25

617.30

617.31

619.11

619.11

OF COOLANT

ZERO POWER

570.35

570.35

570.35

570.35

570.35

570.35

570.42

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.37

616.95

616.95

616.92

616.90

615.66

615.66

615.72

615.72

616.58

616.57

616.57

616.60

616.70

616.71

618.49

618.49

ANALYSIS PROGRAM

87/01/22.

PAGE 159

570.38

570.37

616.76

616.75

616.72

616.70

615.03

615.03

615.10

615.10

615.95

615.95

615.95

615.98

616.12

616.13

570.37

CONTROL VARIABLE EDIT

:1"...:/RO!B .DIV 19808.6 a CVEtUERGY MULT 172059.

5.. EfTIIA231 SUM 1.322690Ei0I

7 PRZRIIEAT SUM 18237.6

9'• ? ALANICE SUM 1.356830E40'

11 MEAS-P FUNCTION 1.551000E60"

13 TEMPF420 MULT 617.968

15 SAT420 MULT 617.968

.20 P/RH0450. DIV 21714.7

22 SPRENEn MULT " 29041.9 -. 24:.•;•: ENTHA410 SUM 1.633941E+01

26 SPRBALAN SUM 47279.6

28 VAPGEIN SUM 0.

32 TURbPOW SUM 0.

101 LAGi LAG 570.533 103 111 :LEAD-LAG -. 580865

105:?7? SUM 245,445 107 LAG2 LAG -. i18433

•..09. .LL3. LEAD-LAG; 570.533 111' 4 SUM 0.

113::::*i 56 SUM , 41.1829 135 LIMIT MULT ii.6670

13 D(AREA) PROP-rN;. .. O, 

.

24

6 68

7 10

7 12

14

16

21

25

27

31

100

102

104

106

108

.10o

112 .... . • . 134

136

139

ENTHA180

P/RI10231

LTODENER

PAZVAPH

CALC-p

MEAS-L

TEMPG420

SPRYTEMP

ENTHA450

P/ROM0400

SURGENER

HWATERW

~8POW

TAVG(R)

51

S2

DELTA-T

LL2

LAG3

S5

LEVREG

DELTAF

VALVAREA

SUM 27751.4

DIV 20950. 

1

MUI.T 0.

SUM 0.

MUL.T 1.551040E+07

FUNCTION 26.3000

MULT 617.968

MULT 570.593

SUM 1.323651E+06

DIV 26283.0

•MULT -06

SUM 89229.4

SUM 0. O

SUM 570.533

SUM -14.6166

SUM 5.01600

SUM -. 118433

LEAD-LAG -. 118433

LAG ... 570,533

SUM -3.315053E-02

PROP-INT :;:, .. 11.6670.

SUM 0.

SUM.. .......... !09000
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 160

871/01/22.

.:.140 AREA* $2 MULT

f42 K(T4DT) SUM

144 K(T) . MULT

148 P(T) MULT

164 BUM SUM

156 DUM MULT

150 A SUM

160 DUM ,MULt

•.:171 DUM . MULT

173 DUM MULT

.17$.. B!#2 MOLT

177 B2-4AC SUM

179 DUM SUM

181 Q(T+DT) SUM

183 00(740T) MULT

185 P(PUMP) FUNCTION

200. TAVO(G) SUM

202 Si SUM

204 52 SUM

206 DELTA-T SUM

208 LL2 LEAD-LAQ

210 LAG3 LAG

,212 55 SUM

281 LETI SUM

:283 LET3 ST7FNCTN

300 TAVG(B) SUM

::302 Si SUM

304 S2 SUM

.306 DELTA-T SUM

308 LL2 LEAD-LAG

3 10 LAG3 LAG

312 S5 SliM

400. COLLEVEL SUM

404 PRZMASS SliM

411 L-REF FUNCTION

413 DELTA-P SUM

4A5. POW1! -HE11. TRIPUNIT

417 POWVAR FUNCTION

435.' SPRAYVAL .FUICTION

606 * POWCOLDL SUM

:608. POWHOTLG SUM

610 SGPOWER SUM

:.707:::..-.POWPREW SUM

709T POWUBEND SUM

806 *. POWCOLOL SUM

808 POWHOTLO SIM

810 . SOPOWEh . SUM

901" 062 .MULT

903 M..G4 U..MLT

905 MG6 .MULt

W907 .MG8: MULT . 909 M"OI " MULT

9 1 2:, PRZMASL SUM

1.18800CE-02

20796.0

20796.0

1.591000Et07

1.050000Et06

242.117

20570.4

0.

0.

456.100

3. 995000E +09

3.960000E409

-148.700

14.0000

8.33000

2.004800E407

5*10.533

-14.6166

5.01600

-. 118433

-. 118433

570.533

-3.315053E-02

2.307800E407

6.17700

"570.533

-14.6166

5.01600

-. 118437

-. 118437

570.533

-3.315054E-02

26.5782

11259.8

25.4190

0.

0.

154000.

0.

22359.7

1.196796Et06

2.104980E1406

50082.5

835743.

22356.6

1.196822E 06

2.104987E406

0.

0,

1082.21

252.507

58.0347

8035.95

141

143

145

153

155

157

159

170

172

174

176

178

180

182

184

186

201

203

205

207

209

211

213

282

284

301

303

305

307

309

311

313

402

410

412

414

416

418

445

607

609

706

708

710

807

809

900

902

904

906

908

911

920

K(VALV) DIV

DELTA-K SUM

DELTA-P SUM

KOQ02 MULT

A(T) DIV

DUM MULT

DUM MULT

B SUM

DUM MULT

C SUM

AC4 MULT

SORT STDFNCIN

DELTA-Q DIV

nUM STDFNCTN

QTOT SUM

DFOQ FUNCTION

LAGI LAG

LLI LEAD-LAG

7?? SUM

LAG2 LAG

LL3 LEAD-LAG

S4 SUM

S6 SUM

LET2 MOLT

LETDOWN MULT

LAGI LAG

LL| LEAD-LAG

77? SuM

LAG2 LAG

LL3 LEAD-LAG

S4 SuM

S6 SUM

DPLEVEL SUM

T-AUCT-H STDFNCTN

DELT-LEV SUM

OP-CORR PROP-INT

POW-BKR TRIPUNIT

TOTPOW FUNCTION

SPRAYVAL FUNCTION

POWPRElI SUM

POWUIEND SUM

POWCOLDL SUM

POWIOTLG SUM

SGPOWER SUM

POWPREHI SUM.

POWUBEND SUM

MO1 - "MULT

MG3 MULT

MG5 MULT

MG7 MULT

PAG9 MULT

RZMASW SlIM

JRGHEAT SUM.

20387.0

0.

0.

981423.

9.530000E-07

-63192.0

290474.

63206.0

-. 260000

455.800

3.750000E407

62908.6

0.

.597000

22.3300

-67456.0

570.533

-. 580865

245.445

-. 118433

670.533 0.41.1829

1.689701E410

22.3700

570.533

-. 580865

245.445

-. 118437

570.533

O.

41.1829

26.2816

570.540

0.

0.

0.

89257.0

0.

50082.5

835743.

22359.7

1.196796E+06

2.104980E406

50075.6

835733.

.0.

0.

666.215

1082.21

* 82.7064

3223.89

.-18551.5

.- RESTART NO..., 0 WRITTEN, BLOCK NO.. 0---. ... .

NUM5ERS C,.:'.SMENTS : •,RTNPL -T .410. FACTCFZD 665 `4ý;"NDOFF ERRVP 1.60000OE-11 NCOUNT - 1
* RELAP5/2/36.04 REACTOR LOSS OF COOLANT- ANALYSIS PROGRAM ..OEL4 - SPRAY CAPACITY TEST AT ZERO POWER

:ATTEMPTED ADV: TOT.. 200 EDIT- 200 MIN.DT- 1.O0

REPEATED ADV: TOT.- 0 EDIT= 0 MAX.DT[ .1

SUCCESSFUL ADVi TOT., 200 EDIT- 200 AVG.DT- .1O( REQUESTED ADV: TOT.- 100 EDIT- 100 REO.DT .20(

TRIP NUMBER, TRIP TIME (SEC)

697 1.00000OOE-01 598 -1.00XO00 599 -I.O(

698 0.

)O00.-01 SEC

)000 SEC

)000 SEC

)000 SEC

87/01/22.

LAST OT- 1.0000006-01 SEC

CRNT.Dr= .119937 SEC

ERR.EST- 1.122178E-07

CPU- 443.361 SEC

PAGE

MS.ERR- -. 172905

TOT.MS= 196370.

M.RATN- -8.h0505OE-O7

TIME- 20.0000

161

KG

KG

SEC

)000

VOL.NO. PRESSURE VOIDG TEMPF

(PA) (K)

SYSTEM 1 MASS- 1.963706E05 KO

UPDOWNC BRANCl COMPONENT .;11-010000 1.59589E+07 0. 570.

UPDOWNOZZ BRANCH COMPONENT 13-OIOOOO 1.5949OE+07 0. 570.'

DOWNCTS ANNULUS COMPONENT

15-010000 1.595756E07 0. 570.'

15-020000 1.59692E+07 0. 570. 15-030000. .,59809E+07 0. 570.'

LOWPLEN BRANCH COMPONENT

,:23-010000 1.59829E+07 0. 570.

CORE IN BRANCII COMPONENT

257010000 1.591646+07 0. 570.

CORE PIPE COMPONENT

:'31-010000 1.58837E+07 0. 570.

31-020000 1.58446E*07 0. 570.

'31-030000 31-04000 1.580626E07 0. 570. 1.57685E407 0. 570.

::31-050000 1.57315EfO7 0. 570.

BYPASS SNGLVOL COMPONENT

.35-010000 1.58177E+07 0. 570.

COREEX BRANCII COMPONENT

.39-ý010000 1i571296+07 0. 570. UPPLEN1 BRANCH COMPONENT

,-41-010000 1,56960E+07. 0... 570.

UPPLEN2 BRANCH COMPONENT ::43-010000 1.568786+07 0, 570.

UPI1EAD BRANCH COMPONENr

45-010000 1,56729E+07 0, 570.

iiTLEGRI PIPE COMPONENT

111-010000 -1.55821E107 0. 570.

11-020000 1.55790O407 0. 570.

fiTLEGR2.. BRANCH:'.: COMPONENT

113-010000 1.557276E07 0. 5,0.

INBOX-• BRANCH COMPONENT

121-0100 1.561426÷b7 0. 570.

UTUBE.-::;: PIPE COMPONENT

122-0 0 1.56845E*07 0. 570.

122-020000 1;55681E+07 :0., 570.

122-030000 1.55521E407 0. 570.

122-040000 ( 1-'.'L55339EO7.' 0. -570. 122-05O0OO .5515iE+07 0. 570.

122'060000 1.549796+07 0. 57..

i22-07006 1.54807E407 0. 57

122-.00000C). !.;546356407"0., 570,

55

61

61

62

62

62

60

59

57

56

55

54

56

53

52

52

45

48

48

48

49

47

46

44

43

41

40

39

39

TEMPG

(K)

MASS ERROR= -.

620.27

620.22

620.26

620.32

620.38

620.39

620.05

619.89

619.69

619.49

619.30

619.11

619.55

619.01

618.93

618.89

618.81

618.34 618.32

618.29

618.51

618.35

618.27

618.18

618.09

617.99 * 617.900....

617.81

::.617.72.: .

SAT. TEMP.

(K)

17291 KO

NONCOND.

VAPOR QUAL.

ERR.EST.-

620.27

620.22

620.26

620.32

620.38

620.39

620.05

619.89

619.69

619.49

619.30

$619.11

619.55

619.01

618.93

618.89

618.81

618.34

618.32

618.29

618.51

618.35

618.27

618.18

618.09

617.99

617.90

617.81

.. 617.72

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.0.

0. "' 0.

0.

BORON DENS.

(KU/M3)

1.12218E-07

.73287

.73274

.73275

.73276

i73277

.73277

.73270

.73266

.73262

.73257

.73253

.73248

.73261

.73246

.73245

.73244

.73255

.73233

.73232

.73231

.73236

.73235

.73235

.73235

.73235

.73234

.. 73233

.73231

.. 73230

UF

(J/KG)

1.30161E+06

1.30195E406

1.30195E606

1.30195E+06

1.301956+06

1.30195E+06

1.301956E06

1.301966+06

1.30198E+06

1.301996106

1.302006+06

1.302026406

-1.30193E406

1.30202E+06

1.30201E+06

1.30201E+06

1.301.67E+06

1.30201E+06

1.30202E406

1.30202E406

1.30202E#06

i.301966+06

1.30191E+06

1i30i86E4o6

1.30182E4O6

i.30179E•06

S.30177E+06

1.301756406 ,.1. 30 1756+06

UG VOL.

(J/Ko) FLAG

2.43688E+06 00

2.43716E406 00

2.436926406 00

2'.436606+06 00

2.43629t+06 00

2.43623E406 00

2.43803E+06 00

2.43883E406 00

2.43974E+06 W0

2.44064E+06 00

2.44152E406 00

2.44239E606 00

2.44037E+06 00

2.44283E406 00

2.44323E+06 00

2.44342E+06 00

2.44377E+06 00

2.445926+06 00

2.44599E406 00

.2.44614E+06 00

2.445166÷06 00

2.44586E406 00

2.44625E+06 00

2.44663E+06 00

2.44706E+06. 00

2.447516E06 00

2.44792E+06 00

2.44833E+06 00

•2444873E606., 00.
RELAP5/2/36.04 REACTOR LOSS

,..DOEL4:" SPRAY CAPACITY TEST AT

122-090000 1.54464EI07 0.

122-100000 1.54292E+07 0.

122-110000 .1.54i27E407 0.

UTUBE PIPE COMPONENT

124-0o0000 :1.54O16E407 0.

124-020000 1.53955E#07 0.

124-030006 1.03$92E407 0.

124-040000 1.53830E#07 0.

124-050000 1.5371VE407 0.

124-060000 1.53742E407 0.

124-07000a .j.$360BE407 0.

OUTBOX BRANCH COMPONENT

125;-010000 163780E+07 0.

SEALR PIPE COMPONENT

:131-010000 1;53144E+07 0.

131-020000 1.53237E#07 0.

131-030000 1.63285E407 0.

131-040000 1.53208E407 0.

PUMPR • PUMP COMPONENT

RPM - 155.00 (RAD/SEC)

ýs:OCTANT 1.

140-010000 1.57026E+07 0.

COLDRI .... SNGLVOL COMPONENT

151-010000 1.59075E407 0.

COLOR2/! BRANCH COMPONENT

152-010000 1.59040E407 0.

COLOR3 .i. PIPE COMPONENT

153-010000 1.59006E407 0.

153+020000 1.59209E.407 O.

CVTANK TMDPVOL COMPONENT

180-0!OOOO::20OOOOE-O7 0.

HTLEGGt PIPE COMPONENT

211-010000 -155Q!9E*07 0.

211-020000 1.55788E407 0.

HITL.G02 BRANCII. COMPONENT

213-010000 1.55725E+07 0.

INBOX.. BRANCiV COMPONENT

221-010000 1.56141E'407 0.

UTUPF.. - PIPE : COMPONENT

222-010000 1.55843E#07 0.

222-020000 1;556809t07 0.

222-030000 1.55519E407 0.

222-040000- 1;55337E+07 0.

•222-0 o 1.55149Et07 d.

222-060000 ].54977E407 0

222-070000 .o.0SE407 0.

222-080000 1 .54633E+07 0.•

222ý-090000 1.5446iEi07 0.

222"100000 1.54289E+07 0.

222-110000 i.54124Et07 0.

UTUBE.:• PIPE -.. , COMPONENT

224-016000 1.54014Ek07 0.

224-020000:-1.53952E+07 0.

224-030000 1.53889E+07 0.

224-040000 !,53825E+07. 0.

224-050(100 o.53775E4607 O.

22•-05'0ZC '.53738E407 0.

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

PAGE

87/01/22.

570.38

570.37

570.37

510.36

570.36

670.35

570.36

570.36

570.36

570.36

570.36

670.34

570.34

570.35

570.34

HEAD - 6.86

570.51

570.60

570.58

570.58

570.59

560.58

570.48

570.48

570.48

570.49

570.47

570.46

570.44

570.43

570.41

570.40

570.39

570.39

570.38

570.37

570.37

570.36

570.36

570.36

570.36

570.36

617.63

617.55

617.46

617.40

617.37

617.34

617.3a

517.28

617.26

617.24

617.28

616.94

616.99 617.02

616.98

166E4O05 (PA)"

618.96

620.01

619.99

619.97

620.08

638.85

618.34

618.32

618.29

618.51

618.35

618.27.

618.18

618.09

617.99

617.90

617.81

617.72

617.63

617.54

617.46

617.40

617.37

617.33

617.30

617.28

617.26

617.63 0.

617.55 0.

617.46 0.

617.40 0.

617.37 0.

617.34 0.

617.30 0.

P17.28 0.

617.26 0.

617.24 0.

617.28 0.

616.94 0.

616.99 0.

617.02 0.

616.98 0.

TORQUE - -32309.

MTR.TOROUE .- 32309.

618.96 0.

620.01 0.

619.99 0.

619.97 0.

620.08 0.

638.85 0.

618.34 O.

618.32 0.

618.29 0.

618.51 0.

618.35 0.

618.27 0.

618.18 0.

618.09 4O

617.99 0.

617.90 0.

617.81 0.

617.72 0.

617.63 0.

617.54 O,

617.46 0.

617.40 0.

617.37 06.

617.33 0.

017.30. 0

617.28 0.

61-.26 0."

.73228

.73226

.73225

.73223

.73222

.73221

.73220

.73219

.73218

.73218

.73218

.73212

.73213

.73213

.73212

(N-M) (N-MA)

.73248

.73269

.73272

.73271

.73273

.75820

.73233

.73232

.73231

.73236

.73235

-73235

.73235

,73235

.73234

.73233

.7323 1

.73230

.73228

.73226

.73225

.73223

.73222

.73221

.73220

.73219

.73218

1.30174E406

1.30174E+06

1.30174E406

1.30175E406

1.30176E+06

1.30177E405

1.30179E+06

1.30179E406

1.30180E+06

1.30181E406

1.30181E+06

1.30181E+06

1.30181E406

1.30182E+06

1.30182E+06

1.30195E+06

1.30196E+06

1.30188E+06

1.30189E+06

1.30189E+06

1.24253E+06

1;30201E+06

1.30202E406

1.30202E406

1.30202E406

1.30196E406

1.301919E06

1.30186E+06

1.30182E+06

1.30179E.06

1.30177E+06

1.30176E406

1.30175E÷06

1.30174E406

1.30174E+06

i.30174E+06

i.30175E406

S.30176E406

1.30177E÷06

.1.30179E+06

1.30179E÷06

1.30180E406

2.44914E406

2.44956E406

2.44995E406

2.45021E+05

2.45036E606

2.45061E406

2.45066E406

2.45078E406

2.45087E+06

2.46098E+06

2.45078E406

2.46230E+06

2.45208E+06

2.46197E+06

2.45215E406

2.44307E406

2.43827E406

2.43836E+06

2.43844E+06

2.43791Ei06

2.30082E06

2.44592E#06

2.44600+E06

2.44615E+06

2.44516E÷06

2.44586E406

2.44625E606

2.44663E406

2.44707EO6

2.4475S1406

2.44792E606

2.44833t+06

2.44874E÷06

2.44915E406

2.44956E406

2.44996t+06

2.45022E+06

2.45037E606

2.45052t+06

2.45067E+06

2.45079E÷06

2.45088ES06

162

00

00

00

00

00

O0

00

00

00

00

00

00

00

00

00

10

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

0f

00

00

00
RELAP5/2/3b.U4 H:ACTOR LOSS

: DOEL4 - SPRAY CAPACITY TEST AT

224-070000 1.53693E407 0.

OUTBOX BRANCH COMPONENT

225-0100001 1.537756407 0.

SEALGI PIPE COMPONENT

231iO-1OOO 1.531386+07 0.

231-020000 1.53231E407 0.

231-030000 t.5327gE407 0.

SEALG2 BRANCH COMPONENT

232-01O000 1.532036407. 0..

PUMPR PUMP COMPONENT

*.:RPI - : 155.00 (RAD/SEC)

OCTANT - I

240-010OO 1.570226+O7 0.

COLGI BRANCH COMPOINEUT

261-010000 1.69076E+07 O,

COLG2 PIPE COMPONENT

253-010000 1.590426+07 0.

253-020000 1.590O8E407 0.

253030000 i59211E÷O7 0.

LETDOI TMOPVOL COMPONENT

282-010000 3.80000E+06 0.

HTLEGB1 PIPE COMPONENT

311-010000 1.55821E+07 0.

311-020000 1.55790E+07 0.

HTLEGS2 !BRANCH.' COMPONENT

313-10"000 1.55726607 0.

TNSOX: BRANCH COMPONENT

321-010000 1.56142E4O7 0.

MTUBE. -;PIPE COMPONENT

322-010000 i.558456E+07 0.

322-020000 1,55681Fj07 0.

322-030000 1.55521E+07 0.

322-040000 1.55339EO7 0.

322-050000 1.55151E+07 0.

322-060000 1.54979E+07 0.

322-070000 1.54807E+O7 0.

322-080000 1.54635E+07 0.

322L090000 1.54463E407 0.

322-100000 1.54291E407 0.

322-110000 1.54127E4O7 0.

UTUBE: 7 .... PTPE." COMPONENT

324-010000 1.54017E607 0.

324-020000 .1.53955E407 0.

324-030000 1.53892EO7 0.

*324-040000 :-1;538296+07 0.

324-050000 1.53779E6O7 0.

324-;060000: 1.537426407 0.

324-070000 .1.53697E+07 0.

0UTBO ... BRANCH . COMPONENT

325ý-1OOOO 1.537860•7 0.

SEALS -.- : PIPE COMPONENt

331-61600' 1.53143EO7 0.

331-020000 1.53237E+07 O0

33i-030OOO 1.532856Eb 70.

331-040000 1.532076+07 0.

*PUMPR PUMP COMPONENt

*.RPM -i155.00: (RAD/SEC)

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

570.36 617.23

570.36 617.28

570.34 616.94

570.34 616.99

570.35 617.02

570.34 616.98

HEAD - 6.86481E405 (PA)

570.51 618.96

570.60 620.01

570.60 619.99

570.59 619.98

570.60 620.08

412.00 520.46

570.48 618.34

570.48 618.32

570.48 618.29

570.49 618.51

570.47 618.35

570.46 618.27

570.44 618.18

570.43 618.09

570.41 617.99

570.40 617.90

570.39 617.81

570.39 617.72

570.38 617.63

570.37 617.55

570.37 617.46

570.36 617.40

570.36 617.37

570.36 617.34

570.36 617.30

570.36 617.28

570.36 617.26

570.36 617.23

570 36 617.28

570.34 616.64

570.34 .616.99

570.35 617.02

570.34 616.98

HEAD - 6.86117Ef05 (PA).:m'.'

PAGE

87/01/22.

617.23 0. .73218

617.28 0. .73218

616.94 0. .73212

616.99 0. .73213

617.02 0. .73213

616.98 0. .73212

TORQUE - -32311. (N-M)

MTR.TORQUE - 32311. (N-M)

618.96 0. .73248

620.01 0. .73269

619.99 0. .73269

619.98 0. .73268

620.08 0. .73270

520.46 0. .92880

618.34 0. .73233

618.32 0. .73232

618.29 0. .73231

618.51 0. .73236

618.35 0. .73235

818.27 0. .73235

618.18 0. .73235

618.09 0. .73235

617.99 0. .73234

617.90 0. .73233

617.81 0. .73231

617.72 0. .73230

617.63 0. .73228

617.55 0. .73226

617.46 0. .73225

617.40 0. .73223

617.37 0. .73222

617.34 0. .73221

617.30 0. .73220

617.28 0. .73219

617.26 0. .73218

617.23 0. .73218

617.28 0. .73218

616.94 .73202

616.99 0.; .73213

617.02 0. .73213

616.98 0, :,73212

TORQUE 0 -32308..(N-M)

1.30181E+06

1.30181E406

1.301816+06

1.30182E406

1.30182E406

1.30182E406

1.301956+06

1.30196E+06

1.301966+06

1.301976+06

1.30197E+06

5.8244O*+05

1.302016+06

1.30202E+06

1.30202E406

1.30202E406

1.30196E+06

1.30191E+06

1.30186E406

1.30182E+06

1.30179E+06

1.30177E+06

1.30175E406

1.'301756+06

1.30174E+06

1.30174E+06

1.30174E+06

1.30175E+06

1.30176E+06

1.30177E406

1.30179606

1.30179E406

1.30180E+06

1.30181E406

1. 301IE 406

1.30181E406

1.30181E+06

1.301826E06

1;30182E+06

2.45099E406

2.45079E+06

2.45232E406

2.45210E+06

2.45198E406

2.45216E406

2.44308E+06

2.43827E+06

2.438356+06

2.43843E+06

2.437906406

2.60184E+06

2.44592E+06

2.44599E406

2.44614E+06

2.44516E406

2.44586E406

2.44625E#06

2.44663E406

2.44706E406

2.44751E406

2.44792E+06

2.44833E+06

2.44874E+06

2.44915E406

2.449566E06

2.449956E06

2.45021E+06

2.45036E+06

2.45051E+06

2.45066E+06

2.45078E406

2.45087E+06

2.450986+06

2.45078E+06

2.45231E,06

2.45208E+06

2.45197E06

2.45215E+06

163

C0

00

00

00

00

00

10

00

00

00

00

00

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00

00

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00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

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00

00

00

00
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

.nOL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE

87/01/22.

* OCTANT.

340-010000

COLOQI

351-010000

COLOR2

352-010000

COLDR3

353-010000

353-020000

SURGE

4ooL-oioooo

400-020000 400-030000 400-03O0OW

400-040000

PRESSU L

410-010000

410-020000"

410-030000

410-040ooo

410-050000

410-060000

410-070000

410-080000

410-090000 TOP - .::- -

420-010Xo00

SPRAYR

430-010000

SPRAY8

440-010000

SPRAYS 450-010000

TV490

490-010000

SYSTEM 2

TV940- -: 940-010000

VOL.NO.

0-0 ., .0

13-010000;

15-010000

:15-0220000:

15-030000

!,!23-010000

25-010000

.,:31?-010000.

31-020000

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31-040000

:•i31-050000

35-010000

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I

1.57025E

SNGLVOL

1.59074E

BRANCH

1.59041E

PIPE

1.59007E

407 0.

COMPONENT

#07 0.

COMPONENT

407 0.

COMPONENT

407 0.

1.59210E407 0.

PIPE COMPONENT

1.55745E407 0.

1.55655E407 5.05324E-07

1.65567E407 1.97535E'-05

1.55479E407 3.81529E-05

PIPE.' ; COMPONENT

i.55427E407 1.35498E-06

1.65402E+07 1.69476E-07

1.55365E407 0.

1.56302E+07 1.86344E-04

1.55216E407 .61434

1.55159E407 .99999

1.55128E407 .99995

1;5511OE407 .99997*

1.55105E407 .99998

DRANCH COMPONENT

1.55101O407 .99999

BRANCH COMPOENT

1.59759E407 0.

BRANC14 COMPONENT

1.59758E507 0.

BRANCH COMPONENT

1.55425E407 3.77561E-10

TMOPVOL •COMPONENT

1.551005E07 1.0000

MASS- 0.

TMDPVOL COMPONENT

2.00000E405 0.

RuIiF RIHOG

(KG/M3) (KG/M3)

732.87 106.98 732i74 106.87

732.7! 106.96

732.76 107.10

732.77 107.23

732.77 107.25

732.70 106.50

732.66 106-13

732.62 105'.70

732.57 105.27

732.53 104.85

:::;::--732.48 104.44

732.61 105.40

732.46 --104.24

732.45 104.05

732.4 . 102.97

570.51 618.96

570.60 620.01

570.59 619.99

570.59 619.97

570.60 620.08

615.35 618.30

618.16 618.25

618.22 618.21

618.18 618.16

617.99 618.14

617.98 618.12

617.98 618.10

617.98 618.07

617.99 618.02

618.00 618.01

617.98 617.99

617.97 617.97

617.97 617.97

617.97 617.97

570.62 620.36

570.62 620.36

570.45 618.13

617.97 617.97

KG MASS ERROR= 0.

323.15 393.38

LIQ.V.VEL. VAP.V.VEL.

(M/SEC) (M/SEC)

3.58630E-02 3.58630E-02

7.8403 7.8327

7.5532 7.5532

7.5531 7.5531

7.5530 7.5530

-1.87259E-07 -6.56869E-04.

5.0290 5.0290

4.8813 4.8813

4.8815 4.8815

4.8819 4.8819

4.8822 4.8822

4.8825 4.8825

.70684 .70684

5.0308 5.0309

2.1906 2.1906

-7.49597E-03:-6. 9895E-03

MTR.TO

618.96

620.01

619.99

619.97

620.08

618.30

618.25

618.21

618.16

618.14

618.12

618. 1C

618.07

618.03 618.00

617.98

617.91

617.97

617.97

620.36

620.36

618.13

617.97

393.38

SOUNDE

(M/SEC)

982.6C

982.03

982.06

982.11

982. it

982.17

981 .8

981.71

981:.5

981.33

981.14

980.96

981.48

980. 8E

980.81

980.78

ROEJ230 =U.

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KG ERR.EST.- 0.

0.

STATIC QIAL.

(N-M)

.73248

.73269

.73269

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.60656

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5 2.44610E+06

5 2.44631E+06

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5 2.44673E406

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6 2.44691E+06

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6 2.43642E+06

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

.OEL4 

- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 165

87/01/22.

:45-010000 732.55 103.80

111-010000 732.33 102.82

1iii020000 732.32 102.78

113-010000 732.31 102.72

121-010000 732.36 103.17

122-010000 732.35 102.84

122-020000 732.35 102.67

122-030000 732.35 102.49

122-040000 732.35 102.30

122-050000 732.34 102.10

Q22-060000 732.33 101.91

122-070000 732.31 101.73

122-080000 732.30 101.55

122-090000 732.28 101.36

122-100000 732.27 101.18

122-110000 732.25 101.01

124-010000 732.23 100.89

124-020000 732.22 100.83

124-030000 732.21 100.76

124-040000 732.20 100.69

-124-050000 732.19 100.64

124-060000 732.18 100.60

124-070000 732.18 100.55

125-010000 732.18 100.64

:131-010000 732.12 99,970 131-020000 732.13 100.07

131-030000 732.13. 100.12

131-040000 732.12 100.04

140-010000 732.48 104.13

151-010000 732.69 106.40

152-010000 732.72 106.38

153-010000 732.71 106.32

153-020000 732.73 106.55

180-010000 758.20 170.17

211-010000 732.33 102.82

211-020000 732.32 102.78

213-010000 732,31 102.71

221-010000 732.36 103.16

222-010000 732.35 102.84

222-ýb20000 732.35 102.67

222-030000 732.35 102.49

222-040000 732.35 102.30

222-050000 732.34 102.10

222-060000 732.33 101.91

222-070000 732.31 101.73

222-080000 732.30 101.54

222-090000 732.28 101.36

222:106006 732.27 101.18

222-.110000 732.25 101.00

224-0i0o00 732.23 100.89

224-020,000 ..732;22'- 100.82

224-030000 732.21 100.76

224'-040000 732.20 .100.69

224'050000 732.19 100.64

224-060000 732:18 100.60

224-070000 732.18 100.55

225-010000 732.18 100.64

3.27570E-07

14.864

14.865

14.865

1.9806

5.9734

5.9734

5.9734

5.9734

5. 9735

5.9735

5.9736

5.9737

5.9739

5.9740

5.9742

5.9743

5.9744

5.9745

5.9746

5.9747

5.9747

5.9748

1.9810

13.034

13.330

13.339

13.339

.2.4852

16.951

16.967

16.970

14.976

8.14632E-03

14.876

14.877

14.877

1.9822

5.9783

5.9784

5.9784

5.9784

5.9784

5.9785

5.9786

5.9787

5.9789

5.9790

5.9791

5.9793

5.9794

5.9795

5.9796

5.9796

5.9797

5.9798 •1,9827 

.

2.22028E-04

14.864

14.865

14.865

1.9806

5.9734

5.9734

5.9734

5.9734

5.9735

5.0735

5.9736

5.9737

5.9739

6.9740

5.9742

6.9743

5.9744

6.9746

5.9746

5.9747

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1.9810

13,034

13.339

13.339

13. 339

2.4852

16.950

16.930

16.970

14.976

8. i4632E-03

14.876

14.877

14.877

1.9822

5.9783

5.9784

5.9784

5.9784

5.9784

5.9785

5.9786

5.9787

5.9789

5.9790

5.9791

5,9793

5.9794

5.9795

5.9796

5.9796

5.9797

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1,9827

981.27

980.33

980.31

980.27

980.45

980.43

980.44

980.44

980.43

980.40

980.36

980.32

980.26

980.20

980. 13

980.05

980.00

979.95

979.91

979.86

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979.53

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980.33

980.31

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980.19

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 " SPRAY CAPACITY TEST AT ZERO POWER

PAGE 166

87/01/22.

231-7010000

231-020000

23t-030000

232-010000

240-010000

251-010000

253-010000

253-020000

253-030000

282-010000

1,i7010000

311-020000

3137010000

321-010000

322-010000.

322-020000

322-030000

322-040000

322-050000

322-060000

322-070000

322-080000

322-090000

322-100000

322-110000

324-010000

324-020000

324-030000

324-040000

324-050000

324-060000

324-070000

325-010000

331-010000

331-020000

33i-030000

331-040000

346-010000

351-010000

352-010000

353-010000

353-020000

400-0!0000

400-0200

400-030000

400-040000

410-010000 41i0-020o00

410-030000

410-050000

410-060000 410-070000)

410-080000

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420-010000

430-0o0000

732.12 99.964

732.12 100.06

732.13 lO0.11

732.12 100.03

732.48 104.12

732.69 106.40

732.69 106.36

732.68 106.33

732.70 106.65

928.80 19.070

732.33 102.82

732.32 102.78

732.31 102.72

732.36 103.17

732.36 102.84

732.35 102.67

732.35 102.49

732.35 102.30

732.34 102.10

732.33 101.91

732.31 101.73

732.30 101.55

732.28 101.36

732.27 101.18

732.25 101.01

732.23 100.89

732.22 100.83

732.21 100.76

732.20 100.69

732.19 100.64

732.18 100.60

732.18 100.55

732.18 100.64

732.12 99.970

732.13 100.07

732.13 100.12

732.12 100.04

732.48 104.13

732.69 106.40

732.69 106.36

732'68 106.32

732.70 106.55

606.54 102.74

593.32 102.64

592.96 102.54

.593.06 102.45

593i96 102.39

594.00 102.37

593.98 102.33

593.96 102.26

593.81 102.18

593.75 i02.07

593.81 V 102.06

593.84 102.05

593.85: . 102.05

593'.86 102.05

732.77 . 107.17

13.045

13.351

13.350

13.333

2.4841

16.943

16.941

16.941

14.950

8.43645E-04

14.865

14.866

14.866

1.9807

5.9738

5.9738

5.9738

5.9738

5.9739

5.9740

5.9741

5.9742

5.9743

5.9744

5.9746

5.9747

5.9748

5.9749

5.9750

5.9751

5.9751

5.9752

1.9812

13.035

13.340

13.340

13.340

2.4854

16.952

16.950

16.950

14.958

1.06969E-03

1.04651E-03

9.42693E-04

8.34881E-04

2:23375E-05

2.13937E-05

1,!2800E-05

-9.43471E-06

-9.42080E-05

-. 30872

-. 10549

-. 10354 -. 11006 ..

-8.284329-02

-3.737?3E-07

13.045

13.351

13.350

13.333

2.4841

16.943

16.941

16.941

14.950

8.43645E-04

14.865

14.866

14.866

1.9807

5.9738

5.9738

5.9738

5.9738

6.9739

5.9740

5.9741

5.9742

5.9743

5.9744

5.9746

5.9747

5.9748

5.9749

5.9750

5.9751

5.9751

5.9752

1.9812

13.035

13.340

13.340

13.340

2.4854

16.951

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1.89933E-03

2.11600E-02

3.00281E-02

3.17707E-02 "5.06362E-03

7.87550E-03

1;57651E-03

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4.83427E-04

1.14.171t-04

4.48758E-05

1.84824E-0O

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1.08615E-05

-3.73870E-07

979.53

979.56

979.58

979.54

980.95

981.83

981.80

981.78

981.86

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980.33

980.31

980.27

980.45

980.43

980.44

980.44

980.43

980.40

980.36

980.32

980.26

900.20

980.12

980.05

980.00

979.95

979.91

979.86

979.83

979..80

979.76

979.80

979.53

979.57

979.58

979.55

980.95

981.83

981.80

981.78

981.87

644.82

617.55

103.94

103.93

617.83

617.95

618.33

618.94

181.51

432.81

372.05

372.09

372;10

372. i1

982.16

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

Q.

0.

0.

0.

0.

0.

0.0.

0.

8.74 165E-08

3.4 1616E-06

2. 33585E-07

2.74835t-08

0.

3. 20872E -05

421514

.99997

..99970.

699983

:...99990 .9.9993

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

-251.10

-3.64878E+05

-3.06775E*05

-2.655886E05

-2.80708E405

-1.98712E405

-1.65726E+05

-1.36256E+05

-1.09926E405

-86402.

-65382.

-51135.

-40584.

-73985.

-72648.

-71579.

-43101.

-39451.

-57586.

118.69

0.

0.

0.

0.

0.

0.

0.

0.

0.

6766.3

-3871.7

-4298.5

-4267.8

-1260.0

-2491.7

-3862.3

54947. 3523.3

-17357.

*-ý16830.

-3845.2

-- 1643.5

-1146.2

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.ý

0.

0.

-2.83886E-02

-18301i

-17357.

-16830i

-3845.2

•-1643.5

-1146.2

0.

0.

0:

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0. 0.

0.

-2.15212E-06

1. 13935E-06

I.08957E-05

-7. 88338E-06

-8.55061E--07

0.

1.25142E-02

3. 27051E-04

-1.520306E-03

-1.44740E-03 -1.54713E-03

-2.07230E-03

-2.092426-03

Q... . . :. . -0. 0-
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM . 'DOEL4" -• SPRAY CAPACITY TEST AT ZERO POWER PAGE

87/01/22.

167

440-010006

450-010000

490-010000

940-010000.

VOL.NO. L

1 -O'lb'Xo' '13-010000

15-010000

:.:.16-020000

15-030000

2:23-010000

25-010000

31-010o00:..

31-020000

01-1030000

31-040000

3 1: 060000

35-010000

39-010000

41-010000

.43-010000

45-010000

111-010000

111-020000

:113-0;Q10000

121-010000 .122-010000

122-020000

:122-030000

122-040000

1 22050000

122-060000

122-070000

122-080000

122-090000

112- 100000

122ý-110000

24-010000

124-020000".

i24-030000

.124-'040000

124oýoooo0

124-060000

124-070000

125-010000

i3-i010000

131-020000

131*-030000

131-040000

140-010000

153-010000

1531020000

14Q0-0100001-

732.77

732.32

593.86

988.11

107.17

102.39

102.04

1.1294

-3.75714E

-. 39904

-2.2051 lE

0.

.RGST.MASS ERR.

EDIT TOTAL

0 0 -. 0 0

0 0 0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0 o o0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 .0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0 o o 0 0

0 0

0 0

0 0

0 0

0 :0 0

o 0

0 0 " 0 0

0 0

0 0

.0 0

0 0

0 .0 0 ": 0

• 0 0 • •0 " :.v"" 0 . 0 0...,

REDUCE-OUALITY

EDIT TOTAL

0 0

0 0

0 0

0 0

0 0

0 0

0 .0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0.

0 0

-07 -3.75790E-07

2.15460E-02

-05 1.20773E-06

0.

REDUCE-EXTRAP.

EDIT TOTAL

0 0

0 0

ci 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 O. 0

6 0

0 0

0 0

0 0

0 0

0 0

S0 0

0 0

0 0

0 0

0 0

•0 0

.0 -0.

902.16

980.30

372.13

1537.3

0.

5.27904E-11

1.0000

0.

0.

0.

0.

89570.

REDUCE-MASS

EDIT TOTAL

0 0

0 o 0 0

0 0

0 0

0 0

0 0

0 o 0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 .0

0 0

0 00"

REDUCE-PROPTY.

EDIT TOTAL

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0o 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 .0

0 0

0 0

•'.'" 0 •. "0

0 0

0 0

.0 .0 . . 0

0.

0.

0.

0.

MIN.COURANT

EDIT TOTAL

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0- 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

12 12

0 0

0 0

0 0

0 0

0 0

0 0

0.

-4.1661OE-12

0.

0.

REDUCE-COURANT

EDIT TOTAL

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

ol 0

0 0

0 0

0 0

o 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

93 93

0 0

S0 0

0 0

0 0

0 0

0 0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 168

DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

211-010000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

211-020000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

213-010000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

221-010000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

222-010000. 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

222-020000 0 0 0 0 0 0 0 0 0 0 .0 0 0 

0

222-030000 0 0 0 0 0 0 0 0 0 0 0 0 0 

a 222-040000 0 0 0 0 0 0 0 0 0 0 0 0 0 0

222-050000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

222-060000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

222-070000 .0 0 0 0 0 0 0 0 0 0 0 0 0 

0

222-080000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

222-000000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

222-100000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

222-.110000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

224-010000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

224-020000 0 0 0 0 0 0 0 0 0 a 0 0 0 

0

224-030000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

224-040o00 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

224-050000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

224-060000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

224-070000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

225-010000 0 0 0 0 0 0 0 0 0 0 0 0 0 

a 231-010000 0 0 0 0 0 0 0 0 0 0 0 0 0 0

231-020000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

231-030000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

232-010000 0 0 0 0 0 0 0 0 0 0 1 1 "O 

0

240-0iOOOO 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

251-010000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

253-010000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

253-020000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

253-030000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

282-010000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

311!-O1OOO 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

311-020000 5 5 0 0 0 0 0 0 0 0 0 0 0 

0

313-01000 2 2 00 0 0 0 0 0 0 0 0 0 

0

321-010000 (0 0 0 0 0 0 0 0 0. 0 0 0 0 

0

322-010006 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

322;-020000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

322-030000 0 0 0 0 0 0 0 0 0 •0 0 o 0 

0

322-040000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

322-0•0000 O 0 0 0 0 0 0 0 0 0 0 0 

0

322-060000. 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

322-010000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

322-080000:, 0 0 0 0 0 0 0 0 0. 0 0 0 0 

0

322-0900(x 0 o 0 0 0 0 0 0 0 0. 0 0 0 

0

322-100000 0 0 0 0 0 0 0 0 0 .0 0 0 0 

0

322-110000 0 0 0 0 0 0 0 0 0 0 0 

0

324-010000 0 0 0 0 0 0 0 .0 0 0 0 o 0 0 

0

324-0O)20000 0 0 0 0 0 0 0 0 0 0 0 

0

324-030000. 0 0 .0 0 0 0 0 0 0 0 0 0 0 

0

324-•40000 C) 0 0 0 d 60 O 0 0 o 

0

324-050000::.- 0 0 0 0 0 0 0 0. 0 0 .0 0 0 

0

324-06000O0 0 0 0 0 i 0 0, 0 0 0 0 0 

0

324-070000 : 0 0 0 0 0 0 0 0 0 0 0 0 

0

325-010000 0 0 0 0 0 0 0 0 0 0 0 0 0 

0

331-010C,:. 0 o 0 0 0 

- 0 0 

o
RELAP5/2/36.04 REACTOR LOSS OF LUULRNI ANALYSIS PROGRAM

DOEL4.- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 169

87/01/22.

331-020000 0 0

331-030000 0 0

3!1-040000 0 0

q40-01O000 0 0

351-b010000 0 0

352-010000 0 0

353-010000 0 0

353-020000 0 0

400-0100o0 IB0 180

400-020000 12 12

400-030000 0 0

400r-040000 0 0

4 Io-0ooooo 1 1

410-020000 0 0

410f-0310000 0

410-040000 0 0

410-0o000oo 0 0.

410-060000 0 0

410-070000 0 0

410-080000 0 0

410-090000 0 0

420-010000 0 0

430-010000 0 0

440-010000 0 0

460-010000o 0 0

490-010000 0 0 940-010000 ... : 0

,JUN.No. FROM VOL. TO VOL.

SYSTEM 1

UPDOWNC BRANCH " COMPONENT

11-010000 -13-010000 11-010000

11-020000 11-010000 45-010000

UPDOWNOZZ BRANCH COMPONENT ... 13-010000: 153-;020000• .13-010000

13-O20000 253-030000 13-010000 13-03o000 353-020000 

13-040000 13-010000 15-010000

DOWWNCTS.'.:,': ANNULUS ... COMPONENT

1:-010000 15-010000 15-020000

J15--020000: . 15-020000 :15-030000

LOWPLEN BRANCH COMPONENT

:i23-010000 " 23-020000 15-030000 . 23-01000Q -23-010000 25-010000

CORE IN::.:.: BRANCh::...::: COMPONENT

26-010060 25-010000 31-010000

!:,25-020000': 25-010000: : ,:35-010000

CORE PIPE COMPONENT

31-010000 31-010000 :31-020000

31-020000 31-020000 3if-030000

3 1!-030000o.: 31-030000o...: 31 -04000Q 31-040000" 31-040000 3 1-050000

COREEX BRANCH : . COMPONENT

39-010000 31-050000" 39-010000

-39-r020000, 36.-. 010000:. :.: 39-O010000

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

O 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

LIO.J.VEL.

(M/SEC)

3.58630E-02

17.950

14.975

14.950

14.958

7.8402

7.5532

7.5531

7.5529

5.0288

4.8811

5.7173

4.8814

4.8817

.48820

4.8823

4.8826

6.7 181.

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

VAP. J.VE

(M/SEC)

3. 58630E

17.951

14.975

14.950

14.958

7. 8402

7.5532

7.5531

7.5529

5.0288

4.8811

5.7173

4. 8814

4.8817

4. 8820

4.8823

4.8626 ,:5.7181

L.

0 0

0 o 0

0 0

0 0

0 0

0 .0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 .0

0 0

0 0

0 0

0 0

0 0 0 0

MASS FLOW

(KG/SEC)

0

0

0

0

0*

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

.0

0

0

0

0

0

JUJN. AREA

(M2)

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

187

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

JUNCTION

FLAGS

0

0

187

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

CHOKE

FLAG

0 0

0 0

7 7

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0 o 0

0 0

0 0 o 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

NO.AOVS.C!OKED

EDIT TOTAL

THROAT

RATIO

-02 48.666 1.8520 1.0000

48.675 3.70000E-03 1.0000

4752.3 .43400 1.0000

4753.9 .43400 1.0000

4756.4 ,43400 1.0000

14224. 2.4760 1.0000

14224. 2.5700 1.0000

14224. 2.5700- 1.0000

:14224. 2.5700 1.0000

14224. 3.8600 1.0000

13805. 3.8660 1.0000

418.91 .- 1 0000 . 1.0000

13805.. 3.8600 : 1 I ,O0000

13805. 3.8600 1.0000

1.3805. 3.800 I 'i1.0000

13805. 3.8600 1.0ooo

1380. "3.8600 1.0000 418".. ds91:.. ::..,.10000] .,0000. 1.:.: 

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

* 00000

00000~

00000

00000

00000

0

0

0

0

0

0

0

0

0

0

0

0 .-:

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

.0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

..:::. 

00000 oo0o000*, 0 0 0 '. .:Q:: 0 : •:: .:.. 0 :...
RELAPS/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4"- SPRAY- CAPACITY TEST AT ZERO POWER 87/01/22.

UPPLENI..'. BRANCH - COMPONENT

41-010000 39-010000 41-010000

,41-020000 41-010000 43-010000

UPPLEN2 BRANCH COMPONENT

::.43-010000 -43-010000 111-010000

43-020000 -43-010000 211-010000

ý43-030000 -43-010000 311-010000

UPIEAD BRANCH COMPONENT

:45-0100oo 43-010000 45-010000

HTLEGRI PIPE COMPONENT

:)11-010000 .:1l1-010000 111-020000

HIILEGR2 BRANCH COMPONENT

113-010000 111-020000 113-010000

INBOX BRANCH COMPONENT

121-010000 121-010000 .122-010000

121-020000 113-010000 121-010000

UTE P W. -PE . COMPONENT

122-010000 122-010000 122-020000

122-020000 122-020000 122-030000

122-030000 122-030000 122-040000

;.22÷-040000 122-040000 122-050000

122-050000 122-050000 122-060000

:122-060000 122-060000 122-070000

122-070000 122-070000 122-080000

A22-080000 122-080000 122-090o0(J

122-090000 122-090000 122-100000

122-100000 122-100000 122-110000

UJUN SNGLJUN COMPONENT

123-000000 122-110000 .124-010000

UTUBE PIPE COMPONENT

124-0100Q0 124-010000 124-020000

124-020000 124-020000 124-030000

124-030000 124-030000 124-040000 124-040000 124-040000 i24-050o00

:4-050000 124-050000 124-060000

124-060000 124-060000 124-070000

OUTBOX: : 8i.:.;.BRANCi .. COMPONENT

i25-010000 124-070000 125-010000

125-020000-:7125-010000 131-010000

S8ALR" PIPE COMPONENT

131-010000O 131-010000 131-020000

li..0210000 131-020000 131-030000

131-030000.-131-030000. 1317040000

PUMPR PUMP COMPONENT

140-010000. 131-040000 140-010000

140-020000 140-0d0000 15i-010000

COLDR.2:- BRANCH COMPONENT

152-010000 151-010000 152-010000

152-ý020000 .152-010000 .153r-010000

COLOR3 .. PIPE COMPONENT

153-.010000. 153-010000 153-020000

CVjUN ...... 'TMOPJUN COMPONENT

1.61'000000 .180-10000.. 152 -O10000

HTLEGGI PIPE ' COMPONENT

211-010000-.211-010000 211-020000

HTLEGG2 .. BANCti COMPONENT

l138r0n0*'211-020000 .13-0'.0)0O

5.0309

2.1906

14.863

14.875

14.864

7.49494E-03

14.8a6

14.865

5.9733

14.865

5.9734

5.9734

5.9734

5.9734

5.9735

6.9736

5.9737

5.9730

5.9739

5.9741

5.9742

5.9743

5.9744

5.9745

5.9746

5.9747

5.0747

5.9710

13.033

13.340

13.339

13.339

13.339

16.953

16.948

16.970

16.970

2.3342

.14.877

5.0309

2.1906

14.863

14.875

14.864

-7.49494E-03

14.865

14.865

6.9733

14.865

5.9734

5.9734

5.9734

5.9734

5. 9735

5.9736

5.9737

5.9730

5.9739

5.9741

5.9742

5.9743

5.9744

5.9745

5.9746

5.9747

5.9741

5. 9710

13.033

13.340

13.339

13i339

13.339

16.953

16.948

16.970

16.970.

.2.3342

.14.877

14224.

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3.8600

8.8650

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1.0872

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.49840

.48700

.48700

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.38300

.38300

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3.49000E-03

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

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1.0000

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170

.,43690 ... .1,)0000

14.877 14.877 . t760.Q0, ... 690.' . 0.o000 : CO 'IO " 0 :'• '" 0.
RELAP5 2"36.04 REACTOR LOSS OF COOLANT

':DOEL4 - SPRAY CAPACITY. TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE 171

87/01/22.

INBOX" BRANCH COMPONENT

221-010000 221-010000 222-010000

221;-020000 213-010000. 221-010000

UTUBE PIPE COMPONENT

222-O10060 222-010000 222-020000

222-020000 222-020000 222-030000

222-030000 222-030000- 222-040000

222-040000 222-040000 222-050000

222-C0600O0 222-050000 222-050000

222-060000 222-060000 222-070000

222-070000 222-010000 222-080000

222-080000 222-080000 222-090000

222-090000 222-090000 222-100000

222-100000 222-100000 222-110000

UJUN. "SNOLJUN: :COMPONENT

223-000000 222-110000 224-010000

UTUBE:, ::.:!:: PIPE.. .COMPONENT

224-010000 224-010000 224-020000

224-020000 224-020000 224-030000

224-030000 224-030000 224-040000

224-040000 ..224-040000 224-050000

224-050000 224-050000 224-060000

224-•060000 224-060000 224-070000

OUTBOX BRANCH COMPONENT

225-010000 224-070000 225-010000

225-020000 225-010000 231-010000

SEALGI.' ..:"' PIPE COMPONENT

231-o0100 231-01000( 231-020000

231ý-Q20000 .231-020000.,231-030000

SEALG2 BRANCH COMPONENT

23g-010000 231-030000 232-010000

PUMPR PUMP COMPONENT

24Q0-00000 232-010000 240-010000

240-020000 240-016060 251-010000

COLGI :.: BRANCH COMPONENT

251-010000 251-010000 253-010000

COLG2:: ::. pE ::.: •P COMPONENT

253-oi'ooo 253-:O1O00 253-020000

263-020000 253-020000 253-030000.

T183 .. TMDPJUN COMPONENT

283-000OOO:231-030000 282-010000

HTLEGB1 PrPE COMPONENT

311-1010000": 311-0100 31,-O200 SURtGEJUN SNGLJUN COMPONVNT

312-000000 -400z010000 -311-020000

HTLE9B2 BRANCH' COMPONENT

313r010000;:311-020000 :313-010000

yNbOX BRAhCi COMPONENT

321-010000 :321-010000" 322-010000

321-02'000 313-010000 32i-010000

UTUBE. PIPE COMPONENT

3220-00000 322-010000 322-020000

322-020000:-322-020000: 322-030000

322-030000 "322-030000 322-040000

322040000.:::322-040000....322-050000.

322"060000 322-050000 322-060000

322-060000.::::322-0600O:0 ..322-070000'

5.9783 5.9783 4760.0 1.0872 1.0000 OOu.J0 0 0

14.878 14.878 4760.0 .43690 1.0000 00000 0 0

5.9784 5.9784 4760.0 1.0872 1.0000 00000 0 0 5.9784 5.9784 4760.0 1.0872 1.0000 00000 0 0

5.9784 S.9784 4760.0 1.0872 1.000 00000 0 0

5.9784 5.9784 4760.0 1.0872 1.0000 00000 0 0 5.9785 S.9785 4700.0 1.0872 1.0000 00000 0

5.9786 5.9786 4760.0 1.0872 1.0000 00000 0 0

5.9787 0.9787 4760.0 1.0872 1.0000 00000 O 0

5.9788 5.9788 4760.0 1.0872 1.0000 00000 0 0

6.9789 6.9789 4760.0 1.0872 1.0000 00000 0 0

5.9791 5.9791 4760.0 1.0874 1.0000 00000 0 0

5.9792 5.9792 4760.0 1.0872 1.0000 00000 .0

5.9793 5.9793 4760.0 1.0872 1.0000 00000 0 0

5.9794 6.9794 4780.0 1.0872 1.0000 00000 0 0

5.9795 5.9795 4760.0 1.0872 1.0000 00000 0 0

5.9796 5.9796 4760.0 1.0872 t10000 00000 0 0 5.9797 5.9797 4760.0 1.0872 1.0000 00000 0 0 5.9797 5.9797 4760.0 1.0872 1.0000 00000 0 0

5.9760 5.9760 4760.0 1.0879 1.0000 00000 0 0 13.044 13.044 4760.0 .49840 1.0000 00000 0 0

13.351i 13.351 4760.0 .48700 1.0000 00000 0 0

13.350 13.350 4780.0 .48700 1.0000 00000 0 0

13.333 13.333 4753.9 .48700 1.00001 00000 0 0

13.333 13.333 4753.9 .48700 1.000 00000 0 0

16.945 16.945 4753.9 .38300 1.0000 00000 0 0

16.941 16.941 4753.9 .38300 1.0000 00000 0 0

16.941 16.941 0453.6 .A38366 1.0000 00000 0 0

16.941 16.941 4753.9 .38300 1.0000 00000 .0 0

1.73233E-02 1.73233E-02 6.1766 ::';48700 :OOOO 00000 0 . 0

14.866 14.866 . 4756i5 :43690 1.0000 00000.. 0 . 0

-1.04406E-03 ;1.04406E-03 -4.82593E-02 6.3118OE-02 1.0000 10001 . 0 0

14.866 14.866 :..'4756;4 % .43690: . 1.0000 00000- . 0:. 0

5.9738 5-.9738 4756.i 4 . 1.0872 1,0000 00000. . 0

14.866 14.866 4756.4 .43690 1.0000 00000 0 0

.9738. 5.9738 4756.4 10.872 1.0000 00000 0 0

978 5.i9738. 750 4. 1072. 1.00 00 0 ~..973 8 934756.4 1.0872 1.0000 60000

5.9738 .5.9738 47564 . 1.0572 1.0000,00000,0 0 5.9739 5.9739 4756.4 1.0872 1.0000 00000 0 0

59740 .".9740., 47564 000.01.0572000••0.': 00000, 0. 0

0

0

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0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT W" DOEL4.- SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE 172

87/01/22.

3227071000 322-070000 322-080000

322-080000 322-080000 322-090000

322-090000 322-090000 322-100000

322-100000 322-100000 322-110000

UJUN ': SNGLJUN COMPONENT

323-000000 322-110000 324-010000

QTU•B• PIPE . COMPONENT

324-010000 324-010000 324-020000

324-020000 324-020000 324-030000

324-030000 324-030000 324-040000

124-040000 324-040000 324-050000

324-050000 324-050000 324-060000

324-060000 324-060000 324-070000

OUTBOX BRANClI COMPONENT

3251-010000 324-070000 325-010000

325-020000 325-010000 331-010000

SEALBa.'."... PIPE '. COMPONENT

331-010000 331-010000 331-020000

331-020000 331-020000 331-0300(X

331-030000 331-030000 331-040000

PUMPR"..:.:. PUMP COMPONENT

340-010000 331-040000 340-010000

340-020000 340-010000 351-010000

COLDR2 BRANCH COMPOIENT

362-010000 351-010000 352-010000

352-020000 352-010000 353-010000

COLOR3::". PIPE COMPONENT

353-010000 353-010000 353-020000

SURGE* • PIPE COMPONENT

406-010000 400-010ooo 400-020o0

400-020000 400-020000 400-030000

400-030000 400-030000 400-040000

SURGE 1. " SNGLJUN COMPONENT

405-000000 400-040000 410-010000

PRESSU PIPE COMPONENT

410-0i0000 410-010000 410-020000

410-020000.:410020000 410-030000 4io-o3OOOo 410-O3oooo 410-040000

410-040000 410-040000 410-050000

410-O5OOO0 410-050ooo 416-060000

410-060000 410-060000 410-070000

41o-oloooo 41o'oloooo 410-080000

410-080000 410-080000 410-090000

TOP BRANCH COMPONENT

420-010000)410-090000 420-010000

SPRAYR BRANCH COMPONENT

430-010000 151-010000 430-010000

SPRAYR VALVE COMPONENT

435000000. 430-010000 450-010000

SPRAYB .... BRANCH COMPONENT

440-010000 351-010000 440-010000

SPRAYS VALVE COMPONENT

445-00000X0440-010000 450-010000

SPRAYB BRANCH COMPONENT

45o0Q-0100 .450-010000 -420010000

POlESVAL VALVE COMPONENT

40P-;-0CC 420-010000- 490-0100-00

5.9741

5.9742

5.9744

5.9745

5.9747

5.9748

5.9749

5.9750

5.9751

5.9751

6.9752

5.9714

13.034

13.340

13.340

13.340

13.340

16.955

16.050

16.950

16.950

1.10063E-03

9.96883E-04

8.88469E-04

7.81301E-04

2.23109E-05

2.04766E-05

1.06314E-05

-6.14797E-05

-2.1204

-010106

-. 11313 -. 12733

-8.28859E-02

-3.73793E-07

0.

-3.75714E-07

0.

-1.3835

-1.C3332E-04

5.9741

5.9742

5.9744

5.9745

5.9747

5.9748

5.9749

5.9750

5.9751

5.9751

6.9752

5.9714

13.034

13.340

13.340

13.340

13.340

16.955

16.950

16.950

16.950

2.75500E-03

2.11600E-02

3.02552E-02

3.25561E-02

8.49473E-03

2.61286E--03

2.64076E-02

.96167

1.91653E-04

6. 7004IE-05

2.27441E-05

1.89248E-05

1.10952E-05

-3.73870E-07

0.

-3.75790E-07

4756.4

4756.4

4756.4

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3.75145EF

3.34173E

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-02 2.0329

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-02 3.5350

-02 3.5350

-02 3.5350

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-03 3.5350

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* 5.98900E-03

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65.55947E-06 ?.23243S--3 2.?1•40 1-4,56604S- l) Q
RELAP5/2/36.04 REACTOR LOSS OF COOLANT

s00EL4:- SPRAY CAPACITY TEST AT ZERO POWER

SYSTEM 2

AIJALYSIS PROGRAM PAGE 173

87/01/22.

JUN.NO. VOIOFJ VOIDGJ

,.11-010000 1.0000 0.

11-020000 1.0000 0.

!3-010000 1.0000. 0.O

13-020000 1.0000 0. ..13-030000 1.0000 0.

13-040000 1.0000 0.

15-010000 1.0000 0.

15-020000 1•0000 0.

.23-010000 1.0000 0.

23-020000 1.0000 0.

::25-0100o0 1.0000 0.

25-020000 1.0000 0.

:31-010000 1.0000 0.

31-020000 1.0000 0.

:31-030O00 1 .0000 0.

31-040000 1.0000 0.

.,39-01o0000 1 .000 0.

39-020000 1.0000 0.

.41-010000 1.0000 0.

41-020000 1.0000 0O

:,43-010000 1.0000 0;

43-020000 1.0000 0.

;,43-030000 .1.0000 O.

45-010000 1.0000 0.

111-010000 1ý0000 0.

113-010000 1.0000 0.

:121-010000. 1;0000 0.

121-020000 i.0000 0.

122-010000 1.0000 0.

122-020'00 1.0000 0.

122-030000 1.0000 0. 122-040000 1.0000 0.

122-050000 :1.0000 0.-

122-060000 1.0000 0. ..122-070000 '1.0000 . O0

122-080000 1.0000 0.

.122-090000 1.0000. 0..

122-100000 1.0000 0.

"123ý-000000: 10000 1 0.

124-010000 1.0000 0.

124-;020000 - .0000 0.

124-030000 1.0000 0.

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124-050000 .1.0000 0.

124ý-060(X000' 1:0000 .- ,0.- 126-010000 1.0000 0.

125-020000::::.l0000) . 0. 131-010000 1.0000 0.

131-020000. 1,0000•: v0.

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140Q-010000 .0000 . 0.. - 140-020000 1."•0000 0. O•. :152-010o0o0. 0 :: 1.0000.o -:.. 0. ..

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20.182 2.71 0. 0.

2.69415E-02 1.933E-07 0. 2.30

14.926 1.747E-02 0.. .429

14.926 1.748E-02 0. .429

14.926 1.748E-02 0. .429

22.008 3.487E-02 0. •160

22.470 4.002E-02 0. 0.

22.480 4.002E-02 0. 0.

16.47.1 2.076E-02 0. 1.43

17.:677 3.427E-03 0. 5.27

22.414 .661 0. 2.46

2.4027 4.351E-04 0. 7.45

22.382 1.30 0. 2.47

22.349 1.30 0. 2.40

22.316 1L30 0. 2.31

22.283 1.30 0. 2.23

22.260 .651 0. .720

2.3934 4.351E-04 .0. 6.45

16.718 1.905E-03 0. 2.04

22.232 3.898E-03 0. 0.

12.960 1.920E-02 0. .380

12.960 1.920E-02 0. .380

12.960 1.920E-02 0. .380

22.009 .886 0. 2.60

22.141 3.836E-02 0. 0.

22.137 3.836E-02 0. 0.

12.272 .377 0. .226

14.196 1.926E-02 0. .325

22.139 .740 0. 0.

22.126 .728 0. 0.

22.111 .824 0. 0.

22.098 .849 0. 0.

22.083 ;778 0. 0.

22.069 .778 0. 0.

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22.042 .778 0. 0.

22;028 ;778 0. 0.

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21.991 1.56 0. 0; 21.986 1.56 0. 0. 21.982 .A.24 0. 0.:

21.977 .915 0. 0.

21.974 :.101i • 0. 0.....

14.082 .650 0. .580

12.760 1.316E-02 0. .255

21.681 2.551E-02 0. 0.

21.938 3.326E-02 0.. O..

21.937 3.096E-02 0. 0.

13.799 1,074E-02 0. .: .195

14.630 i"598E-02 0. .270

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT

DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE 174

152-ý020000

153-010000

181-000000

211-010000

213-010000

221-010000

221-020000

222-010000

222-020000

222-030000

222-040000

222-050000

222-060000

222-070000

222-080000

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222-100000

223-000000

224-010000

224-020000

224-030000

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224-050000

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228-010000

225-020000

231-010000

231-020000

232-010000

240-010000

240-020000

251-010000

253-010000

253-020000

283-000000

311-ý010000

312•000000

313-010000

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322-020000

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322-100000

323-000000,

324-010000

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324-030000

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324;-060c'

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.0.. 

BBY BBY 22.417

DRY BBY 21.107

BaY BAY .20428

BBY BaY 22.141

BaY BaY 22.137

SaY BRY 12.272

BeY BDY 14.196

BDY BBY 22.139

BaY DBY 22.126

BBY BDY 22.111

BOY BBY 22.098

BRY BBY 22.083

BBY BDY 22.069

DBY BBY 22.055

BRY BBY 22.042

DBY BBY 22.028

BBY BBY 22.014

BDY BBY 22.003

DRY BBY 21.995

BDY BDY 21.991

saY BDY 21.085

DBY BaY 21.981

BeY BBY 21.977

BBY BBY 21.973

BDY BDY 14.082

BBY BBY 12.760

anY BSY 21.680

BBY BBY 21.937

BaY BRY 21.937

BBY CTR 13.79q

CTO BOY 14.830

BBY BBY 2•.419

BaY BOY 22.416

BDY BeY 21.106

BOY BBY 21.939

BBY BBY 22.141

BoY BDY 21.084

BBY BDY 22.137

BOY BOY 12.272

BDY BBY 14.196

BaY pBY 22.139

gRY gRY 22.126

BBY BBY 22;111

BaY BOY 22.098

DBY BaY 22.083

BBY BDY 22.069

BBY BBY 22.056

saY DRY 22.042

SaY BDY 22.028

BOY BY 22.014

DRY BDY 22.003

RaY DRY 21.995

gaY BBY 21.991

saY bDY 21.986

BBY DRYBe 21.981

baY RBY 2i.977

9v gRY 21,97.

3.196E-02 0.

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RELAP5/2/36.04 REACTOR LOSS OF COOLA14T ;.: DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE 175

87/01/22.

325;O1000QO

325-020000

331-0i0000.

331-020000

331-030000

340-010000

34ao020000

352-010000

362-020000

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HEAT TRF.

RATE

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-153.29

0.

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3.64800 lE405

-3.06772E+05

3.06706E#05

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21.681 2.551E-02 0. 0.

21.938 3.326E-02 0. 0.

21.937 3.096E-02 0. 0.

13.799 1.074E-02 0. .195

14.630 1.598E-02 0. .270

22.419 3.196E-02 0. 0.

22.416 3.196E-02 0. 0.

21.106 2.842E-02 0. 0.

17.336 .585 4.34 0.

21.608 .630 .793 0.

32.480 .687 .689 0.

24.084 .387 .294 0.

17.163 0.653E-02 4.454E-03 0.

13.392 5.868E-02 2.798E-02 0.

632.16 6.756E-02 6.367E-04 0.

1250.7 .381 1.206E-07 0.

166.09 1.372E-05 2.961E-04 0.

12.375 7.895E-04 8.562E-07 0.

16.489 3.332E-04 1.914E-06 0.

9.5600 6.810E-05 2.966E-07 0.

9.4732 1.407E-04 4.064E-07 0.

18.728 2.045E104 0. 0.

22.307 4i468E406 7.9756E405 0.

18.728 2.037E#04 0. 0.

22.306 4.468E406 7.975E+05 0.

85.824 .329 2.389E-08 1.00

8.1157 5.464E-02 2.894E-07 0..

11EAT FLUX CRITICAL MODE MEAT TRF.

HEAT FLUX COEF.

(WATT/M2) (WATT/M2) (WATT/M2-

K)

-16.509 0. 2 5986.2

0. 0. 0 0. -1497.0 0. 2 37789.

1325.4 0. 0 0.

.- 1301;4 0. '.2 37790.-

1152A3 0. 0 0.

-1126.7 0. 2 37791.

997.55 0. 0 0.

-942.21 0.-. 2 37793i

834.18 0. 0 0.

-788.17 0. . 2 37794i

697.79 0. 0 0.

-657.33 0. 2 37796.

581.94 0. 0 0.

-540.44 0.,- 2 37798M

478.45 0. 0 0.

-436.01 0. 2 37799..

385.98 0.0 0

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1. 17

:STRONO. SIDE BORYVOL,

NUMBER s

.1211-001 LEFT 121-010000

RIGIT 0-000000

1220- O1-..1LEFT RIGlT 122-010000 0-000000

.1220?Q002 .LEFT -122-020000

RIGHtT 0-000000

1220-003: LEFT 122-030000 ... .RIIT 0-000000

I1220ý004 LEFT.* 122-040000

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!220-005 .LEFT 122-050000

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1220-006 LEFT.. .,:-:'122-060000' .RIGHt 0-000000

:12207007 LEFT . 122-070000:

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1220-7008 LEFT .. 22-;080000 .RIGHT . '0-000000

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570.49

570.49

570.43

570.35

570.42

570.35

570.41

570.35

570.40

570.35

570.39

570.35

570.39

570.35

570.38

570.35

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570.35

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-153.29

-75.735

* -66.802

-60.776

-68.069

-51.841

* -46.546

-41.692

-37.256

-33.211.-

-29.5334

... :••: :-27.934 •::•

OE403

VOL. AVE.

TEMP.

(K)

570.49

570.39

570.38

570.38

570.37

570.37

570.37

570.36

570.36

570.36

570.36

570.35
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"OEL4 

- SPRAY CAPACITY TEST

RIGHT' 0-000000

1231-001 LEFT 121-010000

% , '.. I,. : RIGHT 125-010000

1240-001 LEFT 124-010000

:.A. RIGHT 0-000000

1240-002 LEFT 124-020000

:• RIGHT 0-000000

1240-003 LEFT 124-030000

RIGHT 0-000000

1240-004 LEFT 124-040000

S"RIGHT 0-000000

1240-005 LEFT 124-050000

S " RIGHT 0-000000

1240-006 LEFT 124-060000

: RIGHT 0-000000

1240-007 LEFT 124-070000

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1240-008 LEFT 124-070000

RIGHT 0-000.000

1251-001 LEFT 125-010000

RIGHT .. 0-000000

.2211-001 LEFT 221-010000 . RIGHT 0-000000

2220-001 LEFT 222-010000

RIGHT . 0-000000

2220-002 LEFT 222-020000

RIGHT 0-000000

2220-003 LEFT 222-030000

RIGHT.. 0-000000

2220-004 LEFT 222-040000

RIGHT. 0-000000

2220-005 LEFT 222-050000

RIGHT 0-000000

2220-006 LEFT 222-060000 - RIGHT 0-000000

2220;-007 LEFT 222-070000

RIGHT 0-000000

2220-008 LEFT 222-080000

SRIGHT ..... 0-000000

2220-009 LEFT 222-090000

RIGHT 0-000000

ý220 010 LEFT 222-100000 • RIGHT:'.:, 0-000000

222600if1" LEFT 222-110000 . . R RIGHT. 0-000000.

2231-001 LEFT 221-010000

RIGiIT:. 225-010000

2240-001 LEFT 224-010000

*RIGHT. 0-000000..

2240-002 LEFT'" 224-020000

,,V RIGHT 0-000000

2240-:003 LEFT 224-030000

:''::: .':: RIGHT RIH .: 0-000000 0 -OX

2240-064 :LEFT 224-040000

RIGHT: 0-000400:.

2240-005 LEFT 224-050000

S;•.1 .- )0 0.

SS OF COOLANT ANALYSIS PROGRAM

AT ZERO POWER

PAGE 176

87/01/22.

570.35

570.47

570.38

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166.89

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108.74

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132.45

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129.87

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125.68

-134.07

118.70

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-12.431

-24.496

-35.783

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-3.1961

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-152.79

-75.752

-66.822

-60.800

-68.102

-51.871

-46.577

-41.725

-37.289

-33.244

-29.566

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-35.842

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570.43

i70.35

570.35

570.35

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570.35

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570.37

570.49

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RELAP5/2/36.04

DOEL4 " SPRAY

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

CAPACITY TEST AT ZERO POWER

PAGE 177

2240-006 LEFT 224-060000

RIGHT 0-000000

2240-!007 LEFT 224-070000

RIGHT 0-000000

2240-005 LEFT - 224-070000

RIGHT 0-000000

2251-001 LEFT -225-010000

RIGHT 0-000000

3211|-00i LEFT 321-010000

RIGHT 0-000000

3220-001 LEFT 322-010000

RIGHT 6-000000

3220-002 :.LEFT 322-020000

RIGHT 0-000000

3220-003 -'LEFT:. : 322-030000

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32206'-004 LEFT 322-040000

RIGHT 0-000000

3220-006 LEFT. 322-050000 . RIGHT 6-000000

3220-006 :LEFT., 322-060000

RIGFIT 0-000000

3220-007. LEFT • 322-070000

RIG1IT 0-000000

3220-008. LEFT •322-080000

RIGHT, 0-000000

3220-009 

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RIGHT 0-000000

,322-010 LEFT 322-100000

RIGHT 0-000000

3220-01. 

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RIGItT 0-000000

4231'001 : LEFT. 321-010000

RIG11T 325-010000

3240-001 LEFT 324-010000

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3240-;002..': LEFT'... 324-020000"

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3240;.-003. LEFT.' 324-030000 RIGHT 0-oooo~o

a240-;oo4: LEFT RIG~f -: : 324-040000 0-000000 ... .RIGHt O-oooOO

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3240-,006 LEFT. ... 324:-060000

3 .RIGt O-•000000 240 .-O p7 i . : E; EF T i.'... 2 .O O O

240 8 LEFT.:.: 324-070000: -..

3251.-001. LEFT.- 325-010000:.

RIGHT. 0-000000

400•.0.-0.0 LEFT: •400-010000

RIGH.T 940-O10cx0o

4000.002.LEFT ., "*?: :.. 400-020000:

RtGHiT 040-01000(

4000.003,.LEFT:, .00-030000

570.36 -39423.

570.35 39414.

570.36 -40334.

570.35 40326.

570.36 -17217.

570.35 17214.

570.36 -14.479

570.37 0.

570.49 -115.00

570.49 0.

570.43 -3.64875E05

570.35 3.64803E4O5

570.42 -3.06775E+05

570.35 3.06708E405

570.41 -2.65588E+05

570.35 2.65527E405

670.40 -2.80708E4O6

570.35 2.80639E05

670.39 -1.98712E+05

570.35 1.98660E405

570.39 -1.65726E+05

570.35 1.65679EtO5

570.38 -1.36256E405

570.35 1.36214E+05

570.37 -1.09926E+O5

570.35 1.09889E#05

570.37 -86402.

570.35 86368.

570.36 -85382.

570.35 65353.

570.36 -51135.

570.35 51107.

570.47. -136.10

570.38 127.81

570.36 -40584.

570.35 40560.

570.36 -73985i

570.35 73950.

570.36 -72648.

570.35 72620.

570.36 -71579.

570.35 71557.

570.36 :.-43101i

670.35 43089.

.570.36 -39451.

570.35 39442.

570.36 -40358.

670.35 40351.

570.36 -17228.:

570.35 17224.

570.36 -9.1197

570.37 0.

616.60 -..67663

606.68 4637.1

617.36 -"3871'7

616.75 ""4638.2

%617.35 .- 4298,5•:

-133.77

118.44

-136.86

121.18

-136.86

121.18

-1.6593

0.

-12.385

0.

-1497.0

1325.4

-1301.5

1152.3

-1126.7

997.56

-942.22

834.19

-788.18

697.80

-657.34

581.96

-540.45

478.46

-436.02

385.99

-342.71

303.37

-259.34

229.55 -188.56

166.89

-117.33

110. 18

-149.65

132.45

-146.73

129.88

-144.08

127.54

-141.96

125.67

-:.-134.07.

118.69

-133.87

118.52

-136.95

121.25

-136.95 1 21.25

-98215

0.

1347.6

736.77

736.94 7•677.9

0.

0.

0.

0.

0.

0.

0.

0.

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0.

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2 37835.

0 0.

2 37836.

0 0.

2 37836.

0 0.

2 5993.9

0 0.

2 5986.5

0 0.

2 37791.

0 0.

2 37792.

0 0.

2 37793.

0 0.

2 37796.

.0 0.

2 37796.

O 0.

2 37798.

0 0.

2 37800.

0 0.

2 37801•

0 0.

2 37803.

0 0.

2 37805.

0 0.

2 37807;

0 0.

2 5986.5

2 5990.2

2 37808.

0 0.

2 37809,

0 0. 2 37810.

0 0.

2 37811.

0 0. 2 37811.

0 

0

2 37812.

0 0.

2 37812,

0 0. 2 37812.

0 0.

2 • 5990.2

0 0.

2: ---1075.8

0 2.6100

2':2. ' :. 96177

235100

2-* 2 923

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0;

0.

.O

Oý

0.

0.o

i0

0 . ,,

-9.2836

-7.5070

-3.2045

-14,479

-115.00

-75.717

-66.787

-60.766

-68.060

-51-.836

-46.544

-41.692

-37.258

-33.215

-29.539

-27.941

-8.2951

-24.504

-35.804

-27.991

-21.785

-I11 8!4

-9 2752

-17.5021

-3.2024

-9 1197

11403.-`

3J66.42

330.2

570.35

570.35

570.35

570.37

570.49

570.39

570.38

570.38

570.37

670.37

570.37

570.36

570.36

570.36

570.36

570.35

570.43

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.37

.:616.77

617.04

6 17,02
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

•"OEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 178

87/01/22.

RIGHT

4000-004 LEFT

. :RIGHT

4101-001 LEFT

4101-002 LEFT

.* .: RIGHT

4102-001 LEFT

RIGHT

4102-002 LEFT

.: RIGHT

4102-003 LEFT • !; .. ': I.:: IOHr

4102-004 LEFT

.. I' HT

4102-005 LEFT

. " RIGHT

4102-006 RIGHT LEFT

, . R I G H1 T4103-001 LEFT

" . : RIGHT

4103-002 LEFT

RIGHT

4113-002 LEFT

RIGHT 4113-002 LEFT

040-010000

400-040000 940-010000

410-010000

940-010000

410-020000

940-010000

410-030000

940-010000

410-040000

940-010000

410-050000

940-010000

410-060000

940-010000

410-070000

940-010000

410-080000

940-010000

410-090000

940-010000

420-010000

940-010000

0-000000

.!.:410-040000

0-000000

410-050000

616.72

617.32

616. 70

617.01

615.03

617.01

615.03

617.03

615.10

617.14

615.10

617.93

615.95

617.91

616.95

617.90

615.95

617.92

615.98

617.93

616.12

617.93

616.13

619.97

618.60

620.26

618.89

4637.7

-4267.8

4637.3

-1260.0

1224.9

-2491.7

2450.2

-3862.3

3800.0

-11994.

7947.4

-18771.

16333.

-17357.

16333.

-16830.

16333.

-3845.2

3811.5

-1643.5

1637.4

-1146.2

1148.4

0.

66941.

0.

22295.

736.87

-850.00

736.81

-860.04

732.61

-850.24

732.61

-825.46

732.79

-1225.6

732.79

-936.10

734.94

-865.55

734.93

-839.28

734.93

-821.81

735 .01

-832.98

735.36

-828.36

735.38

0.

6225.6

0.

6224.3

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

2.79940E406

0.

2.80172E406

0

2

0

2

0

2

0

2

0

11

0

11

0

11

0

01

0

11

0

110

11

0

0

3

0

4

2.5100

989.76

2.5100

877.76

2.5100

875.22

2.5100

868.89

2.5100

1461.1

2.5100

9919.8

2.5100

9936.7

2.6100

10043.

2.5100

16432.

2,5100

20054.

2.5100

22615.

2.5100

0.

11843.

0.

7247.2

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

66943.

22314.

369.57

-35.114

-41.534

-62.293

-4046.3

-2437.9

-1023.4

-496.66

-33.728

-6.0773

2.1638

-1.6526

-19.746

616.99

615.98

615.98

616.03

616.05

616.90

616.89

616.89

616.92

616.99

617.00

619.10

619.39

:.$SfR.NNO.: M•1SH POINT TEMPERATURES

1211-001 560.49 570.49

1220-001 570.43 570.39

1220-002 570.42 570.38

1220-003 570*41 570.38

1220-004 570.46 570.37

1220-005 570.39. 570.37

1220-006 570.39 570.37

:1220-007 570.38 570.36

1220-008 570.37 570.36

:.1220ý-009 570.37 570.36

1220-010 570.36 570.36

.1220-011 570.36. 570.35

1231-001 570.47 570.44

-1240-001 570.36 570.35

1240-002 570.36 570.35

1240ý-003 570.36 570.35

1240-004 570.36 570.35

1240-005 570.36 570.35

1240-006 570.36 570.35

:1240-007 570.36 570.35

1240-008 570.36 570.35

1251-001 570.36 570.37

2211-001 570.49 570.49

2220-001ý * 570,43,: 570.39

2220-002 570.42 570.38

2220-003 570.41 570.;38

2220-004 57d0.4 570.37

2220-C.5 570.39 . 570.Z?

(K)

570.49

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.41

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.37

570.49

570.35

570.35

570.35

570.35

570.3Z

570.49 570.49

570.38

570.37

570.49

570.37

570.49
RELAP5/2/36.04 REACIUN LOSS

.OEL4 - SPRAY CAPACITY TEST AT

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

PAGE 179

87/01/22.

2220-006 570.39 570.37 570.35

2220-007 570.38 570.36 570.35

2220-008 570.37 570.36 570.35

2220-009 570.37 570.36 570.35

2220-010 570.36 570.36 570.35

2220-011 570.36 570.35 570.35

2231-001 570.47 570.44 570.41.

2240-001 570.36 570.35 570.35

2240-002 570.35 570.35 570.35

2240-003 570.36 570.35 570.35

2240-004" 570.36 570.35 570.35

2240-005 570.36 570.35 570.35

2240-006 570.36 670.36 570.35

2240-007 570.36 570.35 570.35

2240-008 070'36 670.35 570.35

2251-001 570.36 570.37 570.37

3211-001 670.49 570.49 570.49

3220-001 570.43 570.39 570.35

3220-002 670A42 570.38 570.35

3220-003 570.41 570.38 570.35

3220-004- 570.40 570.37 570.35

3220-005 570.39 570.37 570.35

3220-006 570.39 570.37 570.35

3220-007 570.38 570.36 570.35

3220-008 570.37 870.36 570.35

3220-009 570.37 570.36 570.35

3220-010 570.36 570.36 570.35

3220-011 570.36 570.35 570.35

3231-001 570.47 570.44 570.41

3240-001 570.36 570.35 570.35

3240ý-002. 570.36 570.35 570.35

3240-003 570.36 570.35 570.35

3240ý-004:570.36 570.35 570.35

3240-005 570.36 570.35 570.35

3240-006 570.36 570.35 570.35

3240o001 570.36 570.35 570.35

3240ý-008 57036:: 570.35 570.35

326i-00i 570.36 570.37 570.37

4000;-001 616.60 616.83 616.83

4000-002 617.36 617.15 616.95

4000-003;' 617.35 617.13 616.92

4000-004 617.32 617.11 616.90

4101•0! 6•170 6:,16.32 615.66

41-i002 6.1.7..01 616.32 6i5.66

4102-001 617.03 .616.36 615.72

4io2-od2 617.14 6i6.37 615.72

4102-003 617.93 :617.22 616.58

4102-004 617.91 617.22 616.57

4102-005 617.90'.: 617.22 616.57

4102-ý006 617.92 617.25 616.60

4103-001 617s93 617.30 616.70

4103-002 617.93 617.3i 616.71

4113-001:--:.' 619.97 619.22 618,60

4113- 2 .. 620.26 619.51 618.89

CONTO•L•: -. VAR*IABLE EDIT

1. PRH1 

. DIV .. 26378.1.

570.38

570.37

570.49

570.37

570.49

570.38

570.37

616.68

616.75

616.72

616.70

615.03.

615.03

615.10 

- 618.10

6!5.95

615.95

615.95

615.98

616.12

616.13

570.31

2 .. :ENTA1 .. SUM.........:.:. 1.268908E+06..'
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 180

87101/22.

3 CVENERGY MU|.T 7.837402E106

5 ENT!IA231 SUM 1.322730Et06

.7 PRZRIIEAT SUM 10035.3

9 BALANCE SUM 5.762044E+06

11 MEAS-P FUNCTION 1.551000E107

13 TEMPF420 MULT 617.967

16 $AT420 MULT 617.967

20 P/RHO450 DiV 21223.7

22 SPRENER MtLT 6.602206E-06

24 ENTUA410 SUM 1.608245E+06

.O SPRBALAN $UM 77800.4

28 VAPGEN SUM 3.005619E-02 ..:32.• TURBPOW SUM a. 101 LAG1 LAG 570.537

103 LLI LEAD-LAG -. 680484

105 ??? SUM 122.716

.;-:107 LAG2 LAG -. 115467

109 LL3 tLEAD-LAG 570.535

!I! S4 SUM 0.

113 S6 SUM 41.1826

1358l' LIMIT' MULT 9.50000

137 D(AREA) PROP-TNT 3.800168E-06 .. 140- AREA$ý2 MUL.T 1.144294E-02

142 K(T+DT) SUM 21574.2

1 K(T MULT 21574.2

146 PIT) MULT 1.590400Et07

.154 DOUM SUM 857083.

156 DUM MULl 131.888

1•58 -A SUM 21442.3

160 DUM MULT 1.952298E-02

171 DUM MOJLT 7.102653E-07

173 DUM MIA.T 1.95498

:.175-s 5*1*2 .. MULT 1.505929E+09

177 B2-4AC SliM 1.506006E409

179 DUM sUM .492854

181 Q(Ti4DT) SUM 11.4019

183 O0(T+fT) MULT 6.93000

185 P(PIJMP) FUNCTION 2.025560E+07

200 .:,TAVG(G) SUM 570.538

202 SI SliM -14.6125

204 52 SUM 1,67227

206 OELTA-T SUM -. 115405 • "208':" LL2 LEAD-LAG -. 106318

210 LAG3 LAG 570.534

212ý:*S5 SUM -3.314111E-02

281 LET " SUM 2.302756E+07

:283 LET3 STPFNCTN 6.17657

300 TAVG(b)i SUM 570.538

302 S. " SUM -14,6126

304 S2. SUM i.67227

306;...DELTA-T' SUM: -. 115126

308 

. LL2O LEAO-LAG -. 105277

310 :LAG3. LAG 570.534.:

312 S. SUM -3.314127E-02

*..400':.:. *:COLLEVFL* -.-'i::::<::"zSUM..,:-:.* "26.6108

404 PRZM•SS SUM 11268.5 ..411 .:. .- " .. ' JNCT N- ....... 25.4152

4 P/RH0231 DIV 20917.1

6 LETDENER MJLT 8.169928Et06

8 PRZVAPli SUM -59121.8

10 CALC-P MULT 1.551013E+07

12 MEAS-L FUNCTION 26.3000

14 TEMPG420 MULT 617.966

16 SPRYTEMP MULT 570.449"

21 ENTHIA450 SUM 1.323151E406

23 P/R110400 DIV 25677.6

25 SURGEIER MOLT -67765.1

27 HEATERW SUM 89208.0

31 POW SUM 0.

100 TAVG(R) SUM 570.538

102 S1 SUM -14.6125

104 S2 SUM 1.67227

106 DELTA-T SUM -. 115152

108 LL2 LEAD-LAG -. 105882

110 LAG3 LAG 570.534

112 55 SUM -3.314123E-02

134 LEVREG PROP-INT 8.98480

136 DELTAF SUM 1.526485E-03

139 VALVAREA SUM .106972

141 K(VALV) DiV 21165.5

143 DEI.TA-K SUM 1.503810E-02

145 DELTA-P SUM -2.98900

153 KO002 MULT 816352.

165 A(T) DiV 1.166748E-06

157 DUM MULT -38794.9

159 DUM MULT 245985.

170 8 SUM 38806.3

172 DUM MULT -2.84696

174 C SUM -. 891980

176 AC4 MULT -76504.4

178 SORT STDFNCTN 38807.3

180 PELTA-O DIV 2.298514E-05

182 DUM STDFNCTN .607796

184 OTOT SUM 18.3319

186 DFDO FUNCTION -40730.7

201 LAGI LAG 570.538

203 LLI LEAD-LAG -. 580481

205 77? SUM 122.716

207 LAG2 LAG -. 115710

209 LL3 LEAD-LAG 570.535

211 t4 SUM 0.

213 56 

.. SUM 

. 41i1826

282 LET2 MULT 1.685884E+i0

284 LETDOWN MOLT 

. 22.3697

301 LAGi LAG 570.537

303 LLI. 

. LEAD-LAG: .580490

305 7?? SUM 022.716

307 LAG2 LAG -. 115443

309 LL3 LEAD-LAG. 570.535

311 54 

. SUM j 

.

313 56 SUM 41.1826

402 DPLEVEL.:: SUM 26.3241

410 T-AUCT-I, STOFNCTN 570.538

.412 .- VLT-tLEV .. UM C..98904•
RELAP5/2/36.04

DOEL4 - SPRAY

413 DELTA-P

415 POW-HEll

417 POWVAR

435 SPRAYVAL

::606. POWCOLOL

608 POWIIOTLG 610O" SGPOWER

707 POWPRElf

.709 POWUBEND

806 POWCOLDL .-800.. PUW)IOTLG

810 SGPOWER

901 MG2

903 MG4

9065 ' MG

907 MG8

909 M1O0

912 PRZMASL

--- RESTART NO.

NUMBER OF ELEMEt

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

CAPACITY TEST AT ZERO POWER

SUM 997.338 414 DP-CORR

TRIPUNIT 0. 416 POW-BKR

FUNCTION 152311. 418 TOTPOW

FUNCTION 0. 445 SPRAYVA

SUM 43102.5 607 POWPRESUM 1.217937E#06 609 POWUBEI

SUM 2.430577E+06 706. POWCOLD

SUM 96974.3 708 POWIIOTL

SUM 1.072251E#06 710 SGPOWEF

SUM 43100.9 807 POWPREI

SUM 1.217948E406 809 POWUBED

SUM 2.430552E#06 900 MGi

MULT 1.965287E-05 902 M03

MULT 9.861724E-02 904 MG5

MULT 1082.50 906 M07

MULT 252.514 908 MG9

MULT 58.0329 91O PRZMASV

SUM 8044.60 920 SURGII

200 WRITTEN. BLOCK NO. 1---

NTS IN SPARSE MATRIX 1: ORIGINAL - 410, FAClORED - 665

PAGE 181

,L

10

IL

.G

I

87/01/22.

PROP-INT

TRIPUNIT

FUNCTION

FUNCTION

SUM

SUM

SUM

SUM

SUM

SUM

SUM

MUL T

MULT

MULT

MULT

MUL T

SUM

SUM

ROUNDOFF ERROR -

1096.84

0.

89257.0

0.

97040.4

1.072316E406

43071.6

1.217896Et06

2.430373E406

97036.8

1.072334E406

8.349994E-05

0.

665.747

1082.33

82.7071

3223.94

-5671.63

1.6000OE-11 NCOUNT - 201
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 182

87/01/22.

::ATTEMP.TED ADV: TOT.-

REPEATED ADV: TOT.-

SUCCESSFUL ADV: TOT.-

•REQUESTED ADV: TOT.-

TRIP NUMBER. TRIP TIME

697 •1.0000000E-01

698 -1.000000

300 EDIT0 EDIT300 EDIT150 EDIT100 MIN.DT0 MAX.DT100 AVG.DT50 REQ.DT1.000000E-01 SEC .100000 SEC

1.000000E-01 SEC

.200000 SEC

LAST DTCRNT.DT=

ERR.ESTCPU1.000000E-01 SEC

.119937 SEC

7.2479156E-08

640.404 SEC

MS.ERR- -. 191180 KG

TOT.MS- 196370. KG

M.RATN- -9.735700E-07

TIME- 30.0000 SEC

(SEC)598 20.10000 599 -1.000000

VOL.NO. PRESSURE VOIDG TFMPF

(PA) (K)

SYSTEM .1* MASS- 1.96370E+05 KG

UPDOWNC BRANCH COMPONENT

• 11-010000 1,59589E407 0. 570.1

UPDOWNOZZ BRANCH COMPONENT

i3-010000 1.59490E607 0. 570.4

DOWNCTS ANNULUS COMPONENT

.16-010000 1.59S75EOI7 0. 570.4

15-020000 1.59692E407 0. 570.4

15-030Q00 1.59809E607 O0 570.4

LOWPLEN BRANCH COMPONENT

23-010000 1.59829E6?O7 . 570.0

COREIN BRANCH COMPONENT

7'25-010000 1.59164E+07 0. 570.4

CORE PIPE COMPONENT

'31-010000 1.588376407 0. 570.

31-020000 1.58446E+07 0. 570.

'31-030000 1.580626407 0. 570.1

31-040000 1.57685E407 0. 570.!

."31-050000 1.57315E407 0. 570.!

BYPASS SNGLVOL COMPONENT

*35-010000 1•5f177E607 0. 570.

COREEX BRANCH COMPONENT

:39-010000 1-57129E407 0. 50.

UPPLENi BRANCH COMPONENT

:41;-010000 1,56960E#07 0. 570.!

UPRLEN2 BRANCH COMPONENT

:43-010000 1,56878E+07 0. 570.!

UPIIEAD BRANCHI COMPONENT

:45-010000 .56729E607 0. 570.

HYLEGR1 PIPE COMPONENT

-111'010000 1.55821E+07" O. 570.

111-020000 1.557906E07 0. 570.'

HTLEGR2 `:-7-.BRANCH . COMPONENT

1.3-010000 -. 5,727,4076 0. 570.

INBOX ......... . BRANCH. COMPONENT

121-010000 1.56142E407 0. 570.

UTUBE.::: .: PIPE - COMPONENT

122o-01000 1.s584,6+o7 0. 570.

122-020000 1.556816+O7 0. 570..

122-6360000 .555216*07 0. 570.

122-040000 I.55339E+07 0,. 570.

122-050000 1.551516407 0. .570.

:122l060000. O 1•.549796+07 O. 570.

122-070000 1.5480764O7 0. 570.:

1 22-6-I000%:: 546356E07 .0: 570.;

66

61

61

62

62

62

60

59

57

56

55

54

56

53

52

52

45

48

48

48

49

47

46

44

43

41

40

3939

TEMPG

(K)

MASS ERROR=

620.27

620.22

620.26

620.32

620.38

620.39

620.05

619.89 619.69

619.49

619.30

619.11

619.55

619.01

618.93

618.89

618.81

618.34

618.32

618.29

618.51

618.35

618.27

618.18

618.09

617.99

617.90

617.81

617,72

SAT. TEMP.

(K)

-. 19118 KO

620.27

620.22

620.26

620.32

620.38

620.39

620.05

019.89

619.69

619.49

619.30

619.11

619.55

619.01

618.93

618.89

618.81

618.34

618.32

Si8.1

618.35

618.27

618. 18

618.09

617.99

617.90

617.81

617.72 %

NONCOND. BORON DENS.

VAPOR OUAL. (KO/M3)

ERR.EST.- 7.24792E-08

0. .73285

0. .73274

0. .73275

0. .73276

0. .73277

0. .73277

0. .73270

0. .73266

0. .73262

0. "73257

0. .73253

0. .73248

0. .73260

0. .73246

0. .73245

0. .73244

0. . .73255

0. i73232

6. .73232

0. .73231

0. .73236

0. .73235

0. .. 73235

0. .73235

O . : ' .73235

0. .73234

0. : - .73233

0. .73231

0 ::-:. " ..732,

UF

(J/KG)

1.30167E+06

1.30195E+06

1.30195E+06

1.30195E+06

1.30195E+06

1.301956E+06

1.30195E+06

1.30196E6O6

1.30198E106

1.30199E106

1.30201E406

1.30202EtO6

1.30194E+06

1.30202E+06

1.30202E 06

1.302016 E06

1.30166E406

1.30202E+06

i.30202E 4O6

1. 30202E *06

1. 30203E i06

1.30196c +06

1.30191E6O6

1.301876i06

1.301826E06

1.30i79E406

1.301776E06

1.301766+06

1.30175E+06

UG VOL.

(J/KO) FLAG

2.436886E+06 00

2.43716E+06 00

2.43692E406 00

2.436606.06 00

2.43629E+06 00

2.436236E06 00

2.438036E06 00

2.438836+06 00

2.43974Et06 00

2.44064F406 00

2.44152E606 00

2.44239E606 00

2.44037E*06 00

2.44283E+06 00

2.44323E406 00

.2.44342E406 00

2.44377E+06 00

2.445926E06 00

2.44599E+06 00

2.44614Et06 00

2.44516E*O6 0o

2.44586E+06 00

2.446256+06 00

2.446636406 00

2.447066+06 00

2.447516+06 00

2.44792E+06 00

2.448336+06 00

2.44873E606 00
RELAP5/2/36.04 REACTOR LOSS .. 6..D.L4:ý-SPRAY CAPACITY TEST AT

122-ý00000 1.54463E+07 0.

122-100000 1.54292E+07 0.

122;-i10000 1.54127E407 0.

UTUBE PIPE COMPONENT

124-010000 1.54017E+07 0.

124-020000 1.53955E407 0.

124-0o0000 1.53892E607 0. ..124-040000 1.53829E#07 0.

124-050000 1;53779E407 0.

124-060000 1.53742E407 0.

124-070000 1.53698ME07 0.

OUTBOX BRANCH COMPONENT

126-010000 : 1.53780E+07 0.

SEALR PIPE COMPONENT

131-;010000 1.53144E+07 0.

131-020000 1.53237E407 0.

131-030000 1.53286E+07 0.

131-040000 1.53208E407 0.

.PUMPR" PUMP COMPONENT

RPM - 155.00 (RAO/SEC)

:OCTANT - 1>!" : 140-010000 1.57026E407 0.

COLOR1I SNGLVOL COMPONENT

151-010000 1.59075E407 0.

COLDR2': BRANCH' . COMPONENT

152-010000 1.59040E+07 0.

COLOR3 PIPE COMPONENT

153-010000 1.59006E407 0.

1537020000 1.59209E407 0.

CVTANK TMOPVOL COMPONENT

180-010000 2.00000*E07 0.

HTLEGGI PIPE COMPONENT

211-010000 1;55819Et07. 0.

211-020000 1.557886E07 0.

HTLEGG2. BRANlCfH,. COMPONENT

213-010000 1.55725E407 0.

1NBOX::.' BRANCH COMPONENT

221-i010000 1.561416+07 0.

UTUBE;.'.,- PIPE': COMPOENT

222-010000 1.55843E+07 0.

222-020000 1.55680F*07 0.

222-030000 1.55519E607 0.

222-040000- .155337E+07 0.

222-050000 1.55149E407 0.

222-060000 :.1.54977E+07 0.

222-070000 1.5486Ot+07 o. 222!-080000::: 154633E+07 0.

222-090000 1.54461E+07 0.

222,-100000 1,542896+07 0.

222-i10000 65i.624+047 0.

T "::PIPE :.COMPONENT

224-"010000 i.54014E+07 .

224-020000 ,.:1.53952E+07, 0;.- 224-030000 1.53889E407 0.

224-040000 1.53825E+07" 0'.: : 224-050000 1.53775E÷07 0.'

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

570.38 617.63

570.37 617.55

570.37 617.46

570.36 617.40

570.36 617.37

570.36 617.34

570.36 617.30

570.36 617.28

570.36 617.26

570.36 617.24

570.36 617.28

570.34 616.94

570.34 616.99

570.35 617.02

570.34 616.98

HEAD - 6.86166E605 (PA)

570.51 618.96

570.60 620.01

570.58 619.99

570.58 619.97

570.59 620.08

560.58 638.85

570.48 618.34

570.48 618.32

570.48 618.29

570.49 618.51

670.47 618.35

570.46 618.27

570.44 618.18

570.43 618.09

570.41 617.99

570.40 617.90

570.39 617.81

570.39 617.72

570.38 617.63

570.37 -617.54

570.37 617.46

570.36 617.A0

570.36 ... :617,37

570.36 617.33

570.36 . 617.30

570.36 617.28

.570.36 :'617.26

PAGE N:~ 4~* "87/01/22.

617.63 0. .73228

617.55 0. .73226

* 617.46 0. ;73225

6 617.40 0. .73223

617.37 0. .73222

617.34 0. .73221

617.30 0. .73220

017.28 0. ;73219 617.26 0. .73218

617.24 0. .73218

617.28 0. .73218

616.94 0. .73212

616.99 0. .73213

617.02 0. .73213

616.98 0. .73212

TORQUE - -32309. (N-M)

MTR.TOROUE - 32309. (N-M) 618.96 0. .73248

620.01 0. .73269

619.99 0. .73271

619.97 0. .73271

620.08 0. .73273

638.85 0. .75820

618.34 . O . .73232

618.32 0. .73232

618.29 0. .73231

618.51 0. .73236

6i8.35 0. .73235

618;27 0. .73235

618.18 0. .73235

618.09 0"... 73235

617.99 0. .73234

,.617.90 0. .73233

617.81 6. .73231

617'72' 0. .:73230

617.63 0. .73228

.617.54 0o.•. a73220

617.46 0. .73225

61i7.40 0." 732

.617i37 : .0•. .73222

617.33 0. .73221

-617.'30 0. .7220 7 3. 

617.28 0. .73219

617;26 . 0. .0 .' .. 73218

1.30174E+06

1.30174E606

1.30175E+06

1.30175E+06

1.30176E606

1.30177E+06

1.30179E+06

1.30179E606

1.30180E+06

1.30181E+06

1..30181E+06

1.30181E+06

1.30182E+06

1.30182E+06

1.30182E#06

2.44914E+06

2.44956E406

2.44995E406

2.45021E+06

2.45036E606

2.45051E+06

2.45066E+06

2.46078E406

2.45087E+06

2.45098E406

2.45078E+06

2.45230E+06

2.45208E+06

2.45197E+06

2.45215E#06

1.30195E406 2.44307E406

1.30196E406 2.43827E+06

1.30188E*06 2.43836E406

1.30189E406 2.43844E+06

1.30189E+06 2.43791E+06

1.24253E406 2.30082E406

1.30202E+06 2.44592F+06

1.30202E+06 2.44600E606

1.30202E*06 2.44615E#06

1.30203E+06 2.44516E606

1.30196E406 2.44586E406

1.30191E406 2i44625E406

1.30187E606 2.44663E+06

1.30182E+06 2.44707E+06

1.30179E606 2.44751E+06

1.30177E+06 2.44792E+06

i.30176E+06 2.44833E+06

1.30175E+06 2.44874E+06

1.30174E+06 2.44915E606

1.30174E+06 2.44956E+06

1.30175E406 2.44996E+06

I.30175t+O6 2.45022E*06

1.30176E606 .2.45037E+06

1.30178E406 2.45052E606

.1-30179E+06-:2i45067E+06

1.301796E06 2.45079E+06

1.30180E106. 2,45088E+06

183

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

10

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

O0

.00 00

o0:
RELAP5/2/36.04 REACTOR LOSS

DOEL4 - SPRAY CAPACITY TEST AT

224-070000 1.53693E+07 0.

OUTBOX BRANCH COMPONENT

225-010000 1,53775E407 0.

SEALGI PIPE COMPONENT

231-010000 1.53138E+07 0.

231-020000 1.53231E+07 0.

231-030000 1.53279E407 0.

SEALG2 BRANCH COMPONENT

232-010000 i.53203E407 0.

PUMPR PUMP COMPONENT

.RPM - 155.00 (RAD/SEC)

OCTA14T = 1

240-010000 *1.57022E+07 0.

COLGt BRANCH COMPOtENT

251-010000 1.69076E407 0.

COLG2 PIPE COMPONENT

253-010000 1.59042E407 0.

253-020000 1.59008E+07 0.

253-030000 1.59211E*07 0.

LEiDOI TMDPVOL COMPOrENT

202-010000 3.80000E406 0.

IITLEGB1 PIPE COMPONENT

311-010000 1.65821E+07 0.

311-020000 1.557906E407 0.

HTLEGO2 -BRANCH COMPONENT

313-010000 1.55726E407 0.

INBOX BRANCH COMPONENT

321-010000 i.56142E+07 0.

UTUBE, * PIPE - COMPONENT

322-010000 1.55845E+07 0.

322-020000 1.5568lEt07 0.

322-030000 1.55520E407 0.

322-040000 1.55339E'07 0.

322-050000 1.55151E+07 0.

322;-060000 1.54979E+07 0.

322-070006 1.64807E407 0.

322-000000 1.54635EtO7 0.

322-090000 1.54463E+07 0.

322-;100000 1 .5429g407 0.

322-110000 1.54127E+07 0.

UTUSE' "PIPE' " COMPONENT

324-010000 1.54017Et07 0.

324-020000 1.53955E407 0.

324-030000 1.53892Ef07 0.

324-040000 i153829E+07 0.

324-050000 1.53779E407 0.

324-06000Q 1.53742E+07 0.

324-070000 1.53697E407 0.

OUTBOX :: :'BRANCH: COMPONENT

325-010000 1.53780E407 0.

SEALBD:.:i:-: PIPE, *. :: COMPONENT

3310100 1.53143E67 0.

331-r020000 I 53237E+07 0.

331-030600 .53285E40? 0.

331-040000 1.53207E+07 0.

PUMPR PUMP COMPONENT

ROMr. 155.00 .(RAD/SEC)

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

570.36 617.23

570.36 617.28

570.34 616.94

570.34 616.99

570.35 611.02

570.34 616.98

HEAD = 6.86480E105 (PA)

670.51 618.96

570.60 620.01

570.60 619.99

570.59 619.98

570.60 620.08

412.00 520.46

570.48 618.34

570.48 618.32

570.48 618.29

570.49 618.51

570.47 618.35

570.46 618.27

570.44 618.18

570.43 618.09

570.41 617.99

570.40 617.90

570.39 617.81

570.39 617.72

570.38 617.63

570.37 617.55

570.37 617.46

570.36 617.40

570.36 617.37

570.36 617.34

570.36 617;30

570.36 617.28

570.36 617.26

570.36 617.23

570.36 617.28

570.34 616.94

570.34 616.99

570.35 617.02

570.34 616.08

PAGE

617.23

617.28

616.94

616.99

617.02

616.98

TORQUE

MTR.TORQUE

618.96

620.01

619.99

619.98

620.08

520.46

618.34

618.32

618.29

618.51

618.35

618.27

618.18

618.09

617.99

617.90

617.81

617.72

617.t3

617.55

617.46

617.40

617.37

617.34

617.30

617.28

617.26

617.23

617.28

6 16.94

616.99

617.02

616.98

87/01/22.

0. .73217

0. .73218

0. .73212

0. .73212

0. .73213

0. .73212

= -32311. (N-M)

32311. (N-M)

0. .73248

0. .73269

0. .73269

0. .73268

0. .73270

0. .92880

0. .73232

0. .73232

0. .73231

0. .73236

0. .73235

0. .73235

0. .73235

0. .73235

0. .73234

0. .73233

0. .73231

0. .73230

0. .73228

0. .73226

0. .73225.

0. .732h3

0. .73222

0. .73221

0. .73220

0. .73219

0. .73218

0. .73218

0. .73218

0. .73212

0. .. 73213

0. .73213

0., . .:73272

1.30181E406

1.30181E406

1.30181Et06

1.30182E+06

1.30182E406

1.30182E406

1.30195E+06

1.30196E+06

1.30196E+06

1.30197E406

1.30197E+06

5.82440E+05

1.30202E+06

1.30202E406

1.30202E*06

1.30203E+06

1.30196E 06

1.30191E+06

1.30187E406

1.30182E408

1.30179E606

1.30177E+06

1.30176E+06

1.30175E406

1.30174E+06

1.30174E406

1.30175E406

i.30175E606

1.30176E+06

1.30177E406

1.30179E+06

1.30179E+06

1.30180E+06

1.30181E+06

1.301814E06

1.301816E06

1.30182E+06

1.30182E+06

* 1.30182E+06

2.45099EI06

2.46079E606

2.45232E406

2.45210E606

2.45198E+06

2.45216E406

2.44308E606

2.43827E+06

2.438356E06

2.43843E406

2.43790E+06

2.60184E406

2.44592E+06

2.44599E606

2.44614E+06

2.44516E+06

2.44586E406

2.44625E406

2.44663E+06

2.44706E406

2.44751E+06

2.44792E+06

2.44833E406

2.44874E606

2.44916E406

2.44956E406

2.44995E406

2.450216E06

2.45036E606

2.45051E406

2.45066E+06

2.45078Ej06

2.45087E+06

2.45098E+06

2.45078E+06

2.45231E#06

2.45208E406

2.45197t+06

2.45215E+06

184

00

00

00

00

00

00

10

00

00

00

00

c0

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

HEAD - 6.86116E+05 (PA) TORQUE w -32308,
RELAP5/2/36.04 .DteL4`- REACTOR LOSS OF COOLANT ANALYSIS PROGRAM SPRAY CAPACITY TEST AT ZERO POWER

PAGE

OCTANT - 1.-

340-010000 1.57025E407 0.'

C0LD0B1. SNGLVOL COMPONENT

351-010000 1.59074E407 0.

COLDR2 * -BRANCH COMPONENT

352-010000 1.59041Ei07 0.

COLOR3 PIPE COMPONENT

353-010000 1.59007E+07 0.

353-020000 1.50210E+07 0.

SURGE PIPE COMPONENT

400-o:o0om. 1.65746E107 0.

400-020000 1.55655E407 3.04565E-07

400-030000 1.60567E+07 1;87642E-06

400-040000 1.55479E+07 3.73473E-05

'RESSU":L) PIPE" COMPONENT

410-010000 1.55426E007 1.38742E-06

410-020000 Ai65402E÷07 2.51375E-07

410-030000 i.55365E407 0.

410-040000:, .65302E+07 !.85953E-04

410-050000 1.55216E407 .61438

410-0600000 1.55158Ef07 .99999

410-070000 1.55128E407 .99993

410-080000 1.55110e+07 .'.99997

410-090000 i.55104E+07 .99998

TOP .;":-. BRANCH COMPONENT

420-:010000 i.5510E407 .99999

SPRAYR BRANCH COMPONENT

430-010000 1.59759E+07 0.

$PRAYWS BRANCII... COMPONENT.

440-010000 1.59758E407 0.

SPRAYS:L BRANCH COMPONENT

450-010000 1.55426E407 0.

TV490 i.. TMDPVOL.. COMPONENT

490-010000. 1.55100407 1.0000

SYSTEM ~ MASS- 0.

TV940 TMOPVOL'.. COMPONENT

940-010000 2.0000O0805 0.

VOL.No. RHoF l0

(KG/M3) (KG/M3) 11. 00000 732.85 106.98

..13-010000 732.74". 106.87

156010000 732.76 106.96

• 15-020000 ;732.76 107.10 ..15-'030000 732.77 107.23

!i23-010000 732.77 107.25

25-010000 732.70 106.50

.ý:-31ý-010000 732.66 .. 106013

3- 020000 732.62 "05.70

;:31-030000 732.57: 105.27

31-ý040000 732.53 104.85 .. 31-050o0o ... 732.48.::::'.:... 104.44

35-010000 732.60 105.40

'39-01l0Q000. 732.46 104.24.

'41-dio000 732.145 i04.06

4-01000•0 ,732.44.. 103.97

MTR.TbRQUE

570.51 618.96 618.96

570.60 620.01 620.01

570.59 619.99 619.99

5710.59 619.97 619.97

570.60 620.08 620.08

615.35 618.30 618.30

618.13 618.25 618.25

618.19 .618.21 618.21

618.16 618.16 618.16

617.99 618.14 618.i4

617.98 6115.12 618.12

617.98 618.10 618.10

617.97 618.07 618.07

618.00 618.00 618.03

618.00 618.01 618.00

617.98 617.99 617.98

617.97 617.97 617.97

617.97 617.97 617.97

617.97 617.97 617.97

570.62 620.36 620.36

570.62 620.36 620.36

570.45 618.14 618.14

617.97 617.97 617.97

KG MASS ERROR- 0. KG

323.15 393.38 393.38

LIO.V.VEL. VAP.V.VEL. SoUkDE

(M/SEC) (M/SEC) (M/SEC)

3.58291E-02 3.58291E-02 982.52

7.8403 7.8327 982.03

7.5533 7.5533 982.06

7.5532 7;5532' 982.11

7.5530 7.5530 982.16

-3'78412E-08 -6.56704E-04 982.17.•

5.0290 5.0290 981.88

4.8813 4.8813 . 981.71

4.88i6 4.8816 981.52

4i8819.- 4.8819 981.33

4.8822 4.8822 981.14

4i8825 4.8825 980.96

.70685 .70685 981.46

5.0308 :5.0309 --:980.88

o-7 2. •48854E-03 1906 : TO 2.1 49192E-03 906 ::: 9 980,78-. 80.81

87/01/22

. 32308.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

ERR.EST.- 0

(N-M)

.73248

.. 73269

.73269

.73268

.73270

.60657

.59342

,69306

.59315

.59396

.69400

.59397

.59422

.22891

6.53979E-08

1.03423E-06

2.12498E-07

6.71452E-09

1.03662E-09

.73277

.73277

.73233

0.

1.30195E+06 2.44307E+06

1.30196E406

1.30196E+06

1.30197E+06

1.30197e+06

1.68255E+06

1.60624E+06

1.60681E+06

1.60660E+06

1.60519E+06

1.60512E+00

1.60515E+06

1.60514EI06

1.60544E406

1.60544E406

1.60532E+06

1.60526E406

1.60524E406

1.60522E÷06

1.30194E+06

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2.43822E+06

2.43835E+06

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2.44631E406

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2.44707E406

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2.44761E406

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STATIC QUAL. TOT.HT.INP. VAP.HT.INP. VAPOR GEN.

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REL.AP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 186

45-010000 732.55

111-010000 732.33

111-020000 712.32

113-010000 732.31

121-010000 732.36

122-010000 732.35

122-020000 732.35

122-030000 732.35

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122-050000 732.34

•122-060000. 732.33

122-070000 732.31

.122-080000 732.30

122-090000 732.28

122-100000 732.26

122-110000 732.25

124-010000 732.23

124-020000 "732.22

124-030000 732.21

124-040000 732.20

124-050000 732.19

.124-060000 732.18

124-070000 732.18

125-0100900 732.18

131-010000 732.12

131-020000 732.13

131-030000 732;13

i31-040000 732.12

140;-010000. 732.48

151-010000 732.69

152-ý000O0 732.71

153-010000 732.71

153-020000 732;73

180-010000 758.20

211-010000 732.33

211-020000 732.32

213-Q00000 732.31

221i-0i000 732.36

222-0!0000 732.35-

222-020000 732.35

222-!030000 732;35

222-040006 732.35

222;-050000 732.34

222-060000 732.33

222-070000. 732.31

222-080000 732.30

222-090000 ;732.28

222-100000 732.26

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224-:01000 732.23

224.-020000 732.22

224-030000 732.21

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224-050000 732.19

224-060000 :732.18

224-070000 732.17

25-010CX)0 732O18

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102.82

102.78

102.72

103.17

102.84

102.67

102.49

102.30

102.10

101.91

101.73

101.55

101.36

101.18

101.01

100.89

100.83

100.76

100.69

100.64

100. 60

100.55

100.64

99.970

100.07

100.12

100.04

104.13

106.40

106.30

106.32

106.55

170.17

102.82

102.78

102.71

103.16

102.84

102.67

102.49

102.30

102.10

101.91

101.73

101.54

101.36

101.18

101.00

100.89

100.82

1OO. 76

100 69

100.64

100.60

100.55

100.64

4.66139E-08

14.864

14.865

14.865

1.9806

5.9734

5.9734

5.9734

5.9734

5.9735

5.9735

5.9736

6.9737

5.9739

5.9740

5.9742

5.9743

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5.9746

5.9746

5.9746

5.9747

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1.9810

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13.339

13.339

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16.951

16.967

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14.976

8.14632E-03

14.876

14.877

14.878

1.9822

5.9784

5.9784

5.9784

5.9784

5.9784

5.9785

5.9786

5.9787

5.9789

5.9790

5.9791

5.9793

5.9794

5.9795

5.9796

5.9796

5.9797

5.9798

149827

2.21730E-04

14.864

14.865

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1.9806

5.9734

5.9734

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5.9735

5.9735

5.9736

5.9737

5.9739

5.9740

5.9742

5.9743

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14. 976

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14.876

14. 877

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1.9822

5.9704

5.97o4

5.9784

5.9784

5.9784

5.9785

5.9786

5.9787

5.9789

5.9790

5.9791

5.9793

5.9794

5.9795

5.9796

5.9796

5.9797

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1.9827

981.27

980.32

900.30

980.27

980.44

980.42

980.43

980.44

980.43

980.40

980.36

980.31

980.26

980. 19

980.12

980.05

979.99

979.95

979.90

979.86

979.83

979.80

979.76

979.80

979.53

979.57

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979.55

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981.83

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980.32

980.30

980.27

980.44

980.42

980.43

980.44

980.43

980.39

980.36

980.31

980.25

980.19

980.12

980.05

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0.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4ý - SPRAY CAPACITY TEST AT ZERO POWER

I. PAGE 187 : 87/01/22.

231-010000 732,12 99.964

231-020000 732.12 100.06

231-030000 732.13 100.11

232-010000 732.12 100.03

240ý-010000 732.48 104.12

251-010000 732.69 106.40

263-010000 732.69 106.36

253-020000 732.68 .106.33

2563030000 732-70 106.55

282-010000 928.80 19.070

3$11-010O00 732.33 102.82

311-020000 732.32 102.78

313--010000 732.31 102.72

321-010000 732.36 103.17

322-ý010o0o 732.35 102.84

322-020000 732.35 102.67

322-030000 732i35 102.49

322-040000 732.35 102.30

322-0o0000 732;34 102.10

322-060000- 732.33 101.91

122W-070000 732.31 101.73

322-080000 732.30 101.55

322-090000 732.28 101.36

322-100000 732.26 101.18

322ý110000:732.25 101.01

324-010000 732.23 100.89

324-020000. 732.22. 100.83

324-030000 732.21 100.76

324-040000( 732.20 100.69

324-050000 732.19 100.64

324-060000 732.18 100.60

324-:070000 732.18 100.55

325-010000 732'18 100.64

331-010000 732.12 99.970

331-020000 732.13 100,07 331o0o000 " 732.13 100.12

331-040000" 732.12 100.04

3401-oiOo6 732.48 104.13

351-010000 732.69 .106.40

351-o10000 i32.69 106.36

353-010000 .732.6 10..32

353-o00000 132.10 106.55

400ý-010000 606.55 102.74

466-020000 593.44 102.64

400-030000 .... 593.08 Q02.54 1 

400-0460 ' 693.17 102.46

410-7010000: 593698 .102i39

410 -02000 594.02 .. i2.37

410-030000 593.99. 102.33

410-0400o0 593.97 i02.26

410-050000:: 593:77; 'i. 102.22

410-060000 593.75 102.07

410-070000 593.81 102.06

410-080000 593.84 102.05

410-090000 593.85:÷ 102;05 420i-010000 593.86 102.05

43001000: 732.77 1 07 17

13.045 13.045

13.351 13.351

13.350 13.350

13.333 13.333

2.4841 2.4841

16.943 16.943

16.941 16.941

16.941 16.941

14.950 .14.950

8.43645E-04 8.43645E-04

14.865 14.865

14.866 14.866

14.866 14.866

1.9807 1.9807

6.9738 5.9738

5.9738 5.9738

5.9738 6.9738

5.9738 5.9738

5.9739 5.9739

5.9740 5.9740

5.9741 5.9741

5.9742 5.9742

5.9743 5.9743

5.9744 5.9744

5.9746 5.9746

5.9747 5.9747

5.9748 5.9748

5.9749 5.9749

5.9750 5.9750

5.9751 5.9751

5.9751 5.9751

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1.9812 1.9812

13.035 13.035

13.340 13.340

13.340 13.340

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2.4854 2.4854

16.952 16,951

16.950 16.950

16.950 16.950

14.958 14.968

3. 11780E-04 0.42880E-04

3.20019E-04 1.99332E-02

2. 18643E-04 2.91760E-02

.IM2810E-04 3.08200E-02

8.92382E-07 5.53197E-03

-4.72382E-08 8.37385E-03

-!,65070E-06 2.26508E-03

-2.78175E-O5 .96203

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-i10905 9.36162E-06

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979.53 0. 0. 0.

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980.27 0. 0. 0.

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980.43 0. -3.08679E+05 0.

980.44 0. -2.67361E+05 0.

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980.40 0. -2.00314E+05 0.

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980.12 0. -66450. 0.

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979.76 0. -58187. 0.

979.80 0. 128.71 0.

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614.89 0. 5693.2 0.

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617.78 2.39170E-07 -1250.4 0.

617.90 4.33195E-08 -2475.3 0.

618.29 0. . -3841.4 O.

618.90 3.20191E-05 55631. -2.73293E-02

181.55 .21524': 4401.4 717415.

432.95 .99996 -17046. -17046. 372.03 :. .99961 -::::1-6677.: -16677.

372.09 .99984 -3835.5 -3835.5

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0.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

:'DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 188

87/01/22.

440-01o00o

450-010000

400-oo0oo0

940-010000

VOL. NO.

11-010000 !: 13-01I0000

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0 0

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EDUCE-OUAL ITY

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REDUCE-EXTRAP.

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982.16

980.30

372. 13

1537.3

REDUCE-MASS

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0 0

0 0

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1.0000

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89568.

REDUCE-PROPTY.

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0 0

0 0

0 0

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MIN.COURANT

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REDUCE-COURANT

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50 . 143

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RELAP5/2/36.04

:OEL4 :- SPRAY

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

CAPACITY TEST AT ZERO POWER

PAGE

87/01/22.

211-01000o0

211-020000

2•3-010000.

221-010000

222.-010600

222-020000

222-o3000)

222-040000

22-o$0000

222-060000

222-070000

222-080000

222-09000a

222-100000

222-110000

224-010000

224-!020000

224-030000

224r040000

224-050000

224-060000

224-070000

225-010000

231-010000

231-020000

231-O3OOOO

232,010000

240-010000

251-010000

253-010000

253-020000

253-030000

282-;-010000

311-;010000

311-020000

313-010000

321-010000:.

322-010000

322-020000

322ý-030000

322-040000..

322-o•0oo0

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322L-070006

322;080000

322-090000

322-L100000.

322-'110000•

324ý-010000.

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0 0 0 0 0.

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0

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0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

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0

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0

0

0

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0

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0'."...:;

189

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

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0<
RELAP5/2/36.04 REACTOR LOSS OF COOLANT AtIALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE too

87/01/22.

331-020000 0 0

331-030000 0 0

331-040000 0 0

340-010000 0 0

351-010000 0 0

352-010000 0 0

353-010000 0 0

353-020000 0 0

100-010000a 7 187

400-020000 24 36

400-030000 69 69

400-040000 0 0

410O010000 0 1

410-020000 0 0

410-030000 0 0

410-040000 0 0

41o-o5oooo 0 0

410-060000 0 0

110-070000 0 0

41o-o8oo0o 0 0

410-090000 0 0

420-010000 0 0

430-010000. 0 0

440-010000 0 0

450-0100OO 0 0

490-010000 0 0

040-010000 0 0

JUN.NO. FROM VOL. TO VOL.

SYSTEM 1

UPDOWNC. BRANCH COMPONENT

11-010000 -13-010000 11-010000

.. !!-020000 .11-l10000 45-010000

UPDOWNOZZ BRANCH COMPONENT

.. 13!-010000 .153-020000 13-010000

13-020000 253-030000 13-010000

13-O3OOOO 353-020000 13-010000

13-040000 13-010000 15-010000

DOWNCTS'.:: : ANNULUS COMPONENT

15-010000 15-010000 15-020000

15-020000 . 15-020000 15-030000

LOWPLEN BRANCHi COMPONENT

'-.23-010000 23-020000 :15-030000 .23-010000 -23-010000 25-010000

COREIN. -::.:.BRANCH:.. COMPONENT

25-010000 * 25-010000 31-010000

*.25-020000. 25-010000... 35-010000

CORE PIPE COMPONENT

:ý-31-010000::.-:.31-010000 .. 31-020000

31-020000 31-020000 31-030000

3.1-030000 ( .31-030000 -. 31-040000

31-040000 31-040000 3i-050000

COREEX..-..BRANCH ..... COMPONENT

39-010000 31-050000 39-010000

'39-0200o, 35-010000 19-010000

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

LIQlJ.VEL.

(M/SEC)

3.58291E-02

17.933

14.975 14.950

14.958

7.8402

7. 5532

7. 5531

7.5530

5.0288

4.8811

5.7174

4.8814

4.8817

4.8820

4.8823

4.8825 5.7182

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 a 0 0

0 0

0 0

0 0

0 0

0 a 0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

VAP.J.VEL.

(M/SEC)

,3.58291E-02

17.934

14.975

14.950

14.958

1.8402

7.5532

7.5531

7.5530

5.0288

4.8811

5.7174

4.8814

4.88 17 .. 4.8820

4.8823

4.8826

5.7182

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0 ~U 0

0

F 0

0

MASS FLOW

(KG/SEC)

48.620

48.627

4762.3

4753.9

4756.4 14224.

14224.

14224.

14224.

14224.

13805.

418.92

13805.

13805.

,13805; 13805.,

13805.

418.92

0 0

0 0

0 0

0 0

0 0

0 0 a 0

0 0

0 .0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

JUN. AREA

(M2)

1.8520

3.700OOE-03

.43400

.434oo

.43400

2.4160

2. 5700

2.5700

2. 5700

3.8600

3.8600

.10000

3. 8600

3. 8600

3.8600

3.8600

3.8600

10000

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

100

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

JUNCT-ION

FL.AGS

0

0

287

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

CHOKE

FLAG

0 0

0 0

0 7

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

NO. AOVS .CHQKED

EDIT TOTAL

THROAT RATIO

I .0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

i.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0 0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4.- SPRAY CAPACITY TEST AT ZERO POWER

PAGE

87/01/226

191

UPPLENI-:. BRANCH ". COMPONENT

41-010000 39-010000 41-010000

41 -2oooo 40-010000 43-010000

UPPLEN2 BRANCH COMPONENT ;.43ý-010000 -43-O1OOO0 111-OIOOOO

43-020000 -43-010000 211-010000

'43-03OOOO -43-010000 311-010000

UPIlEAD BRANCH COMPONENT

• 45-•00000 -43-010000 45-010000

tITLEGR1 PIPE COMPONENT

111,610000."111-010000 .A1-!020000

HTLEGR2 BRANCH COMPONENT

.113-010000 .111-020000. 113-010000

INBOX BRANCtl COMPONENT

121•010000, 2-010000 122-010000

121-020000 113-O1OOO 121-10000

UT8E.i " ...' ..:PPE : COMPONENT

122-010000 122-010000 122-020000

122:020000 122-020000 122-030000

122-030000 122-030000 122-040000

122-040000 :122-040000 122-O5OOOO

122-050000 i22-050000 122-060000

122-060000 :122-060000 .122-070000

122-070000 122-070000 122-080000

1;22-080000 122-080000 .122-090000

122-090000 122-090000 122-100000

•122-100000. 122-100000 122-110000

UJUN SNGLJUN COMPONENT

'231-;0000..122-;1OOO0 124-010000

UTUBE PIPE -- , COMPONENT----.

:124-010000 124-010000 -124-02000)0 124-02OOO0 124-020000 124-030000

124-030000:.124-030000 124-040000

124-o4oooo 124-040000 124-050000

124-050000 124-050000 124-060000

124-060000 124-060000 124-O7OOOO

QUTBX. BRANCH .. COMPONEN4T

125-010000 124-ý00000 125-010000

125020000 ...125-010000131-010000

SEALR ' PIPE COMPONENT

.131-01000-:::131-:010000.. 131-020000

131-020000 131-020000 131-030000

131-030000-.131-030000 131-040000

PUMPA PUMP COMPONENT

.140-010000 1'3!.-040000 140-OOOOO

140-020000 140-O10000 i51-01OOOO

COLOR2` BRANCH COMPONENT

152-•10000, i5i-o00oo i52-o010o0

152-020000" 152-;010000 153-010000

COLOR3'" PIPE* COMPONENT

158-010000 .'153-010000 153-020000

CvJUN. TMOPJUN . COMPONENT

1810000o0:0 180-010000. 152-710000

HTLEGGI PIPE COMPONENT

211-0100000211-01000 211-O2OOOO

-TLEGG2 '.. BRAANCH COMPONENT

-21-0 10000: -211-0P20000: - '213 -0 1COW

5.0309 5.0309

2.1906 2.1906.

14.863 14.863

14.875 14.875

14.864 14.864

-7.48790E-03 -7;48790E

14.865 14.865

14.865 14.865

6.9733 6.0733

14.865 14.865

5.9734 5.9734

5.9734 6.9734

5.9734 5.9734

5.9734 5.9734

5.9735 5.9735

5.9736 5.9736

5.9737 5.9737

6.9738 5.9738

5.9739 5.9739

6.9741 5.9741

5.9742 5.9742

5.9743 5.9743

5.9744 5.9744

5.9745 5.9745

5.9746 5.9746

5.9747 5.9747

5.9747 5.9747

5.9710 5.9710

13.033 13;033

13.339 13;339

13.339 13.339

13.339 • 13.339

13;339 13i339

16.953 16.953

16.948 16.948

16;970 16.970

16.970 16.970

2.3342 2.3342

14.877 14i877.

14224.

14224.

4756.1

4760.0

4756.4

-03 -48.627

4756.1

4766.1

4756.1

4756.1

4756.1

4766.1 4756.1

4756.1

4756.1

4756. 1

4756.1

4756.1.

4756.1.

4756.1

4756.1

4756.1

4756.1

4756.1

4756.1

4756. 1

4756. i

4756.1

S:::... 4756;1

4756.1

4756i1

-. :.4756. 1'

4766. 1

4756.1

4762.3

4762.3.-

.601766

3.8600

8.8650

.43690

.43690

.43690

8.8650

.43690

.43690

1.0872

.43690

1.0872

1.O872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1 .0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

I.0879

i49840

;48700

.48700

.48700

A48700

.38300

.38300

.38300

w. 38300..

3,49000E1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

S1.0000

1.0000

1.0000

1.0000

1.0000

• ...6.,1 .oo o

1 0000

1. 0000

03..ml 1.0.000...

00000

00000

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00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

600000

..00000

o0000

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0.

0

0

0

0

0~

0

.0

0

0

0

0

0

0

0

0

0

0

0

0

.0

0

0

0

0

0

0

0

0

0

0

0

0

0

.0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

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0

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0

0 00000

:.".L::4760,.0 •.: ::. .43690 1:..::....0000 :

00000 . 0 0.... 0.

. "- 0 . 0 . .. ..0

.14,877 . .' 14,877."::". 4760`0. .. 43690 .- " - 10 0 00: 0.0. 0 0
RELAP5/2/36.04 REACTOR LOSS GF COOLANT

.: DOEL4-" SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE 192

97/01/22.

INBOX. : BRANCH COMPONENT

221-010000 221-010000 222-010000

221-020000 213-010000 221-010000

UTUBE PIPE COMPONENT

222-010000 222-010000 222-020000

222-020000 222-020000 222-030000

222-030000 222-030000 222-040000

222-040000 222-040000 222-050000

•222400000 222-050000 222-060000

222-060000 222-060000 222-070000

222-07O000 222-070000 222-080000

222-080000 222-080000 222-090000

222-090000 222-090000 222-100000

222-100000 222-100000 222-110000

UJUN.*..-':" SNGLJUN * COMPONENT

223-000000 222-110000 224-010000

UTUBE PIPE COMPONENT

224-010000 224-010000 224-020000

224-020000 224-020000 224-030000

224-030000 224-030000 224-040000

224-040000 224-040000 224-050000

224-050000 224-050000 224-060000

224-060000 224-060000 124-070000

OUTBOX BRANCH COMPONENT

225-010000 224-070000 225-010000

225-020000 225-010000 231-010000

SEALGI PIPE COMPONENT

231-010000 231-010000 231-020000

231-020000 231-020000 231-03CX00

SEALG2 BRANCH COMPONENT

232-010000 231-030000 232-010000

PUMPR PUMP COMPONENT

240-010000 232-010000 240-010000

240-020000 240-010000 251-010000

COLGI . ... BRANCH COMPONENT

251-010000 251-010000 253-010000

COLG2: PIPE COMPONENT

253-010000 253-010000 253-020000

253,-020000 253-020000 253-030000

TJ183 TMDPJUN COMPONENT

2483-;0000 231-030000 282-010000

HTLEOBi PIPE COMPONENT

311ý-010000 311-010000 311-020000

SUOREJUNf SNGLJUN 'COMPONENT

312-000000 -400-010000*-311-020000

H(LEGB2 BRANCH * COMPONENT

313"010000 .3117020000 313-010000

INBOX BRANCH COMPONENT

321-ýQ10000 .321-010000 322-010000

321-020000 313-OiOO0o 321-010000

UTUBE:;::. PIPE" 'COMPONENT

322-010000 "22-01000 322-020000

322-020000 322-020000 322-030000 • 322-030000 322-030000 322-040000

322-;040000 322-040000 322-050000

3221050000 322-050000 322-060000

322-06000 . '227060000. 322-070000

5.9783

14.878

5.9784

5.9784

5.9784

5.9784

5.9785

5.9786

5.9787

5.9788

6.9789

5.9791

5.9792

5.9793

5.9794

5.9795

5.9796

5.9797

5.9797

5.9760

13.044

13.351

13.350

13.333

13.333

16.945

16.941

16.941

16.941

1.73233E-02

14.866

-2.64092E-04

14.866

5.9738

14.866

5.9738

5.9738

5.9738

5.9739

5.9739

5.9740

5.9783

14.878

5.9784

5.9784

5.0784

5.9784

5.9786

5.9786

5.9787

5.9788

5.9789

5.9791

5.9792

5.9793

5.9794

5.9795

5.9796

5.9797

5.9797

5.9760

13.044

13.351

13.350

13.333

13.333

16.945

16.941

16.941

16.941

1.73233E-02

14.866

-2.64092E-04

•14.866

5.9738

14.866

5.9738

5.9738

5.9738

5.9739

5.9739

5,9740

4760.0

4760.0

4760.0

4760.0

4760.0

4760.0

476o.o

4760.0

4760.0

4760.0

4760.0

4760.0

4760.0

4760.0

4760.0

4760.0

4760.0

4760.0

4760.0

4760.0

4760.0

4760.0

4760.0

4753.9

4753.9

4753.9

4753.9

4753.9

4753.9

6.1766

4756.4

-1.22070E-02

4756.4

4756.4

4756.4

•4756,4i

4756s4

4756.4

4756.4

4756.4

1.0872

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1.0872

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1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0879

.49840

.48700

.48700

.48700

.48700

.38300

.38300

.38300

.38300

.48700

.43690

6.31 180E-(

.43690

1.0872

.43690

1.0872

.0872

1.0872

.0872.

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

I .0000

1.0000

1.0000

1.0000

1.0000

1. O()0

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

)2 1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

i. 0000

1.0000

1.0000

I.0000

00000

00000

00000

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00000

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00000

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00000

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00000

00000

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.. 000X

0

0

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0

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0

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0

0

0

0

0

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0

0

0

0

0

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0

0

0

0

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0

0

0

0

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0

0

0

0

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0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

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0

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0

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0.
REL"APS/2/36.04 REACTOR LOSS OF COOLANT A14ALYSIS PROGRAM : OOEL4 -'' SPRAY CAPACITY TEST AT ZERO POWER

PAGE 193

87/01/22.

322-070000 322-070000 322-080000

322-080000 322-080000 322-090000

322-090000 322-090000 322-100000.

322-100000 322-100000 322-110000

UJUN". .: '. SNGLJUN ' COMPONENT

323-000000 322-110000 324-010000

UTUBE.* " .. PIPE COMPONENT

324-010000 324-010000 324-020000

324-020000 324-020000 324-030000

324-030000 324-030000 324-040000

324-040000 424-o0o400 324-050000

324-050000 324-050000 324-060000

3247060000 324-060000 324-070000

OUTBOX BRANCH COMPONENT

325-010000 324-070000 325-010000

325-020000 325-010000 331-010000

SEALB *'" ::PIPE 'i COMPONENT

331-010000 331-010000 331-020000

331ý-020000 331-020000 331-030000

331-030000 331-030000 331-040000

PUMPR- PUMP COMPONENT

340-010000 331-040000 340-010000

340-020000 3407010000 351-010000

COLDR2 BRANCH COMPONENT

352-010000 351-010000 352-010000

352-020000 352-010000 353-010000

COLOR3 " PIPE COMPONENT

353-010000 353-010000 353-020000

'SURGE:' .. PIPE .COMPONENT

400-010000 400-010000 400-020000

400.-020000 400-020000 400-030000

400-030000 400-030000 400-040000

SURGEI'. :1 ."SNGL.JUN ' COMPONENT

405-000000 4OO-O4OOOO 41O-O1OOOO

PRESSU 'PIPE. COMPONENT

410b016000 410-010000 410-020000

410-020000 410-020000 410-030000 41-03OOOO 410-0300oo 410-040000

410-040000- 410-040000 410-050000 41O-oso0OO 410-05o000 410-060000

410-060000 410-060000 410-070000 410-070000 410-070000 4io-O8OOOO

410-080000 :*410-080000 410-090000

TOP BRANCH COMPONENT

420-010000" 410-090000 :420;010000

SPRAVA " 6FANCH COMPONENT

430-ý010000.151-010000 430-010000

SPRAYR VALVE COMPONENT

435*-000000 430-010000 450-010000

SPRAYB BRANCII COMPONENT

440-010000:351-010000( 440-010000

SPRAYB V. vALVE COMPONENT '

445-000000:440-010000 450-010000

SPRAYB -. 8ANCFi COMPONENT

450-:010000... 450-010000 -420-010000".

PRESVAL . VALVE COMPONENT

489-! .0'0:.420-010000 490-010000

5.9741

5.9742

5.9744

5.9745

5.9747

5.9748

5.9749

5.9750

5.9751

5.9751

5.9752

5.9714

13.034

13.340

13.340

13.340

13.340

16.955

16.950

16.950

16.950

3.69357E-04

2.71657E-04

1.65595E-04

6.00316E-05

8.65871E-07

-9.60334E-07

-2.29720E-06

-9.40078E-05

-2.1217

.11050

-. 12154 -. 12538.

-8.30438E-02

-3.36888E-08

0.

-3.39789E-08

5.9741 4756.4

5.9742 4756.4

5.9744 4766.4

5.9745 4756.4

5.9747 4756.4

5.9748 4756.4

5.9749 476.4

5.9750 4756.4

5.9751 4756.4

5.9751 4756.4

6.9752 4756.4

5.9714 4766.4

13.034 4756.4

13.340 4756.4

13.340 4756.4

13.340 4756.4

13.340 4756.4

16.955 4756.4

16.950 4756.4

16.950 4756.4

16.950 4756.4

1.42194E-03 1.41405E-02

1.99332E-02 1.02250E-02

2.93261E-02 6.23250E-03

3.15712E-02 2.26608E-03

9.21066E-03 i.09977E-03

3.75406E-03 -;1.21647E-03

2.63192E-02 -4.82252E-03

.96203 -1. 14215E-02

1 . 87738E-04 1. 11033E-02

6.51350E-05 8.11082E-03

1.92678E-05 -6.98764E-05

1.32743E-05' 2.93411Eý-05

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0879

.49840

.48700

.48700

.48700

.48700

.38300

.38300

.38300

.38300

6.31180E-02

6.34253E-02

6.34253E-02

6.34253E-02

2.0329

2.1329

3.5350

3.5350

3.5350

3.5350

3.5350 2.1329

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1;0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

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10000

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0

0

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0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

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5.44885E-06 -4.16927E-06 201329

-3.37651E-08 -1.47829E-07 5.98900E-03 ..,1.0000

0. .O . 5.989006-03. O;.

-3,40553E-08 -1.49103E-07. 5.98900-E03 -':1ý0000

0. . .: 0.. 5.98900E-03.

% ",21781 0. 5.98900E-03 .::,0000

0.

-1.1908

-a 0. . . - . .: .... ... : .. * ,* . . . . :' . . . • .:

• .. .: {.'

00100" 0 0
RELAP5/2/36.04 REACTOR LOSS

:.:EOEL4C ;"SPRAY CAPACITY TEST AT

SYSTEM 2

JUN. NO.: VOIDFJ. VOIDGJ

.. 11"010000 1 .-0000 0.

11-020000 1.0000 0.

:13-OI00O0 1.0000 : .

13-020000 1.0000 0.

10;-o00o00 1.0000 0.

13-040000 1.0000 0. -16-010000 1.0000 0.

15-020000 1. 0000 0. '1 1 0000: 0.

23-020000 1.0000 0. .: 28-010000 :.0000: 0.

25-020000 1.0000 0.

3 --0 0000 .0000 0.

31-020000 1.0000 0.

3 1 -030000 -'1.0000 0.

31-040000 1.0000 0.

:*: 39-010000 :1o.0000 0.

39-020000 1.0000 0.

41-020000 1.0000 0.

431-00000 1.0000 • 0.

43-020000 1.0000 0.

43-030000 1.0000 0. 45-010000 1.0000 0.

11-010000 1.0000 0.

1113-010000 1.0000 0.

132-010000 1.0000 0.

121-020000 1.0000 0.

122-010000 1.0000 0.

122-200000 1.OOO 0.

.122-030000 1.0000 0.

122-040000 1.0000 0.

122-050000 1.0000 0.

122-060000 1.0000 0.

122-070000 1.0000 0.

122-080000 1 .0000 0.

122-60000' 1.0000 0.

122-loo00o , .1 000. 0.

123-2000000 .1.0000 0.

124-010000 1.0000 0.

124:-020000 :: 1.0000 0.

124-03000: 1.0000 0.

124-6040o0 1.000 0.•

124-05oo I .0000 0.

124-060060i..1.0000 0.

125-010000 1.0000 0.

125-0200006 1• ..0000 0.

1 31-d1i000: i.000 0.

:131.02000•0 .0:0: • .::.0 0.- 131-030000 1 .00v .

-l40;-OlO *' *. 0000. Q 0.

140-020000 1.0000 0.

• 0 1 -.000c. 0.

OF COOL.ANT

ZERO POWER

FROM

BBY

BeY

BeY

OBY

BBY

BBY

BeY

BOY Bey

Bay BOY

BBY

BBY

BBY

BBY

BaY

BaY

Bay BBY

BBY

BOY

Bay

BeY

BaY

BOBY

BOY

BOBY

BBY

BOY

BBY

BBY

BBY

BeY

BBY

BaYO

BBY

BeY

BBY

PBY

BaY

BaY BBY

i•BBY

BOY

BOY

BOY

BOY

BBY*

BOY B1BY

CTB

BBY

AIIALYSIS PROGRAM

TO FIJ

(N-S2/M5)

BOY 20.102

BBY 2.69414E-02

BOY 14.926

BOY 14.926

BaY 14.926

BOY 22.008

BOY 22.470

BBY 22.480

BOY 16.473

BOY 17.077

BBY 22.414

BoY 2.4027

BOY 22.382

BOY 22.349

BOY 22.316

BOY 22.283

BOY 22.260'

BBY 2.3934

BOY 16.718

BBY 22.232

BOY 12.960

BoY 12.960

BOY 12.960

BBY 22.009

BOY 22.141

BBY 22.137

BeY 12.272

BOY 14.196

BOY 22.139

BOY 22.126

BaY 22.111

BBY 22.098

BOY 22.083

BOY 22.069

BOY 22;056

BBY 22.042

BOY 22.028

BBY 22.014

BeY 22;003

BOY 21.995

BBY 21.991

ObYv 21.986

BeY 21.982

BBY 21.977

BOY 21.974

BBY 14.082

BOY 12.760

BOY 21.681

BOY 21.938

BOY 21.937

CTB 13.799

BOY 14.630

;BOY 22.419

PAGE

87/01/22.

194

FWALFJ FWALGJ F JUW - FJUNR FORMFJ FORMGJ

2.72

1.936E-07

i.747E-02

1.748E-02

1.74BE-02

3. 487E-02

4.002E-02

4.002E-02

2.076E-02

3.427E-03

.661

4.351E-04

1.30

1.30

1.30

1.30

.651

4.350E-04

1.905C-03

3.898E-03

1.920E -02

1.920E-02

1..920E-02

.887

3.836E-02

3.836E-02

;377

1.926E-02

.740

.728

.024

.840

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.778

.778

.778 •.778 "

.808

..837

1.20

1.56

1.56

1.24

1.*10 .

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1 316E-;02.

2.6551-02

3.326E-02

3.096E-02

1.074E-02

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3, 196E-02

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0. .429

0. .429

0. .420

0. .160

0. 0.

0. 0.

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5.27 0.

2.46 0;

7.45 0.

2.47 0.

2.40 0.

2.31 0.

2.23 0.

.720 0.

6.45 0.

2.04 0.

0. 0.

.380 0.

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O .
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS P.ROGRAM

DOEL;4.:- SPRAY. CAPACITY TEST AT ZERO POWER

PAGE

87/01/22.

195

:152-r020000 •.,1.0000 0.

153-010000 1.0000 0.

i8i-000000 1.00o0 0.

211-010000 1.0000 0.

213010000 1.0000 0.

221-010000 1.0000 0.

22 !-020000 1;0000 0.

222-010000 1.0000 0.

222-020o00 1.0000 0.,

222-030000 1.0000 0.

222-040ooo 1 .0000 0.

222-050000 1.0000 0.

222-060000 1 .0000 0.

222-070000 1 0000 0.

222-oBoooo 1.0000 o. 222-090000 1 0000 0.

222-100000 1.0000 0..

223-000000 1.0000 0.

224-010000 1.0000 0.

224-020000 1.0000 0.

224-030000 1.00I00 o. 224-040000 1.0000 0.

224-050000 1.0000 0.

224-060000 1.0000 0.

225-010000 1.;0000 0.

225-020000 1.0000 0.

231-010000 V.)0000 0

231-020000 1.0000 0.

232-010000 1.0000 0.

240-010000 1.0000 0.

240-020000 :.1.0000 0.

251-010000 1.0000 0.

253-010000 1;0000" 0.&

253-020000 1.0000 0.

283-000000 1,0000 0

3,11io0o100 1.0000 0.

312-000000. 1.0000. 0.

31 3-010000 1.0000 0.

321 -0!000 1,0000 0.

321-020000 1.0000 0.

322i-010000 .. 000 0.

322-020000 1,0000 0.

322-030000 I 0000O 0;

322-040000 1.0000 0.

322-'0Q50000: .0000 .... O.

322-o0600" 1 .000 0.

322-070000: 10000 0;:..

322-:080000 1.00000 0.

322-;090000Y:.::' 1".0000:" ,.. 0 " 322-100000 1.0000 0.

2324.010 6 0 . 1 .'0000 0.

324-020000*-;... 1*0000 . 0:.'.:

324-0300o0 1.0000.... 0.

324-040000 1.0000 .0. 324"050000 1.00001:CX) 0.':

3.24.-060000 :: V .0000. •i:+":•: 0.: :~.:. .

BOY Bay 22.417

BBY BeY 21.107

BaY BBY .20428

BBY BBY 22.141

BBY BOY 22.137

BBY BOY 12.272

BBY BeY 14.196

BBY BOY 22.139

BBY BOY 22.126

BOY BBY 22.111

BBY BOY 22.098'

BBY BOY 22.083

BBY BOY 22.069

BBY BOY 22.055

BEY BOY 22.041

BOY, BOY 22.028

BBY BOY 22.014

BBY BOY 22.003

BBY BOY 21.995

BBY BOY 21.991

BOY BOY 21.98S

BoY BoY 21.981

BOY BOY 21.977

BBY BOY 21.973

BOY BOY 14.082

BBY BOY 12.760

B0Y 3BY 21.680

BOY BOY 21.937

B3Y BOY . 21.937

BBY CTB 13.799

CTR BBY 14;630

BOY BOY 22.419

8BY BOY 22.416

BBY BOY 21.106

BBY BOY 21.939

BOY BOY 22.141

BoY BOY 21.084

BOY BOY 22.137

BOY BOY 12i272

BBY BOY 14.196

BOY BOY 22.139

BBY BOY 22.126

BeY BOY 22.111

BaY BOY 22.098

BaY BOY 22.083

BBY BOY 22.069

BOY BOY 22.056

BBY BOY 22.042

BBY BOY 22.028 " BaY BBY 22.014

BUY BBY 22.003

BOY BOY 21i.995

BaY. DBOY ,21991,

BaY* BOY 21.986

BBY BOY . 21.981

BBY BOY 21.977

BOY BOY":: '21.974

3.196E-02 0.

2.842E-02 0.

1.058E-03 0.

3.836E-02 0.

3.836E-02 0.

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1.926E-02 0.

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1.20 0.

1.56 0.

1.56 .0.

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1.316E-02 0.

2.551E-02 0.

3.326E-02 0.

3.098E-02 0.

1.074E-02 0.

1.590E-02 0.

3.196E-02 0.

3.196E-02 0.

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15.6 0.

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0. 0. 0.

0. 0. 0.

0. 0. 0.

0; 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

.580 .228 0.

.255 .325 0.

0. 0. 0.

0. 0. 0. O1 0. 0.

.195 .195 0.

.270 .270 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

;226 .580 0.

.325 .255 0. . ... .0.

0. 0. 0.

0; 0. 0.

0. 0. 0.

.0;. 0. 0.

0. 0. 0.

0., 0.. 0.

0. 0. 0.

0 :. 0. 0.

0. 0. 0.

0 .O .: 0.

0." 0. 0.

0.- 0. 0 0.

0.0 0 ... 0 . .. . 0.

0. 0. 0. 0 •.* •:: ,: "'0" •:..:•; 0•"•:i :•

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.Oi

0.

0.

0. 0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.:

0.

0.

0.

0.

0.

.0..

0.

0.

0.

0.

0.

0.0.

0.

0 . .::i . -:
REIAP5/2/36.04 REACTOR LOSS OF COOLANT

DOEL4 SPRAY CAPACITY TEST AT ZERO POWER

AtIALYSIS PROGRAM PAGE 196

87/01/22.

325`010000 1.0000 0.

325-020000 1.0000 0.

331-010000 1.0000 0.

331-020000 1.0000 0.

331-030000 1.0000 0.

340-010000 1.0000 0.

340-020000 1.0000 0.

352-010000 1.0000 0.

352-020000 1.0000 0.

353-010000 1.0000 0.

400-010000 1.0000 0.

400-020000 1.0000 3.04565E-07

400-030000 .99998 1.87642E-05

405-000000 .99996 3.73473E-05

4 0-010000 1.0000 1.38742E-06

410-020000 1.0000 2.51375E-07

410-0300o0 .99981 0.

410-040000 .38562 1.85953E-04

410-050000 6.87341E-06 .61438

410-060000 6.64697E-05 .99999

410-070000 2.74580E-05 .99993

410-080000 1.80103E-05 .99997

420-010000 1.13141E-05 .99908

430-010000 1.0000 0.

435-000000 1.0000 0.

440-010000 1.0000 0.

445-000000 1.OOOO

450-010000 0. 0.

489-000000 5.65703E-06 .99999

STR*NO. SIDE - BORY.VOL. SURFACE

NUMBER TEMP.

(K)

1211-001 LEFT 121-010000 570.49

RIGHT 0-000000 570.40

.1220-001 LEFT. 1227010000 570.43

RIGitT 0-000000 570.35

1220-002 LEFT 122-020000 570.42

RIGIHT 0-000000 570.35

:1220;003 LEFT- 122-030000 570.41

RIGHT 0-000000 570.35

:1220.004 LEFT - .122-040000 570.40

RIGHT 0-000000 570.35

1220-005 LEFT 122-050000 570.39

RIGIIT 0--000000 570.35

1220-006 LEFT 122-060000 570.39

RIG..l 0-000000 570.35

12207007 LEFT 122-070000 570.38 RIGHIT 0-000000 570.35

1220-008 LEFT 122-080000 570.37

RIGHT 0-000000 570.35

12207009 LEFT 122-090000 570.37

RIGHT 0-000000 570.35

:1220010 ,LEFT. 122-100000 570.36 . P!GH" 0-000000 570.35

.. .. • ..- .. 22-110O0W . 570z36

BBY OBY BOY BBY

BOY BOY BBY BBY

Bay Bay BOY BBY BBY CTB

CTB BOY

BBY BBY

BBY BBY

BaY BOY

BOY BOY

BBY BOY

BOY BBY BOY BOY

BOY BOY

BOY BOY BOY BaY

BBY SLG

SLO ANM

AIIM ANM

ANM ANM

ANM ANM

ANM ANM BOY BOY BBY BaY

BOY BaY

BOY BOY

BaY AtIM

ANM MST

HEAT TRF.

RATE

(WATT)

-74; 474

0.

-3.66994E105

3.66986EI05

-3.08679E405

3.08672E+05

-2.67360E405

2.67354E+05

-2.82752E405

2.82745E605

-2.00312E+05

2.00307E405

-1.67204E+05

1.67199!105

-1.37620E+05

1.37616E005

-1.11185E+05

I.II181E+05

-87561.

87558.

-66450.

66447.

14.082

12.760

21.681

21.938

21.937

13.799

14.630

22.419

22.416

21.106

17.339

21.216

31.876

23.936

17.163

13. 393

631.48

1249.6

165.86

13.236

17.782

9.2194

9.4767

18.728

22.307

18.728

22.307

85.824

8.0929

IEAT FLUX

(WATT/M2)

-8.0205

0.

-1505.7

1333.4

-1309.5

1159.7

-1134.2

1004.4

-949.08

840.45

-794.53

703.59

-663.21

587.29

-545.86

483.38

-441.01

390.53

-347.31

307.55

-263.57

233.40

-792.43,

.650

1.316E-02

2.551E-02

3.326E 02

3.096E-02

1.074E-02

1.598E-02

3. 196E -02

3. 196E -02

2.842E-02

1.60

2.17

3.90

5.60

1.46

1.21

.258

.203

2.735E-05

5.908E-04

2.539E-04

5.931E-05

1.028E-04

7.247E604

3.919E406

7.232E404

3.919E606

.336

37.8

CRITICAL

I1EAT FLUX

(WATT/M2)

0.

0.

0.

0.

0.

0.

0.

0.

.0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

O .

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

8.05

.872

.660

.330

6. 124E-0

2. 255E-0'

6. 696E-0

9. 827E-0O

2.432E-0

9.014E-0

2.248E-0O

3. 394E -0'

6.0206-0

0.

0.

0.

0.

5.045E-1

I. 111E-O0

MODE

.580

.255

0..

0.

0.

.195

.270

0.

0.

0.

0.

0.

0.

0.

3 0.

2 0.

4 0.

8 0.

4 o. 7 0.

o 0.

7 0.

7 0.

0.

0.

0.

0.

3 1.00

5 0.

HEAT TRF.

COEF.

(WATT/M2-

K)

5986.2

0.

37789.

0.

37790.

0.

37791.

0.

37793.

0.

37794..

0.

37796.

0.

37798.

0.

37799.

0.

37801...

0.

37803;.

0.

.225

.325

0.

0.

0.

.195

.270

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

1.00

0.

INT. HEAT

SOURCE

(WATT)

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

.941

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

.941

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

2

0

2

0

2

0

2

0

2

0

2

0

2

0

2

0 • 2

0

2

0

2

0

NET 11EAT

LOSS

(WATT)

-74.474

-7.8451

-6.8778

-6.2311

-6.9678

-5.3150

-4.7943

-4.3292

-3.9145

-3.5452

-3.2171P

VOL. .AVE.

TEMP.

(K)

570.49

570.39

570.38

570.38

570.37

570.37

570.37

570.36

570.36

570.36

570.36

2 37605. " C... . -3,.1258. 7 .36
RELAPS/2/36.04

QDOEL4 - SPRAY

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

CAPACITY TEST AT ZERO POWER

PAGE 197

RIGHT 0-000000

1231-001 LEFT 121-010000

RIGHT 125-010000

1.240-.001 LEFT 124-010000

S . RIGHT -000000

1240-002 LEFT' 124-020000

RIGHT 0-000000.

1240-003 LEFT 124-030000

RIGHT.T O-OOCoaO

1240-004 LEFT 124-040000

RIGHT 0-000000

1200-005 LEFT 124-050000

-RIGHT •. 0-000000

1240-006 LEFT 124-060000

RIGHT 0-000000

1240-007 LEFT 124-070000

RIGHT 0-000000

1240-008 LEFT 124-070000

RIGHT 0-000000

1251-001 LEFT 125-010000 .,;,RT .. 0-000000

2211-001 LEFT 221-010000

RIGHT. . 0-000000

2220-001 LEFT 222-010000

RIGHT 0-000000

2220-002 LEFT 222-020000 .! '....: GHT .. :0-000000

2220-003 LEFT 222-030000 RIGHT 0-000000

2220-004 LEFT 222-040000

RIGHT. . 0-000000

2220-005 LEFT 222-050000 )::i ',--!''::::•::: : RIGHlT :'::'0-000000 .

2220-006 LEFT 222-060000

RIGHT. 0,-O-000000 2220-00l LEFT 222-070000

RIGHT 0-000000

2:220:"-8 LEFT '' 222-0800OO

RIGHT-.-.: 0-000000

2220-005 LEFT 222-090000

.2.0.0.0 RIGHT. :"0-000000

L0 LEFT 222-•100000

RIGHT- :"0-000000

2220i -O LEFT 222-110000

RIGHT ."..0-000000

1231-00. LEFT 22i-0i0000"

RIGHT: 225-010000

2240-001 LEFT 224-oio0oo .....:.,: RIGHT.:- 0-000000

2240-002 LEFT 2. 24-020000 : RIGHT, 0 -000000.:

2240-003 LEFT ...... 224-030000

RIGHT 0-000000),

2240-004 LEFT 224-040000

SRIGHT. 0-000000

2240-005 LEFT 224-050000

RIGHT 0-000000

570.35 52181.

570.48 -135.50

570.38 126.57

570.36 -41542.

570.35 41540.

570.36 -75491.

570.35 75487.

570.36 -73916.

670.35 73912.

570.36 -72643.

570.35 72640.

570.36 -43704.

570.35 43702.

570.36 -39946.

570.35 39945.

570.36 -40782.

670.36 40780.

570.36. -17408.

670.35 17408.

570.36 -. 85391

570.37 0.

570.49 -74.027

570.49 0.

570.43 -3.66964E+05

570.35 3.66956E+05

570.42 -3.08664E#05

570.35 3.08658E+05

570.41 -2.67355E+05

570.35 2.67349E405

570.40 -2.82760Et05

570.35 2.82753E405

570.39 -2.00320E+05

570.35 2.00315E405

570.39 -1.67213E+05

570.35 1.67208E405

570.38 -1.37629E405

570.35 1.37624E#05

570.37 -1.11191E405

570.35 1.11187E+05

570.37 -87564.

570.35 87560.

570.36 -66447.

570.35 66444.

570.36 -52116.

570.35 52173.

570.48 -135.48

570.38 126.58

570.36 -41530.

570.35 41527."

570.36 -75476.

570.35 75471.

570.36 -73892.

570.35 73889.

570.36 -72613.

570.35.. 72609.

570.36 -43674.

570.35: 43672,

170.40

-116.81

109.12

-153.19

135.65

-149.72

132.58

-146.59

129.81

-144.07

127.58

-135.94

120.38

-135.55

120.03

-138.38

122.64

-138.38

122.54

-9. 19627E

0.

-7.9724

0o.

-1505.6

1333.3

-1309.5

1159.6

-1134.2

1004.4

-949.11

040.48

-794.56

703.61

-663.24

587.33

-545.90

483.41

-441.63

.390.55

-341.32

307.56

-263.56

.. 233.39

-192.40

170.37

-16.80

109. 12

153. 4

135.61

-149.69

132.55

-146.55

..-.:129.77

-i44.01

:127.52

-135.85

. 120.30

87/01/22.

0. 0 0.

0. 2 5986.2 0. -8.9291 570.43

0. 2 5989.9

0. 2 37806. 0. -2.8321 570.35

0. .0 0.

0. 2 37807. 0. -4.4527 570.35

0. 0 0.

0. 2 37808. 0. -3.8201 570.35

0. 0 0.

0. 2 37809. 0. -3.3245 570.35

0. 0 0.,

0. 2 37809. 0. -1.9477 570.35

0. 0.*

0. 2 37810. 0. -1.6618 570.35 0. 0 0..

0. 2 37810. 0. -1.5180 570.35

0. 0 0.

0. 2 37810. 0. -. 64801 570.35

0. 0 0.

-02. 0. 2 5989.9 0. -. 85391 570.37

0. Q' 0.

0. 2 6990.2 0. -74.027 570.49

0. 0 0.

0. 2 37814. 0. -7.8470 570.39

0. 0 0.

0. 2 37815. 0. -6.8800 570.38

0. 0 0.

0. 2 37816. 0. -6.2335 570.38

0. 0 0.

0. 2 31818. 0. -6.9710 570.37

0. 0 0.

0. 2 37820. 0. -5.3178 570.37

0. 0 0.

0. 2 37821. 0. -4.7971 570.37

0; 0 0,

0. 2 37823. 0. -4.3321 570.36

0. . 0 0.

0. "2 31825. 0. -3.9174 570.36

0. 0 0.

0. 2 37826. 0. -3.5481 570.6

0. 2 37828. 0. -:3.2198 570.36

0. 0 0.

6" 2 37830. 0. -3. 1286 570.36

09 2A,92 0. -570.43

* 0. 2- 5993.9

2. 2 37831. 0. -2.8"50 570.35

0. 0.

0. 2 37832. 0. '-4.4575 570.35

0. 2 37833., 0. - 3.8245" 570.35

0. 2 37834. 0. -3.3287 570.35

0.0 10. 0. 0 2 37834. 0. " " -1.9503 570.35 .. . ".i :. . .* 0" . 0:..:. " .. ..... :.,: ,O : *: *!' - :::.•."":..•..:.:., f::..::.i~ .;..-: •: .:.: . .;:.. : ;,! • : . : .
RELAP5/2/36.04 REACTOR Li .: OOEL4 - SPRAY CAPACITY TEST

2240ý-006 LEFT 224-060000

RIGHT 0-000000

2240;007 LEFT 224-070000

RIGHT 0-000000

2240-008 LEFT 224-070000

RIGHT 0-000000

2261-Wi| LEFT 225-010000

RIGHT 0-000000

3211-001 LEFT. .32 1-0 10000

RIGHT 0-000000

3220-001' LEFT 322-010000

RIGHT 0-000000

3220-002: LEFT .322-020000

RIGHT 0-000000

3220;-003. LEFT 322-030000

RIGI1T 0-000000

3220-004 LEFT 

. .322-040000

RIGHT 0-000000

3220-006 LEFT'. .322-050000

RIGHT 0--000000

3220-006. LEFT 322-060000

RIGHT 0-000000

3220-007 LEFT 322-070000

RIGH1T 0 -000000

3220-ý008 LEFT 322-080000

RIGHT 0-000000

3220-009 LEFT : 322-090000

RIGHT 0-000000

3220"010 LEFT 322-100000

RIGHT 0-000000

3220.-011 LEFT. 322-110000

RIGIHT 0-000000

3231-001 LEFT 321-010000

RIGHT 325-010000

P3240-001 -LEFT 324-010000

RIGHT 0-000000

3240-002 LEFT. 324-020000

RIGHT 0-000000

3240-003 LEFT 324-030000

RIGHT 0-000000

3240ý-004: LEFT.. 324-040000

RIGHT 0-060000

3240-005 LEFT .. 324-050000

R.. .r "0-000000

3240--006'. LEFT 324-060000 . RIGtT 0-000000

3240-007 LEFT. 324-070000

RIGHT ' 0-O000000

3240.-008. :A LEFT tt;NT:"" 324-070000 "o-booooo

3251-001 LEFT :: :325-010000

.RIGHT 0-000000

4000.-001 LEFT .: 400-010000

RIGHT 940-010000

4000-002" LEFT'.:.. -400-020000 ...... RIG 940-010000

•0C,-9 L'U'r '..4C0-03,.000.

OSS OF COOLA1lT ANALYSIS PROGRAM

AT ZERO POWER PAGE 198

87/01/22.

570.36

570.35

570.36

570.35

570.36

570.35

570.36

570.37

570.49

570.49

570.43

570.35

670.42

570.35

670.41

570.35

570.40

570.35

670.39

570.35

570.39

570.35

570.38

570.35

570.37

570.35

570.37

570.35

570.36

570.35

570.36

570.35

570.40

570.38

570.36

570.35

570.36

570.35

570.36

570.35

570.36

570.35

570.36

570.35

570.36

570.35

570.36

570.35

570.36

570.35

570.36

570.37

616.46

616.57

617.34

616.75

617.34

-39918.

39916.

-40757.

40755.

-17398.

17397.

-. 80624

0.

-60.809

0.

-3. 66992E405

3.66985E#05

-3 .08679E+05

3.08672E *05

-2.67381E05

2.67354E 105

-2. 82754E +05

2.82747E#05

-2.003 14E405

2.00308E 405

-1.67205E+05

1.67201E t05

-1.37622E+05

1.37617Et05

-1. 11186E405

1.11182E 105

-87662.

87559.

-66450.

66447.

-52184.

52181.

-134.12

127.82

-41542.

41539.

-75491.

75486.

-73915.

73911.

-72641.

72638.

-43702.

43700.

-39944.

39943.

-40780.

40778.

-17408.

17407.

i89053 (0.

5693o2

4635.4

-3820.3

4528. 

1 -,A209.6 ...

-135.45

119.95

-138.30

122.47

-138.30

122.47

-8.668283E-02

0.

-6.B488

0.

-1506.7

1333.4

-1309.6

1159.7

-1134.2

1004.4

-949.09

840.46

-794.53

703.59

-663.21

587.30

-545.87

483.39

-441.01

390.53

-347.31

307.55

-263.57

233.40

-192.43

170.40

-115.62

110.19

-153.18

135.64

-149.71

132.57

-141.59

129.81

-144.06

127.57

-135.94

020.37

-135.54

120.03

-138.38

122.54

7138.38

122.54

9-.59060E-02

0.

1133.9

736.49

-760.87

736.93

-838,42

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

O.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

O.

0.

0.

0.

0.

O..

0.

0.

"0.

0.

'0;.:

2 37835. 0. -1.6641 0 0.

2 37836. 0. -1.5201

0 0.

2 37836. 0. -. 64883

0 0.

2 5993.9 0. -. 80624

0 0.

2 5986.6 0. -60.809

0 0.

2 37791. 0. -7.8327

0 0.

2 37792. 0. -6.8671

0 0.

2 37793. 0. -6.2216

0 0.

2 37796. 0. -6.9574

0 0.

2 37796. 0. -6.3073

0 0.

2 37798. 0. -4.7876

0 0.

2 37800. 0. -4.3234

0 0.

2 37801. 0. -3.9095

0 0.

2 37803. 0. -3.5410

0 0.

2 37805. 0. -3.2135

0 0.

2 37807. O0 -3.1225

0 0.

2 5988.6 0. -6.3028

2 5990.2

2 37808. 0. -2.8295

0 0.

2 37809. 0. -4.4495

0 0.

2 37810. 0. -3.8183

0 0.

2 37811. 0. -3.3238

0 0.

2 37811. 0. -1.9475

0 o. 2 37812. 0. -1.6619

0 0.

2 37812. : 0. -1,518A

0 0.

2 37812.. 0. -. 64816

0 0.

2 5990.2 0. ,89O53•

0 0.

2 1023.8 0. 10329.

0 2.5100

2 957168 0.. 417i84

o 2.5100

2 .. 986.22 0. 428.08.

570.35

570.35

570.35

570.37

570.49

570.39

570.38

570.38

570.37

570.37

570.37

570.36

570.36

570.36

570.36

570.36

570.43

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.37

616.63

617.03

617.01
HLLAPS/2/36.04 REACTOR LOSS OF COOLANT ANAI.YSIS PROGRAM

;` DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE

87/01/22.

199

.:." . :'. RIGHT

4000-004 LEFT

RIGHT

4101-001 LEFT

RIGHT

410i-002 LEFT

RIGHT

4102-001 LEFT

* RIGHT

4102-002 LEFT

RIGHT

4102-003 LEFT

S f: RIGHT

4102-004 LEFT

S..RIOHT

4102-005 LEFT

RIGHT

4102-006 LEFT

RIGHT

4103-001 LEFT

'. . RIGHT

4103-002 LEFT

- RIGHT

4113-001 LEFT

" . RIGHT

4113-002 LEFT

RIGHT

940-010000

400-040000

940-010000

410-010000

"4O-OOOOO

410-020000

• g40-oioooo

410-030000

940-010000

410-040000

940-010000

410-050000

940-010000

410-060000

940-010000

410-070000 :940-010000

410-080000

* 940-010000

410-090000

* 940-010000

420-010000 ..940-010000

0-000000

1410-040000

0-000000

-410-050000

616.72

617.31

616.70

617.02

615.03

617.01

615.03

617.03

615.10

617.17

615.10

617.94

615.95

617.91

615.95

617.90

615.95

617.92

615.98

617.93

616.12

617.93

616.13

619.97

618.60

620.26

618.89

4637.7

-4187.8

4637.3

-1250.4

1224.9

-2475.3

2450.2

-3841.4

3800.0

-11312.

7947.4

-17906.

16333.

-17046.

16333.

-16677.

16333.

-3835.5

3811.5

-1641.8

1637.4

-1146.0

1148.4

0.

66943.

0.

22308.

736.87

-834.06

736.80

-853.48

732.61

-844.64

732.01

-821.01

732.79

-1156.0

732.79

-892.97

734.94

-850.07

734.93

-831.68

734.93

-819.74

73§ .01

-832.16

.735.36

-828.23

735.38

0.

6225.8

0.

6228.0

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

2. 79943E406

0.

2.80208E+06

0

2

0

2

0

2

0

2

0

11

0

11

0

11

0

11

0

11

0

110

0

3

0

4

2.5100

984.65

2.5100

876.03

2.6100

873.72

2,5100

867.67

2.6100

1436.8

2.5100

10082.

2.5100

9997.4

2.6100

10074.

2.5100

16446.

2.5Ioo

20061.

2.5100

22616.

2.8100

0.

11843.

0.

7237.7

0.

0.

0.

0.

0.

0.

0.

0.

449.54

-25.497

-25.114

-41.450

-3365.0

-1573.1

-713.05

-344.11

-24.047

-4.4584

2.3384

.65496

-6.4091

616.99

615.98

615.98

616.03

616.06

616.90

616.89

616.89

616.92

616.99

617.00

619.10

619.39

0.

0.

0.

66943.

22314.

*: STR;NO'.- 1/ESt!POINT TEMPERATURES

1211-001 570.49 570.49

122o-001 570.43. 570-39

1220-002 570.42 0 570.38

:1220-003 570.41. 570.38

1220-004 570.40 570.37

i1220Q-005 .. 570.39 ..... 570.37 1226-006" 570.39 570.37

1220-!007 570.38) 570.36 1220-008 570.37 570.36

:12204009 570.37 - 570.36 1220-010 570.36 570.36

1220-011 570.36 570.36

1231-ý001 570.48 570.44

1240-001 570.36 570.35

1240-0'0. 570.36 570.35

1240-003 570.36 570.35

1240-:004 570.36 570.35

1240Q-005 6:: 57036 570.35

1240-006 570.36 570.35

1240-007 :i- 570.36 570.35 1240-008 570.36 570.35

1251-001 ::I570.36 570.37 2211-0':"1 570.49 570.49

2220`001 '570.43 570.39

2220-002 570.42 570.38

2220-ý003 5704 : 570.38

2220-004 570.40 570.37

2220--:005. 1 .. 57::.5.70.39, 570ot37

(K)

570.49

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.41

570.35

570.35

570.35

570.35

570;35

570.35

570.35

570.35

570.37

570.49

570.35

570.35

570.35

570.35

570.35

570.49 570.49

570.38

570.37

570.49

570.37

570.49
RELAPS/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 200

2OEL4 -SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

2220-006 570.39 570.37 570.35

2220-007 570.38 570.36 570.35

2220-008 570.37 570.36 570.35

2220-009 570.37 570.36 570.35

2220-010 570.36 570.36 570.35

2220-011 570.36 570.36 570.35

2231-001' 670.4 570.44 570.41 .570.38

2240-001 570.36 570.35 570.35

2240-002., 570.36 .570.35 570.35

2240-003 570.36 570.35 570.35

2240-004 570.36 570.35 570.35

2240-005 570.36 570.35 570.35

2240-006( 570.36 570.35 570.36

2240-007 570.36 570.35 570.35

2240-008 570i36 670.35 670.35

2251-001 570.36 570.37 570.37 570.37 570.37

3211-001: 070.49 570.49 570.49 570.49 670.49

3220-001 570.43 570.39 570.35

3220-002 

. 570.42 570.38 570.35

3220-003 570.41 570.38 570.35

3220-004 670.40 570.37 570.35

3220-005 570.39 570.37 570.35

3220-008 .570.39 570.37 570.35

3220-007 570.38 570.36 570.35

3220-008 570.37 570.36 570.35

3220-009 570.37 570.36 570.35

3220-010 570.36 570.36 570.35

3220-011 570.36 570.36 570.35

3231-;001 510.48 570.44 570.41 570.38

3240-001 570.36 570.35 570.35

3240-002: :: 570.36 570.35 570.35

3240-003 570.36 570.35 570.35

3240-004 570.36 570.35 570.35

3240-005 570.36 570.35 570.35

3240-006 

. 570.36 570.35 570.35

3240-007 570.36 570.35 570.35

3240-008 570.36 570.35 570.35

3251-001 570.36 570.37 570.37 570.37 570.37

4000-001 616.46 616.67 616.70 616.57

4000-002 617.34 617.14 616.:4 616.75

4000-003 •: 617.34 617.13 616.92 616.72

4000-004 617.31 617.10 616.89 616.70

4101001. 617.02 616.32 615.66 615.03

4101-002 617.0i 616.32 615.66 615.03

4102-001 .:617.03 616.36 615.72 615.10

4102-002 617.17 616.38 615.72 615.10

102ý-003: 617.94,: 617.23 6M6.58 615.95

102:004 617.91 617.22 616.57 615.95

41027005:'-" 617.90 617;22 616.57 615.95.

4102-006...... 617.92 617.25 616.61 615.98

4103-001": 617.93 617.30 616.70 616.12

4103-002 617.93 617.31 616.71 616.13

4113-001 : 619.97 : 619.22 618.60 :.

4113-0062. 620.26 619.51 618.89

... CONTROL'VAAIA8LE EDIlT .

. .. " . ... " "2537C.2 2 I P ... .. .........
RELAP5/2/36.04 REACTOR LOSS

O.I::DOEL4 

- SPRAY CAPACITY TEST AT

. CVENERGy:• MLT

5 ENTHA23I SUM

7; PRZRtIEAT SUM

9 BALANCE SUM

1m MEAS-P FUNCTION

13 TEMPF420 MULT

16 , SAT420 - MULT

20 P/RHtO450 DIV

2 -ý $PREN4R MIJLT

24 ENTHA410 SUM

S26 

. SPRBALAN SUM

28 VAPGEN SUM

32...:: TURBPOW SUM

101 LAGI LAG

.- 103 :LLI LEAD-LAG

105 7?? SUM

107 LAG2 LAG

109 LL3 LEAD-LAG ....11 t $4 SUM

113 S6 SUM

;.135 LIMIT .. LT 137 D(AREA) PROP-INT

1..40 AREA* *2 MULT

142 K(T+DT) SUM

.. 144 K(T) MULT

146 P•(T) MULT

:.154 DOM SUM

156 DUM MULT

-158- A SUM

S160 DUM MUILT

:17.1 DOM 

. MOLT

173 DUM MULT

.175.: 13.*2 MOLT

177 92-4AC SUM

179 DUM SUM

181 0(T+D6) SUM

.:,183 .. (::OUTtDT) - MOLT.

'A85 P(PUMP) FUNCTION

•-.200:-: :TAVG(G) SUM

202 Si SUM

204: 52 SUM

+206 DELTA-T sum 208 LL2 .:-.:..LEAD-LAG

210 LAa3 LAG

:..212 55 : SUM

28i LE]i SUM

x. 283 ;;.:.I::LET3 :,'.- STDFNCTN 

. 300 TAVO(B) SUM ",! 302 c,-,S 1::..i ."::"-•:, SUM

304 S2 SUM

306 MDELTAT

308 LL2 .. LEAD-LA

10. AG3 ' "... LAG 

. 312 .... 55 . .""... SUM"

.O. .COLIEVE-' SU" 

, -404 .PRZMASS SUm

•.4 .. ,,.. •FUNCT.. O,

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

PAGE 201

87/01/22.

7.83749SE406 4 P/R140231 DIV 20917.2

1.322731E406 6 LETOENER MOLT 8.i69930EI06

12118.4 8 PRZVAPII SUM -57761.0

5.692104E406 10 CALC-P MULT 1.551012E407

1.551000E+07 12 MEAS-L. FUNCTION 26.3000

617.967 14 TEMPG420 MULT 617.966

617.967 16 SPRYTEMP MOLT 670.449

21223.9 21 ENTlIA450 SUM 1.323151E406

0. 23 P/R110400 DIV 25677.1

1.608226E406 25 SURGENER MULT -22741.2

34859.6 27 HEATERW SUM 89223.6

2.826277E-02 31 POW SUM 0.

0. 100 TAVC(R) SUM 570.638

570.538 102 St SUM -14.6120

.580580 104 S2 SUM 1.66274

118.700 106 DELTA-T SUM -. 114790

.114819 108 LL2 LEAD-LAG -. 110231

570.537 110 LAG3 LAG 570.537

0. 112 S5 

- SUM -3.313996E-02

41.1825 134 LEVREG PROP-INT 8.91710

9.50000 136 DELTAF SUM -5.571317E-05

-9.063710E-08 139 VALVAREA SUM .106970

1.144263E-02 141 K(VALV) DIV 21166.1

21574.8 1413 DELTA-K SUM -3.586860E-04

21574.8 145 DELTA-P SUM -. 295668

1.590400E407 153 KOQO2 MOLT 816228.

856942. 155 A(M) DIV. 1.166941E-06

131.825 157 DUM MULT -38779.7

21442.9 159 DUM MULT 245951, 1.93i044E-03 170 B SUM 38791.1

6.95216SE-09 172 DUM MULT -. 281621

-4.661432E-02 174 C SUM -. 328235

1.504749E409 176 AC4 MOLT -28153.3

1.504717E409 178 SORT STDFNCTN 38791.5

,181441 180 DELTA-Q DIV a.461574E-06

11.3999 182 DUM STDFNCTN .607804

6.92893 184 OTOT SUM 18.3289

2.025570E407 186 DFDQ FUNCTION -40714.1

570.538 201 LAGI LAG 570.538

-14.6119 203 LLI LEAD-LAG -. 580577

1,56274 205 777 SUM 118.699

.115043 207 LAG2 LAG -. 115073 -. 110552 209 1L-3 ...- LEAD-LAG'. 570i537

510.537 211 S4 SUM 0.

-3.313984E-02 213 56 SUM .:41,1825 2.302755E407 282 LET2 MULT 1.685884E'-10

6.17656 284 LETDOWf MOLT 

- 22.3697

570.538 301 LAG1 LAG 570.538

-14,6120 303 LLI LEAD-LAG. 

- -. 580583

i.56274 305 7?? SUM 118.700 -. 114763 .307 LAG2 LAG -. 14793 -. 109967 309 LL3 LEAD-LAG 570.537

570537 311 54 ".. SUM 

. 0.

-3.3140OOE-02 303 S SUM 4i.1i825

.,"26.6101 ." .402: OPLEVEL" SUM ... : 26.3244

11268.7 410 T AUCT-H STDF&CT " 570.538

25.4159 '. : .:412 .;:DELT-LEV SUM .. :""908529 .. ..
RELAP5/2/36.04

SDOEL4 •- SPRAY

413 DELTA-P

415 POW-flEI

417 POWVAR

435 SPRAYVAL

606 POWCOLDL

608 POWHOTLG

:610 SGPOWKR

707 POWPREII

.. 709 POWUBEND

806 POWCOLDL

808: POWHOTLO

810 SOPOWER

o01 MM2

903 MG4

906 .M06

907 MG8 0go MaOi

912 PRZMASL

--- RESTART NO.

NUMBER OF ELEME!

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

CAPACITY TEST AT ZERO POWER

SUM 988.604 414 DP-CORF

TRIPUNIT 0. 416 POW-BKR

FUNCTION 152248. 418 TOTPOW

FUNCTION 0. 445 SPRAYVA

SUM 43704.1 607 POWPREt

SUM 1.225785E406 609 POWUBEN

SUM 2.453819E406 706 POWCOLD

SUM 98071.9 708 POWflOTL

SUM 1.086050E106 710 SOPOWEF

SUM 43701.7 807 POWPRE1- SUM 1.225786E106 B09 POWUBEM

SUM 2.453797E406 900 Mol

MULT 3.097788E-05 902 MQ3 MULT 9.841025E-02 904 MG5

MULT 1082.53 906 MG7

MJLT 252.517 908 MG9

MULT 58.0328 Oil PRZMASV

SUM 8044.41 920 SURGIIE/

300 WRITTEN, BLOCK NO. 2---

NTS IN SPARSE MATRIX 1: ORIGINAL - 410. FACTORED - 669

PAGE 202

hL

•ID

1L_G

0

•T

87/01/22.

PROP-INT

TRIPUNIT

FUNCTION

FUNCTION

SLIM

SUM

SUM

SlIM

SUM

SUM

SUM

MUL r MUiL T

MUL T

MULT

MUL T

SUM

SUM

ROUNDOFF ERROR =

1137.84

0.

89257.0

0.

98136.7

1.086109E406

43673.8

1.225744E#06

2.453624E406

98131.7

1.08611 IE406

8.549907E-05

0.

666.011

1082.35

82.7073

3224.25

-6524.45

1. 6000OE- 11 NCOUNT - 301
RELAPS/2/36.04 " OE5L4 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM -- :SPRAY CAPACITY TEST AT ZERO POWE.R

PAGE 203

87/01/22.

T 1 ME'

(SEC)

P P

420010000 410090000

(PA) .. (PA)

P P P P P P P

410080000 151010000 351010000

(PA) (PA) (PA)

231010000 430010000 440010000 450010000

(PA) (PA) (PA) (PA)

:.,: 1.55104E+07

1.00000 1.55101E407

2.00000 1.55101E407

3.00000 1.55101E407

.4.o0Ooo 1.55101E407

5.00000 1.55101E407

6.00000 1.55101E407

7.00000 1.55101E407

8. 0000a, • 1.55101E407

09.00000 1.551014E07

1 O.0000 1.66101E407

11.0000 1.55101E-107

12.0000 1.55101E+07

13.0000 1.55101E+07

14.0000 1.651O1E407

15.0000 1A55101E407

16.0000 . 551014E07

17.0000 1.551014+07

18.0000 1.55101E÷07

19.0000 1.55101E407 •:.20.0000 1.55101E407

21.0000 1.55101E407

M220000 1.55101E407

23.0000 1.55101E407

24.0000 1.55101E.07

25.0000 1.5510iE407

26.0000 1.55101E407

27.0000 .1.55101EI07 ..'28.0000 -. 55118OI407

29.0000 1.55101E÷07 . 30.0000 1.5510!E407

31.0000 1.55090E#07

32.0000 .: 55063E÷07

33.00006 1,55018E407

-034.0000 1,54958E,07

36.0000 1.54881E+07

;.36;0000 1,547918E07

31.0000 1.54699E407

30,0000. 0054616E407

000054526E07 •:40.0000~i 1.54422E+07 ..41.0000 1.54309E407

420000: 1;54195E+07

43.0000 ..... 1.64685540• - :]44.0000' 53979.407

.45.0000 1,.53875E407

':*:;46.0000•. 153773E+07

47.0000 1.53672E5O? : -48.0000 1:::.53571E+07

49.0000 .. 534725407

1.55100"E07

1.55105E407

1.55105E407

1.55105E407

1.55105E407

1.55105E#07

1.55105Et07

1.55105E#07

1.65105E407

1.55105EM07

1.55105E407

1.55105E#07

1.55105E+07

1.55105E507

1.55105E407

1.55105E407

1.55105E407

1.55105E407

1.55105E407

1.55105E407

I;55105Ef07

1.55105E*07

1.55105E507

1.55105E*07

1.55105E407

1.55105E407

1.55105E407

1.55104E507

1.55104E507

1.55104E+07

1.55104E+07

1.55093E407

1.55066E+07

1.55022E407

. 54961E407

1.54885E#07

1.54794E*07

1.54702E÷07

1.54620E407

1i54530E*07

1.54425E407

i.54312E407

• 1,54199E407

1.540895407

* 1.53983Et07

.53879E407 ,:1.53777E407

I.53675E807

::1.53575E+07

1.53476E407

I 1. .551005-407 551 WOE 4-07

1.55110E407 1. 55!IOE4.07

1.551 IOE407

1.55110E407

1.5511OE•07

1.55110E407

1.55110E+07

1. 561 WE +07

1.55110E407

1.65110E407

1.551 10E*07

1.55110E407

1.55110I407

1.551 IOE 407

1.55110 i07

1.55110E607

1.55110I407

1.55110E407

1. 55110E 4+07

1.551 lOE407

1.55110E*07

1.55110E07

1.55110E+07

1.55110 107

1.55110E407

1.55110J407

1.55.110E407

1 .551108OE07

1.551104E07

1. 55110E +07

1.55098E÷07

1.55071E +07

1.55027E 407

1 . 54967F407

I.548906 407

1. 54 800E t07

1.54708E5107

1. 54625E407

i. 54535E-07

1. 54431E÷07

1.54318E407

1. 54205E+07

1.54095E +07

1 . 53988E+07

i.53885E407

1. 53783E4507

1.53681Ei407

1.53581E+07

i.53482E5407

1.59451E507 1.59451E407 1.53390E407

1.58944Ei07 1.58944E407 1.53009E407

1.59142E+07 1.59141E407 1.53205E407

1.59048E407 1.59047E407 1.53111E+07

1.59007E407 1.59086E107 1.53149E407

1.59072E+07 1.59071E#07 1.53135E+07

1.59075E407 1.59074E407 1.53138E407

1.59075Et07 1.59074E407 1.53138E407

1.59074E407 1.89073E407 1.53137E407

1.59075EI07 1.59074E#07 1.53138E407

1.59075E407 1.59074E407 1.53137E+07

1.59075E407 1.59074E407 1.53138E+07

1.59075E407 1.59074E407 1.53138E407

1.59075E407 1.59074E507 1.53138E÷07

1.59075E407 1.59074E+07 1.53138E407

1.59075E407 1.59074E+07 1.53138E407

1.59075E407 1.59074Ef07 1.53138E407

1.59075E407 1.59074E407 1.53138E407

1.59075E407 1.59074E807 1.53138E407

1.59075E#07 1.59074E407 1.53138E407

1.59075E407 1.59074E507 1.53138E407

1.59075E407 1.59074E407 1.53138E407

1.59075E407 1.59074E407 1.53138E407

1.59075E507 1.59074E+07 1.53138E#07

1.59075E407 1.59074E!07 1.53138E+07

1.59075E+07 1.59074E407 1.53138E407

1.59075E507 1.59074Et07 1.53138E407

1.59075E+07 1.59074E+07 1.53138E407

1.59075E407 1.59074E407 1.531385E07

1.59075E407 1.59074E407 1.53138E407

1.59075F*07 1.59074E407 1.53138E407

1.59055E407 1.50054E+07 1.53120E407

1.59028E+07 1.59026E407 1.53091E407

1.58985E407 1.58984E407 1.53049E407

1.58921E407 1.58920E407 1.52986FtQ7

1.58843E507 1.58842E+07 1.52908E407

1.58750E*0? 1.58748E407 1.52816Et07

1.58651E+07 1.586(504E01 1.52718E507

1.58567E+07 :1.58566E÷07 ,.52635E507

I .58478iE07 1.58477Ei07 1.52546E507

1.58374E+0F 1.58373E÷07 1;32442E407

1.582706E07 1.58268E407 1 .52338E+07

1.581545407 1.58153E+07:l.52223E÷07

1.58045E407 1.58044E507. 1.52114E407

1.57939EQ07 1.57938E407 1T•.52008E+07

1.57835E407 1.57834E'07 1.519055*07 1.57732E07 :+1.57731E+07 1b51802E407

1.576305407 1.57629E407 1.517006407

1.57530E+07"''1.57528E407 1.5:. 1600E+07

1.574306+07 1.57429E407 1.5150007 "'

1.59104E*07

1.59629E407

1.59826E407

1.59732E4I07"

1.59771E407

1.59756E407

1.59759E407

1.59759E*07

I.59758E407

1.59759E407

1.69759E407

1.59759E407

1.59759E+07

1.59759E407

1.59759E407

1.59759E407

1.59759E407

1.59759E407

1.59759E407

1.59759E407

1.59759E407

1.59759E*07

1.59759E407

1.59759E407

1.59759E507

1.59750E407

1.59759E407

1.59759E407

1.59759E407

1.59759E*07

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4;-SPRAY CAPACITY TEST AT ZERO POWER

PAGE 204

87/01/22.

:;:TZMF .::.. .. MFLOWJ .: (SEC) 430010000

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RELAP5/2i36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 -'SPRAY CAPACITY TEST' AT ZERO POWER

PAGE 205

,TIME

(SE C)

MFLOWj

353010000

(KO/SEC)

MFLOWJ

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(KG/SEC)

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 206

87/01/22.

. TIME

(SEC)

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410070000

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45'.0000 .14189

..,!46*0000 .-. ý •14056

47.0000 1. 13936

,0-: 00o0 :-.13824

49.'0000 .13715

PGEN

10080000

KG/M3-SEC)

O.

1.69601E-03

1.66757E-0M

1.63444E-03

1.60847E-0M

1.59010E-03

1.57732E-0M

1.56817E-03

1.56148E-03

1.55654E-03

1:55289E-03

1.55023E-03

1.54834E-03

1.54706E-03

1.54626E-03

1.54584E-03

1.54571E-01

1.54583E-02

1.54612E-02

1.54657E-03

1.64713E-03

1.54788E-03

1.54860E-01

1.54926E-03

1.54992E-03

1.55062E-03

1.55138E-03

1.55220E-03

1.55308E-03

1.55400E-03

1.55494E-03

1.51990E-0:

5.65090E-0:

-. 10902 -. 16806 -. 23903 -. 31138

-. 38130

-. 44638

-. 51201 -. 57982

-. 63714

-i65127

-. 65215

-,65149

-. 65032

,64897

:-.64758

".64615

-. 64468

VAPGEN

410090000

(KG/M3-SEC)

0.

I -2.15755E-03

! -2.13043E-02

I -2.10959E-03

I -2.09692E-02

I -2.08906E-0:

-2.08398E-O3

I -2.08048E-03

I -2.07800E-03

I -2.07621E-03

I -2.07491E-02

I -2.07396E-03

I -2.07328E-03

I -2.07281E-03

I -2.07248E-02

I -2.07227E-03

I -2.07216E-03

I -2.07212E-03

I -2.07213E-01

I -2.07220E-03

1 -2.07230E-03

1 -2.07279E-03

I -2.07300E-02

I -2.07293E-03

I -2.07278E-03

I -2.07266E-03

I -2.07264E-0-

I -2.07277E-03

I ;-2.07304E-01

I -2.07344E-03

I -2.07393E-03

-. 19063 -. 39151 -. 59136 -. 76247 -. 94007

-1.1158

-1.2846

-1.4443

-1.6019

-1.7574

-1.8557

-;1.8707

-1.8745

-1.6753

-i.8745

-1.8729

-1.8709

,-1.8687

-1.8663

VAPGEN

420010000

(KG/M3-SEC)

0.

I -2.07491E-0

I -2.07841E-0

I -2.08124E-0

I -2.08368E-0

I -2.08572E-0

I -2.08738E-0

I -2.08876E-0

-2.08984E-0

I -2.09066E--0

I -2.09129E-0

I -2.09174E-0

I -2.09208E-0

I -2.09230E-0

I -2.09245E-0

I -2.09254E-0

I -2.09259E-0

I -2.09259E-0

I -2.09256E-0

I -2.09250E-0

I -2.09242E-0

I -2.09273E-0

I -2.09268E-0

I -2.09229E-0

I -2.09178E-0

I -2.09129E-0

I -2.09093E-0

I -2.09072E-0

I -2.09067E-0

I -2.09076E-0

I -2.09095E-0

-. 69387

-. 93088

-i.2904

-1.6505

-2.0023

-2.3336

-2.6365

-2.9134

-3.1749

-3.4231

-3.5557

-3.5959

-3.6133

-3.6201

-3.6216

-3.6203

-3.6174

- 1.6035 -3. 6092

CNTRLVAR

400

COLLEVEL

SUM

26.578

3 26.608

3 26.591

3 26.600

3 26.598

3 26.601

3 26.603

3 26.605

3 26.606"

3 26.608

3 26.609

3 26.609

3 26.610

3 26.610

3 26.610

3 26.610

3 26.611

3 26.611

3 26-611

3 26.611

3 26.611

3 26.611

3 26.611

3 26.611

)3 26.611

3 26.611

3 26.611

3 26.610

3 26.610

)3 26.610

3 26.610

26.618

26.628

26.645

26.660

26.696

26. 730

26.766

26.796

26. 820

26.8818

26.762

26.724 . 26.680

M26.635...

26.587

26.540

26.492

26. 443

26.394

CNTRLVAR

402

OPLEVEL

SUM

26.282

26.318

26.302

26.311

26.309

26.312

26.314

26.316

26.318

26.319

26.321

26.322

26.322

26.323

26.323

26.323

26.323

26.324

26.324

26.324

26.324

26.324

28.324

26.324

26.324

26.324

26.324

26.324

26.324

26.324

26.324

26.321

* 26.318

26.316

26.319

26.323

26.329

26.336

26.342

26.350

26.362

26.382

26.408-

26.436

26.467

26.500

26.533

26.566

26.600

26.633

0

940010000

(WATTS)

89824.

89571.

89571.

89571.

89571.

89571.

89571.

89571.

89571.

89571.

89571.

89571.

89571.

89571.

89570.

89570.

89570.

89570.

89570.

89570.

80570.

89570.

89569.

89569.

89569.

89569.

89569.

89568.

89568.

89568.

89568.

89568.

89567.

89567.

* 89567.

89567.

89567.

89566.

* 89566.

89566.

89566.

89565.

89565.

89565.

89565.

89565.

•89564.

89564.

89564.

89564.

CNTRLVAR CNTRLVAR

418 610

TOTPOW SGPOWER

FUNCTION SUM

89257. 2.10498E406

89257. 1.55783E406

89257. 2.27439E406

89257. 1.96075E806

89257. 2.03074Et06

89257. 1.94299E#06

89257. 1.06583E406

89257. 2.02606E406

89257. 2.10378E806

89257. 2.18622E806

89257. 2.25688E406

89257. 2.31612E406

89257. 2.35895E+06

89257. 2.38710E806

89257. 2.40283E806

89257. 2.41048E406

89257. 2.41421E406

89257. 2.41713E#06

89257. 2.42076E+06

89257. 2.42538E#06

89257. 2.430586F06

89257. 2.43585E+06

89257. 2.440518E06

89257. 2.44434E806

89257. 2.44725E*06

89257. 2.44934E+06

89257. 2.45079E*06

89257. 2.451814E06

89257i 2.45258E06

89257. 2.45322E806

89257. 2.45382E*06

1.13193E405 2.42987E+06

1.37129E+05 2.37638E+06

1.61064E*05 2.32092E406

1.85000E805 2.23436E806

1.8500E005 2.14185E406

1.85000*E05 2.03390E*06

1.85(X)00845 1.93209E806

1.85000E*05 1.86861Et06

1.85000•405 1.78773E406

1.85000E805 1.68353E+06

1.85000E805 1.59847E806

1.85000E#05 1.50505E+06

1.85000E805 1.446548*06

1.85000E+05 1.40422E806

1.85000t+05 1.37451E806

1.65000E+05 1.35313E*06

1.85000E405 1.33891E406

1.85000E+05 1.33180B406

1.85000E•05 1.33i56E406
RELAP5/2/36.04 REACTOR LOSS OF COOLANT AtNALYSIS PROGRAP4 .- DOEL4 -. SPRAY CAPACITY TEST AT ZERO POWER

PAGE 207

87/01/22.

*t]ME. CNTRLVAR CNTRLVAR CNTRLVAR CNTRLVAR iCNTRLVAR PMPVEL

(SEC) 710 810 9 7 26 140

SGPOWER SGPOWER BALANCE PRZRHEAT SPRBALAN (RAD/SEC) SUM SUM SUM SUM SUM

0, 2.10498E406 2,10499E+06 1.35683E407 18238. 47280. 166.00

1.00000 1.55560E+06 1.56229E+06 8.44979E406 -2333.4 1.52973E406 155.00 2.00000 2.27366E406 2.38747E806 6.10036E406 -8865.6 1,686285+06 155.00

3.00000 1.96010E+06 2.33785E+06 6.82109E406 -5430.7 -1.16721E-406 155.00

4•.00000: 2.03010E406 2.36506E405 6.56591E+05 4599.1 1.82830E406 155.00

5.00000 1.94237E406 2.19021E006 6.96684E+06 -1335.6 85449. 155.00

6i.0C0 1.95529E+06 2.09313E#06 7.00767E06 -632.05 1.22908E406 155.00 7.00000 2.02565E+06 2.08128E+06 6.93251E+06 1478.7 6.23277E+05 155.00

il .800000 2.10346E+08 2.12409E+06 6.73462E+06 2646.6 7.27085E405 166.00 9.00000 

10.0000 2.18598E406 2.19303E406 6.50460E+06 3891.7 5.01612E005 155.00 : 2.25667E+06 2.25913E+06 6.29474E+06 4875.0 3,96527E406 166.00

11.0000 2.31593E406 2.316855006 6.11520E406 5743.8 2.86410E+05 155.00 , 12.0000 2.35877E+06 2.35919E+06 5.98332E406 6545.8 2.049305+05 155.00 13.0000 2.38692E406 2.38717E406 5.89513E106 7062.9 1.56525E405 155.00 14.X:O" 15.0000 . 2.40263E+06 2.41027Et06 2.41046E006 2.40283E+06 5.84529E+06 7560.9 1,26142E+06 156.00 5.82089E+06 8080.8 1.13841E405 155.00

10.1.00000 <2.41400E+06 2.41419E406 5.80937E+06 8551.2 1.07064E405 155.00 17.0000 2.41691E406 2.417104E06 5.8OO99E406 8977.1 1.02309Et05 155.00

18.0000 2.42054E+06 2.42073E+06 8.79068E406 9365.0 95755. 165.00 19.0000 2.42517E+06 2.42535E806 5.77733E+06 9715.7 87354. 155.00

1 20.0000 2o43037E506 2.430555406 5.76204E+06 10035. 77800. 155.00 21.0000 22.0000 M 2.43565E406 2.435825t06 5.746365406 10316. 66487. 155.00 2.44031E+06 2.44049E806 5.732305+06 10582. 59696. 155.00

23.0000 2.44415E406 2.44432E+06 5.72068E406 10834. 53111. 155.00 . .44706E+06 .4.0000 2.447235f06 5.711835t06 11068. 48055. 155.00 25.0000 2.44915E406 2.44932E406 5.70546E806 11286. 44401. 155.00

268.0000 .;450595+06 2.45077E!06 5.70106F406 11488. 41635. 155.00 27.0000 2.45161E406 2.45179E406 5.69801E406 11668. 39571. 155.00

28-'0000. 2.45238E+06 2.452555406 5.695735+06 11833. 37865. 155.00 29.0000 2.45303E÷06 2.45320E406 5.69384E+06 11983. 36331. 155.00 3.300000: 

... 31.0000 2;45362F+06 2.42746E406 2.45380E+06 2.43626E406 5.692101E06 .12118. 34860. 155.00 5.81550-406 17538. 1. 277948406 i55.00

32.0000 : ::.237607E406: 2.49851E+06 5.820475*06 35094. 1,656308+06 155.00 33.0o000 2.32082E+06 2.63291E406 5.83281E+06 62344. 1.62915E406 155.00

-* %34.0000: : 2;,23424Ef06 2.82433E406 5.85241E#06 1010975405 2.264645f06 155.00

35.0000 2.14170E+06 3.05514E406 5.84522Et06 1.41792E÷05 2.71978E406 155.00 36....•30000--: :2.03371E+06 3'30496F+06 5.82534E+06 1.575415405 3.04516E+06 :155.00

31.o ... 1.93186E-06 3.583305406 5.16939E406 1.68985E+06 2.71592Et06 155.00 380000 , :1.86835E+06 3.94411E406 5.558105+06 1.781885÷05 1.89070E406 155.00 .. 396660 .... 18742E406 4.35ý6985406 5.30678E-06 1.88009E5-05 2.291i48*06 155.00

40.00000 : 1 68320E+06 :4.74951E506 5.12939E406 1.98143E+05 2P298215E06 155.00 41.000 *,.597965-106 5.i4165E-406 4.91001E406 2.05397E405 2.54795E406 155.00 *:42.000 . . 50454E*06 f. 5.41607E+06 4.82549E806 2.11052E+05 2.11714E'06 155.00

43'.0060 4.0000':;:1 .446006o-06 '.668218i06 4.78869EtO6 2.i8434E405 2.15237t406 165.00 1-40368E+06 5.64061E406 4.80752E+06" 2,25302E+051.96098E'06 155.00

46..0000 1.37397E-06 5.67393E÷06 4.85323Ei-06 2.44801Et405 |94671Et06 155.00

,460000 I ,35258E+06 .5.69106E-t06 4.88828E+06 2.530885+05 1.J943205+06, 155.0 4701.33836E+06 5.70135E*06 4.91690Et06 2.613258405 1.91172t466 155.00 .:;::48.0 : . 1.33126E+06 • 5.71171E+06 4,93142E+06 2.69453E+05 :.1.878745+06:: 155.00 549. 000 . 1.3310206 5.72630E406 4.92822E406 " 2.77436E8i06 183158Ei06 155.00

PMPVEL

240

(RAD/SEC)

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

165.00

155.00

165.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

. 155.00

155.00

155.00

155.00

155.00

155:00

155.00

155.00 * .: 155.00

155:00

155.00

155.00

* 155.00

* 155.00.

155.00

PMPVEL

340

(RAD/SEC)

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

156.00

155.00

166.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.C*00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

•155.00

155.00

155.00

155.00

155.00

15s5.00

CNTRLVAR

435

SPRAYVAL

FUNCT ION

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

10000

.20000

.30000

.40000

60000

.10000'

.70000

.90000

1.0000

1.0000

..1.0000

10,000

1.0000

i.0000

1.0000

i.0000

,*1.0000

i.0000
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

TIME

(SEC)

"0.. -

1.00000

3.00000

4.00000

5.00000

S.00000

7.00000

8 .0000

9.00000

• 10.0000

11.0000

12.0000

13.0000

14.0000

15.0000

* 16.0000

17.0000

10. 0000

19.0000

20.0000

21.0000

22.0000

23.0000 • 24.0000

25.0000

26.0000

27.0000 S28.0000

29.0000

30.0000

.31.0000

32. 0000

33.0000

34.0000

35.0000

36.0000

37.0000

38.0000

39.0000 .. 40.0000 41 .0000

.42 0000

43.0000

44.i00.00

45.0000

* 46.0000

47.0000

4B 48.0000

49. 0000

CNTRLVAR.-

445

SPRAYVAL

FUNCTION

0.

0.

0,

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0..

0.

0.

0.

0.

0.

0;

0.

0.

0.

0.

0.

0.-

0.

O1

.10000

.20000

.30000

.40000

.60000

.60000

.70000

.80000

.90000

1.o0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1 .0000

1.0000

TEMPF

125010000

(K)

570.37

570.35

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

670.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35.

570.35

TEMPF

131040000

(K)

570.35

570.33

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570..34

570.34

570.34

570.34

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

TEMPF

151010000

(K)

57o.59

570.58

570.59

570.59

570.59

570.59

570.59

570.59

670.69

570.59

570.59

570.59

570.59

570.59

670.69

570.59

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.59

570.59

570.59

570.59

570.59

570.59

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

87/01/22.

TEMPF TEMPF

111010000 121010000

(K) (K)

570.47

570.45

570.46

570.46

570.46

570.46

570.47

570.47

570.47

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.47

570.47

570.47

570.46

570.46

570.46

570.46

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.49

570.48

570.48

570.47

570.47

570.47

570.48

570.48

570.48

570.49

670.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.48

570.48

570.48

570.47

570.47

570.47

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

TEMPF

225010000

(K)

570.37

570.35

570.36

570.36

570.36

570.36

570.36

570.36

670.36

570.36

670.36

570.36

570.36

570.36

570.36

570.36

570.36

510.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.35

570.35

570.35

570.35

570.35

570.35

570.35

-570.35

570.35

TEMPF

232010000

(K)

570.35

570.33

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.33

570.33

570.33

570.33

570.33

.570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

PAGE 208

TEMPF

251010000

(K)

570.59

570.58

570.59

570.59

570.59

570.59

570.69

570.59

570.69

570.59

570.59

570.59

670.59

570.59

670.59

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.59

570.59

570.59

570.59

570.59

570.59

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM.

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 209

TIME ....

(SEC)

TEMPF

211010000

(K)

TEMPF

2210100(X)0

(K)

1.00000

3.00000

3,00000

400000

.6 00000 7.00000

7; 00000

9.00000

9i'I.00000

11.0000

-12.0000

13.0000

14 i 0000

15.0000

W. 0000

17.0000

18.0000

19.0000

20.0000

21.0000

22.0000

23.0000

..:24.0000

2 6.0000 ,...:,260.0000

27.0000

:28.0000

29.0000

30.0000

31.0000

:.:..:32.0000

33.0000

. 34.0000

36.0000

37.0000

38.0000

s9o0000

40.0000

41.0000

,.*-'. .:42 0000

43.000"

;:"`44;0000, " 45.0000 " 46. 0000

47. 0000

.48. 0000 - 49.000066

570.47 670.49

570.45 570.48

670.46 570.48

570.46 570.47

570.46 670.47

570.46 570.47

570.47 570.48

570.47 570.48

670.47 670.48

570.48 570.49

670.48 670.49

570.48 570.49

670.48 570.49

570.48 570.49

670.48 670.49

570.48 570.49

570.48 570.49

570.48 570.49

570.48 570.49

570.48 570.49

570.48 570.49

570.48 570.49

570.48 570.49

570.48 570.49

570.48 570.49

570.48 570.49

570.48 570.49

570.48 570.49

570.48 570.49

570.48 570.49

570.48 570.49.

570.48 570.49

570.48 570.49

570.48 570.49

570.47 570.49

570.47 570.49

570.47 570.48

570.46 570.48

570.46 570.48

570.46 570.47

570.46 570.47

570.45 570.47

.570.45 570.46

570.45 570.46

570.45 570.46

570.45 570.46

570.45 570.46

570.45 570.46

570;45 .570.46

570.45 570.46

TEMPF

325010000

(K)

570.37

570.35

570.36

570.36

570.36

570.36

570.36

570.36

670.36

570.36

670.36

570.36

670.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36-

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.37'

570.37

570.37

570.37

570.37

570.37

TEMPF

331040000

(K)

570.35

570.33

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.14

570.34

570.34

570.34

570.34

570.34

570.14

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

TEMPF

351010000

(K)

570.59

570.58

570.59

570.59

570.59

570.59

570.59

570.59

570.69

570.59

670.69

570.59

570.59

570.59

570.69

570.59

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.59

570.59

570.59

570.59

570.59

570;59

570.58

570.59

570.59

570.59

570.59

570.59

570.59

570.5S

570.59

570.59

570.59

570.59

570.59

87/01/22.

TEMPF

311010000

(K)

570.47

570.45

570.46

570.46

570.46

570.46

570.47

570.47

670.47

570.48

570.48

570.48

670.48

570.48

670.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.47

570.47

570.47

570.46

570.46

570.46

570.46

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45.

570.45

TEMPF

321010000

(K)

570.49

570.48

570.51

570.49

570.48

570.48

570.48

570.48

570.48

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.49

570.50

570.51

570.52

570.53

570.54

570.55

570.57

570.59

570.60

570.62

570.63

570.64

570.64 570.64

570.64

570.64

570.64

570.64

570.64

450010000 420010000

(K) (K)

TEMPF * TEMPF

570.59

570.45

6570.45 570.45

570.45

570.45

570.45

570.45

570.46

570.45

570.45

570.45

570.45

570.45

670.46

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.46

570.45

570.45

570.44

570.44

570.44

570.44

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.42

570.42

570.42

570.42

570.42

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

617.97

6o0.80

597.23

595.08

593.95

593.15

592,46

591.79

591.15

590.55

590.00

590.12

590.36

590.48

590.54

590.56

590.57-

590.57

590.56

590.54
RELAP5/2/36.04 REACTOR LOSS OF COOLANI AtALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 210

87/01/22.

TIME TEMPO- SATTEMP

(SEC) 420010000 420010000

(K) (K)

•0. 617.97 617.97

1.00000 617.97 617.97

2.0•o000 617.97 617.97

3.00000 617.97 617.97

4.00000 617.07 617.97

5.00000 617.97 617.97

6.00000 617.97 617.97

7.00000 617.97 617.97

8.0(00' 617.97 617.97

9.00000 617.97 617.97

10.0000 617.97 $17.97

11.0000 617.97 617.97

12;0000 617.97 617.97

13.0000 617.97 617.97

14.0000 617.97 617.97

15.0000 617.97 617.97

16•0000 61797 617.97

17.0000 617.97 617.97

S18 !.0000 617.97 617.97

19.0000 617.97 617.97

20.0000 617.97 617.97

21.0000 617.97 617.97

--.22.0000 817.97 617.97

23.0000 617.97 617.97

24.0000- 617.97 617.97

25.0000 617.97 617.97

26'00000 617.97 617.97

27.0000 617.97 617.97

M2.0000 617.97 617.97

29.0000 617.97 617.97

3Q; 30.0000 617.97 617.97

31.0000 617.96 617.96

,.i:'32.0000 617.94 617.95

33.0000 617.90 617.92

34.00030 '--617.86 617.89

35.0000 617.80 617.85

36.0000"-'- ":617.75 617.81

51.0-000- 617.70 617.76

38.0000 :617.65 617.71

39.0000 617.61 617.67

* 40.0000 617.55 617.61

41.0ooo 617.49 617.55 ..- 42,0000(1'. 617.43 617.49

43.0000 617.37 617.44

440000 i. 617.32 617.38

4000 617.27 617.33

::460 . *.....617.21 .. 617.27

47.0 666 617.16 617.22 .... O.9 617-1 : ::. -. 8617.17

49.0000" 617.06 "617.12

CNTRLVAR 8

PRZVAPIH SUM

0.

-60512.

-69606.

-68887.

-68584.

-67118.

-66103.

-65192.

-64372.

-63636.

-62974.

-62379.

-61845.

-61364.

-60932.

-60544.

-60195.

-59882.

-59601.

-59349.

-59122.

-58926.

-58745.

:58576.

-58419.

-58276.

-58147.

-58032.

-57930.

-57840.

-57762.

-55000.

-48106.

-36437.

-19378.

468.23

613.02

918.82

1998.7

2773.8

3524.5

4524.8

5462.3

6222.0

6839.9

6550.6

6936.3

7292.6

.':7624:2.

7933.6

CNTRLVAR CNTRLVAR CNTRLVAR CNTRLVAR

28 27 912 911

VAPGEN HEATERW PRZMASL PRZMASW

SUM , SUM SUM SUM

0. 89229. 8035.9 3223.9

1.29001E-02 74617. 8043.9 3223.4

1.29968E-02 83340. 8040.0 3224.1

1.63961E-02 85866. 8042.1 3223.7

2.66205E-02 85384. 8041.6 3223.9

2.03574E-02 87807. 8042.3 3223.8

2.08133E-02 87311. 8042.7 3223.8

2.28948E-02 88333. 8043.2 3223.7

2.39432E-02 88515. 8043.6 3223.7

2.50974E-02 88865. 8043.9 3223.7

2.59846E-02 89037. 8044.2 3223.7

2.67573E-02 89169. 8044.3 3223.7

2.74712E-02 09301. 8044.4 3223.7

2.78744E-02 89210. 8044.5 3223.7

2.82722E-02 89155. 8044.6 3223.8

2.86956E-02 89173. 8044.5 3223.8

2.906806-02 89185. 8044.6 3223.8

2.93951E-02 89194. 8044.6 3223.9

2.967686-02 89202. 8044.6 3223.9

2.98968E-02 89206. 8044.6 3223.9

3.00562E-02 89208. 8044.6 3223.9

3.01485E-02 89207. 8044.6 3224.0

3.018806-02 89210. 8044.6 3224.0

3.01687E-02 89214. 8044.6 3224.0

3.008696--02 89217. 8044.5 3224.1

2.99404E-02 89220. 8044.5 3224.1

2;97282E-02 89222. 8044.5 3224.1

2.94512E-02 89224. 8044.5 3224.2

2.91120E-02 89224. 8044.5 3224.2

2.871426-02 89224. 8044.4 3224.2

2.82628E-02 89224. 8044.4 3224.2 -. 54969 91683. 8045.4 3223.9 -i94995 1I01939E405 8047.2 3223.2

-1.5030 1.16934E#09 8050.2 3222.0

-2;1053 1.36378E405 8054.5 3220.1

-2.8082 1.55329E405 8060.0 3217.6

-3.5538 1.68644E405 8067.0 .... 3214.4

-3.7299 1.76580E405 8074.8 3210.7

-3.6697. 1.814976405 8082.5 3207.0

-4.2405 1.86486E405 8090.8 3203.0

-4.8707 1.909506405 8100.7 . 3198.4

-5.2742 1.94392t405 8111.8 3193.3

-5.3201 1.967656+05 8123. 3181.9

-5.2112 1.98226E605 8134.2 3f82.7

-5.0666 1.99098E405 8145.1 .. 3177.5

-4.9568 1.995936005 8155.8 .3172.5

-4.8819 1.99919E405 8166.4 . ::--''3167.6

-4.8099 2.00101*05 "8176.8 3162.7

"4.7397 "2.001746+05 8187i2 3158.0 : -4.6703 2.00173E405 8197.5 3153.3

CtUTRLVAR

920

SURGI1EAT

SUM

-18552.

-8948.5

-9659.4

-6480.6

-6907.2

-5985.1

-5843.4

-5368.9

-5036.7

-4834.3

-4726.3

-4733.5

-4800.6

-4913.2

-5039.e

-5165.j

-5282.2

-5388.0

-5485.8

-5579.4

-5671.6

-5765.2

-5858.6

-5951.2

-6041.2

-6128.9

-6213.9

-6295.9

-6375.0

-6451.3

-6524.4

-6637.8

-6807.0

-7026.3

-7278.1

-9716.7

-11665.

-13994.

-16789o -18618.

.- 19798.

-18663.

*'-17972.

-17064.

-16299.

-15448.

-14590.

-13729.

-12843.

-11905.

CPUTIME

(SEC)

44.560

68.816

89.176

108.73

130.51

151.03

170.96

190.59

210.01

229.65

249.27

268.67

288.05

307.67

327.05

346.45

365.85

385.25

404.62

423.99

443.38

466.20

485.57

504.93

524.28

543.64

562.98

582.32

601.67

621.02

640.40

664.45

684.04

703.40

722.79

744.29

766.06

786.03

805.58

825.13

844.71

864.34

884.07

.903.87

923.67

943.48

963.31

983.12

1 1003.0

1022.8
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

:II:DOEL4 ;- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 211

87/01/22.

.. ATTEMPTED ADVt TOT.- 600 EDIT" 300

REPEATED ADV: TOT.- 0 EDIT= 0

SUCCESSFUL ADVi TOT.- 600 EDIT- 300

REQUESTED ADV: TOT.- 300 EDIT- 150

TRIP NUMBER, TRIP TIME (SEC)

597 .1.00000OOE-O1 598 20.10000

698 -1.000000

VOL.NO. PRESSURE VOIDO TEMPF

(PA) (K)

SYSTEM I MASS- 1.96371E+O5 KG

UPDOWNC BRANCH COMPONENT

l,.11'o010000 l.69g36E+07 0. 670.1

UPDOWnOZZ BRANCH COMPONENT

13-010000• 1.66837E+07 0; 570.'

OOWNCTS ANNULUS COMPONENT

:.16-010"00 1.56923E+07 0. 570.4

15-020000 1.57039E407 0. 570.'

15-030000 1;57156E+07 0. 570.'

LOWPLEN BRANCH COMPONENT

.231-010000 I.57177E÷07 0. 570.

CORE IN BRANCH COMPONENT

25-010000 1.56513E607 0. 570.

CORE PIPE COMPONENT

31-010000 1.56186E+07 0; 570.

31-020000 1.55796E+07 O. 570.

31-030000 1.55413E607 0. 570.

31-040000 1.55037E÷07 0. 570.

"31-.05000 154668EI07 ...0. 570.

BYPASS SNGLVOL COMPONENT

ý.:35-010000 1.5552BE407 0. 570.

COREEX BRANCH COMPONENT

::39-010000 1'54481E407 0..: 570.

UPPLENI BRANCH COMPONENT

4.1-;010000- 1,54313E+07 0' 570.

UPPLEN2 BRANCH COMPONENT

43-010000 .1.54231E+07 0. 570.

UPHEAD BRANCH COMPONENT

45-010000 1.54082E+07 0. . 570.

HTLEGR I PIPE COMPONENT

111-010000 -1.53174Et07 0. 570.

11i-020000 1.53143E407 0. 570.

HTLEGR2: BRANCH COMPONENT

1i3-010000 1.b53080407 0. 570.

INBOX. ..: :..BRANCH. % COMPONENT..

121-010000 1.53495E07" 0. 570.

UTUBE;-' -PIPE 'COMPONENT

i122-0o000 1.53198Ei07 0. 570.

:122-020000. 1.53035E÷O7 0.. 570.

122-b30000 1.52874E607 0. 570.

122-040000 1.526926+07 0. , . 570.

122::050000 .52505E407 0. 570.

122-060000.::1.52333E+07 0. . 570.

122-070600 1.52W6iE407 0. 570.

122-980000 ,51989E4o7 .0. 570.

MIN.OTMAX.DTAVG.DTi

REQ.OT-

.100000

.100000

.100000

.200000

SEC LAST OTSEC CRNT.DTSEC ERR.ESTSEC CPU-

.100000 SEC

.119862 SEC

3.299297E-07

1247.21 SEC

MS.ERR- -. 423286

TOT.MS- 196371.

M.RATN- ý-2.155644E-06

TIME- 60.0000

KG

KG

SEC

1 599 -1.000000

50

60

6060

61

61

58

5756

54

53

52

52

51

50

50

35

45

45

45

46

44

43

42

40

39

38

38

37

TEMPG SAT. TEMP.

(K) (K)

MASS ERROR- -. 42329 KG

618.91 618.01

618.86 618.06

618.91 618.91

618.97 618.97

619.03 619.03

619.04 619.04

618.70 618.70

618.63 618.53

618.33 618.33

618.13 . 618.13

617.93 617.93

617.74 617.74

618.19 618.19

617.64 617.64

617.56 617.56

617.51• 617.51

617.44 617.;44

616.96 6106.96

616.94 616.94

616.91 6i6.91 6 i7.13 6i1.13

616.97 616.97

616.89". 616.89

616.80 616.80

616.1071. 0:616671.:.

616.61 616.61

616.52 616.52

616.43 616.43

:616.34. 616.34.

NONCOND. BORON DENS.

VAPOR QUAL. (KO/M3)

ERR.EST.- 3.29930E-07

0. .73250

0. .73227

0. .73228

O. .73230

0. .73231

0. .73232

0; ;73225

0. .73221

0. .73216

0. .73212

0. .73208

0. .73203

0. .73219

0. .73202

0. .73200

0. .73200

0. .... .73227

0; .73189

O. .73189

.73188

0. .73193

0. -;.73192 0. ;.... *73191

0. .73191 "

0. . .;73190

0. .73189

0. .73187

0. .73186

0 :':: .... . .', 73184.

UF

(J/KG)

1.30186E+06

1.30244E+06

1.30244E+06

1.30244E406

1.30243E÷06

1.30242E 06

1.30242E+06

1.30243E÷06

1.30244E406

1.302456E06

1.30246E+06

1.30247E406

1.30229E+06

1.30246E406

1.30246E406

1.30243E406

1.30166E+06

1;30243E406

1.30243E÷06

1.302436*06

1.302412,406

i .. .0236E*06

1+30232E+06

1 .36229E406

.1.30226E*06 I i.30224t406

1.302232E+06 1.30222E406

2.44328E406

2.44362E+06

2.44332E+06

2.44304E 106

2.44277E+06

2.44272E+06

2.44428E+06

2.44505E+06

2.44598E÷06

2.44689E+06

2.44778E+06

2.44866E+06

2.44661E+06

.2.44910E406

2.449502E06

2.44970E+06

.2.45006E+06

2. 45223E+06

2.45231E+06

2.45246E *06

2.452617E06

.2.45257E+06

2.45295t406

2. 45339E106

2.453842+06

2.45426E+06.

2.45467Ei06

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

~00

00

00

00

00

60

UG VOL.

(J/KO)" FLAG

..1.3O222Ei06 . .455O9E+06 00,
RELAP5/2/36.04 REAC7OR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE

07/01/22.

122-0900O0 1.51817EiO7 0.

122-100000 1.51645E*07 0.

1227110000 1.A1481Ef07 0.

UTUBE PIPE COMPONENT

024-010600 1.51371E407 0.

124-020000 1.51309E407 0.

124-030000 1.51246E407 0.

124-040000 1.51183E+07 0.

124-050000 1.51133E407 0.

124-060000 1.51096E+07 0.

12.1-070000 1.61051E+07 0.

OUTBOX BRANCII COMPONENT

125rOIOOOO 1.61133EiO7 0.

SEALR PIPE COMPONENT

13V-01.0000 1.50496Ef07 0.

131-020000 1.50590E407 0.

.131-030000 1.60638E+07 0.

131-040000 1.50560E#07 0.

PUMPR PUMP COMPONENT

RPM - 155.00 (RAD/SEC)

OCTANT 16 1

140-010000 1.54375EtO7 0.

COLORI ' ; SNOLVOL COMPONENT

151-010000 1.56420E407 0.

COLOR2 BRANCHt COMPONENT

152-010000 1.56389E407 0.

COLOR3 PIPE COMPONENT

153-010000 1.56355E,07 0.

153-020000 1.56558Et07 0.

CVTANK TM0PVOL COMPONENT

180-010000 2;00=00E#07 0.

HTL.EGGI PIPE COMPONENT

211-010000 1.53173E#07 0.

211-020000 1.53141E407 0.

|!TLEGG2 BRANC11 COMPONENT

213-010000 1.53078E107 0.

IN BOX ' BRANCII COMPONENT

221-010000 1.53494E407 0.

UTUBE PIPE COMPONENT

222-010000 1.53197E*O7 0.

222-020000 1.53033E+07 0.

222-030000 1.52873E407 0.

222-04000 152691E+07 0.

222-050000 1.52503E07 0.

222-06000O '.)52331E407 0.

222-070000 1.52159E+07 0.

222-080000': 1.51987E407 O.

222-090000 t.51815EjO7 0.

222-100000. 1.51643E+07 0.

222-110000 i 5i478E-*07 0.

UTUBE : PIPE COMPONENT

224-010000 i.5i369Eb07 0.

224-020000 :1.51306E+07 0.

224-030000 1.51243E+07 0.

224ý-040000:.1.51179E+07, 0.

224-050000 " .51i29•407 0.

'24-0600C,' 1.5iiO9E-D-7 0.-

570.36 616.25

570.36 616.16

570.35 616.07

570.a5 616.01

570.35 615.98

570.35 615.94

570.35 615.91

570.35 615.88

570.35 615.86

570.35 615.84

570.35 615.88

570.33 616.55

570.33 615.59

570.33 616.62

570.33 615.58

lEAD = 6.85392E#05 (PA)

570.50 617.59

570.58 618.65

570.57 618.63

570.56 618.62

570.57 618.72

560.57 638.85

570.45 616.96

570.45 616.94

570.45 616.91

570.46 617.13

570.44 616.97

570.43 616.89

570.42 616.80

570.40 616.71

570.39 616.61

570.38 616.52

570.38 616.43

570.37 616.34

570.36 616.24

570.36 616.15

570.35 616.07

570.35 616.0i

570.35 615.98

570.35 615.94

570.35 615.01

570.35 615.88

570.35 615.86

616.25

616.16

616.07

616.01

615.98

616.94

615.91

615.88

615.86

615. 84

615.88

615.65

615.59

615.62

615.58

rORQI

MTR.TORO.

617.59

618.65

618.63

618.62

618.72

638.85

616.96

616.94

616.91

617.13

616.97

616.89

616.80

616.71

616.61

616.52

616.43

616.34

6i6.24

616.15

616.07

616.Oi

615.98

615.94

615.91

615.88

615.86

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

JE = -32288.

)E 32288.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.0.

0.

0.

0 ."•. ,.

0.I

0.

.73182

.73180

.73178

.73176

.73175

.73174

.73172

.73172

.73171

.73170

.73171

.73165

.73166

.73166

.73165

(N-M)

(N-M)

.73202

.73223

.73226

.73225

.73227

,75823

,73189

.73188

.73i88

.73193

.73192

.73191

.73191

.73190

.73189

.73187

.73186

.73184

.73182

.73180

.73178

.73i76

S 73175

.73174

S73172

.73172

.. 7 171

1.30222E+06

1.30223E406

1.30224E406

1.3022CE406

1.30227E*06

1.30228E406

1.30230E406

1.30231E406

1.30232E106

1.30233E406

1.30231E+06

I .3023IE406

1.3023 1E #06

I.30231E+06

1.30231E406

1..30243E+06

1.30243E+06

1.30236E+06

1.30236E406

1.30238E406

1.24245E÷06

1.30243E406

1.30243E4O6

1.30243E406

1.30241E06

1.30236E406

1.30232E406

1.30229E+06

1.30226E+06

1.30224E÷06

1.30223E+06

1.30222E406

1.30222E+06

1.30222E06

1.30223E606

1.302244O6

1.30225E406

1.30227E+06

i.30228E406

1.302306+06

1.30231E606

1.30232E+06.•

2.455506406

2.45592E406

2.45632E406

2.45659E+06

2.45674E406

2.45689E406

2.45704E#06

2.45716E+06

2.45725E406

2.45736E+06

2.45716E+06

2.45871E+06

2.45849E406

2.45837E+06

2.45856E406

2.44936E406

2.44450E+06

2.44457E406

2.44465E406

2.44418E406

2.30082E406

2.45224E606

2.45231E406

2.45246E#06

2.45146E(406

2.45218E606

2.45257E+06

2.45296E406

2.45340E+06

2.45385E606

2.45426E÷06

2.45468E406

2.45509E06

2.45551E406

2.45593E+06

2.45633E406

2.45659E06

2.45674E+06

2.4569OE406

2;45705E+06

2.45717E+06

2.45726 r-Oq

212

00

00

00)

00

00

00

00

00

00

00

00

00

00

00

00

10

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00
RELAP5/2/36.04 REACTOR LOSS OF C

DOEL4 - SPRAY CAPACITY TEST AT ZERO

224-07000 1.51047E407 0.

OUTBOX BRANCH COMPONENT

225-010000 1,51129E+07 0.

SEALGI PIPE COMPONENT

231;010000 1.50491E+07 0.

231-020000 1.50585E407 0.

231-030000 1.50633E407 0.

SEALG2 BRANCII COMPONENT

232-010000 1.50557E+07 0.

PUMPR PUMP COMPONENT

* RPM - 155.00 (RAD/SEC) tIE

OCTANT = 1

240-010000 .,64373E+07 0.

COLG1 BRANCH COMPONENT

251.010000 1.66421E+07 0.

COLG2 PIPE COMPONENT

253-010000 1.5638SE+07 0.

253-020000 1.56355E+07 0.

263-030000 1.56557E+07 0.

LET0OI TMDPVOL COMPONENT

2B2-010000 3.80000E+O6 0.

HTLEGB1 PIPE COMPONENT

311-010000 1.53182E*O7 0.

311-020000 1.53149Et07 1.69246E-05

HTLEGO2' ORANC1. COMPONENT

313-010000. 1.53081E107 :6.36986E-06

NOOXI BRANCII COMPONENT

321-010000 1.53497E+07 6.38672E-07

UTUBE PIPE .. COMPONENT

322-010000 1.53200E407 2.61295E-07

322-020000. 1.53036Ei07 1.08731E-07

322-030000 1.52876E407 4.63311E-08

322;-040000 1.52694E407 2.01508E-08

322-050000 1.52506E607 1.22412E-08

322-060000 1.52334Et07 8.92229E-09

322-070000 1.52162Ei07 7.23229E-09

322-08000Q 1.51990E+07 6.23189E-09

322-090000 1.51819E+07 5.57316E-09

322-100000 1.51647Et07 5.10535E-09

322-110000 1.51482E407 4.73106E-09

OTUBE PIPE COMPONENT

324-01i0000 1.513726*07 4.43292E-09

324-020000 : 1.513106E07 4.0i781E-09

324-:030000 1.5124707io 3.69528E-09

324-040000 1.51184E+07 3.43503E-09

324-050000 1.51134E407 3.29896t-09

324-060000.- 51097E+07 3i17748E-O9

324-'070000 1.51052Ei~o 3.02s55E-09

OUTBQ)X BRANCH: :COMPONENT

325-010000 1.51134E607 2.66679E--09

SEALSB PIPE ' - ` COMPONENT

331-010ooo 1.50497E*07 2.60798E-09

331-020000- 1.50590E+07 2.53884E-09

331-'30oo0 1.50638E4O7 2.43706E-09

331-040000-1.a50561EO7 2.38693E-09

PUMP .. PUMP COMPONENT

RPM 15500 ':. (RAD/SEC) III

OOLAHT ANALYSIS PRpGpAM

POWER

PAGE

570.35

570.35

570.33

570.P3

570.33

570.33

AD = 6.85795E

570.60

570.68

570.58

570.58

570.59

412.00

570.45

570.64

570.64

570.65

570.61

570.58

570.56

570.53

570.50

570.48

570.46

570.45

570.43

570.42

570.41

570.40

570.39

570.38

570.38

570.38

570.37

570.37

570.37

570.34

570.35

570.35

.570.35

615.84

615.88

615.54

615.59

615.62

615.58

f05 (PA)

617.59

618.65

618.63

518.62

6118.72

520.46

616.96

616.95

616.91

617.13

616.97

616.89

616.80

616.71

616.61

616.52

616.43

616.34

616.25

616.16

616.07

616.01

615.98

615.94

615.91

615.88

615.86

615.84

615.88

615.55

615.60

615.62

615.58

615.84

616.88

615.54

615.59

616.62

615.58

TORQUE

MTR. TORQUE

617.59

618.65

618.63

618.62

618.72

520.46

616.96

616.95

616.91

617.13

616.97

616.89 616.80

616.71

616.61

616.52

616.43

616.34

616.25

616.16

616.07

616.01

615.98

,615.94

615.91

615.88

615.86

615.84

615.88

615.55

615.60

615.62

615.58

87/01/22.

0. .73170

0. .73171

0. .73165

0. .73166

0. .73166

0. .73165

- -32291. (N-M)

- 32291. (N-M)

0. .73202

0. .73223

0. .73223

0. .73222

0. .73224

0. .92880

0. .73189

0. .73149

0. .73149

0. .73155

0. .73157

0. .73160

0. .73163

0. .73166

0. .73167

0. .73168

0. .73169

0. .73169

0. .73168

0. .73168

0. .73167

0. .73167

0. .73167

0. .73168

0. .73168

0. .73167

0. .73167

0. .73167

0. .73168

0. .73i62

0." .73163

0. .. 73163

0. O73162

1.30233E406

1.30232E406

1.30231E+06

1.30231E+06

1.30231E406

1.30231E406

1.30243E+06

1.30244E+06

1.30244E606

1.30244E+06

1.30244E+06

5.82440E+05

1.30243E+06

1.30347E406

i.30347E+06

1.30346EI06

1.30330E606

.1.30317F406

1.30305E§06

1.30293E408

1.30284E406

1.30276E406

1.30270E+06

1.30264E+06

1.302606E06

1.30256EO6

1.30253E+06

1.3025IE606

1.30248E+06

1.30246E+06

.1.30244E+06

1.302436+06

1.30243E606

1.30242E+06

1.30240E+06

i.30240E+06

1i3024OE+O6

1.3024OE+06

1.30240E+06

2.45737E606

2.45717E+06

2.45872E606

2.45850Et06

2.45838E+06

2.45857E406

2.44936E+06

2-.44450E+06

2,44458E406

2.44466E+06

2.44418E+06

2.60184E+06

2.45221E+06

2.45232E406

2.45243E406

2.45146E+06

2.45217E406

2 45256E!06

2.45295E 06

2.45339E+06'

2.45384E+06

2.45425E406

2.45467E406

2.45508E406

2.4555OE 406

2.45592Et06

2.456326406

2.45658E406

2.45673E606

2.45689E*06

2.45704E406

2.45716E÷06

2.45725E+06

2.45736E+06

2.45716E606

2.45871E+06

2.45848E+06

2.45837E406

2.45855E+06

213

00

00

00

00

00

00

10

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

EAD - 6i85230E+O5 (PA): ...:..TORQUE - -- 2285..(N-M)
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANAL

'.DOEL:4':ý- SPRAY. CAPACITY TEST AT ZERO POWER

YSIS PROGRAM PAGE

OCTANT. - I:

340-010000 1.54375E*07 1.64334E-10

COLDBi"1 SNOLVOL COMPONENT

351-010000 1.56419E407 1.29704E-10

COLDR2 -.... BRANCHi COMPONENT

352-010000 1.56390E#07 0.

COLDR3 ....... PIPE COMPONENT

353-010000 1.56357E+07 0.

0$3-020600 1.66559E407 0.

SURGE PIPE COMPONENT

4o6-010000 "i.63105E407 1.93979E-02

400-020000 1.53019Et07 4.24717E-02

400-030000 1.629-3E+07 4.13468E-02

400-040000 1.52847!E07 3.25364E-02

pqgSSU PIPE : COMPONENT

410-010000 1.52797E407 3.13412E-03

410-020000 1.62772E!07 7.83199E-03

410-03000o 1.52735E+07 1.38052E-02

410-040000 1:62673E407 1.28!glE-02

410-050000 1.52586E+07 .59449

410-060000 1.52526Ef07 .99729

410-070000 1.52496E407 .98744

410-000000 1.62477E407 .98031

410-090000 1.52471E#07 .97424

TOP '. BRANCH " COMPONENT

420-010000 1.52467E+07 .96733

SPRAYR. BRANCH.: COMPONENT

430-01000 1.57063E107 0.

SPRAYB ::" BRANCH •COMPONENT

440-010000 1.57062E407 0.

SPRAYB ..... BRANCI .. COMPONENT

450-010000 1.52864E407 0.

TV490 '..--'TMDPVOL COMPONENT

490-010000 1.55100E407 1.0000

SYSfTM 2 MASS- 0.

TV940.':",::,: TMOPVOL: COMPONENT

940-010000 2.000004E05 0.

VOL.NO. RMiOF Rid-

(KG/M3) (KO/M3)

I1-0io000 132.50 i04.03

:13-;010000: 732.28 103.92

15-010000 732.29 104.01

15-020000 .732.30 104.14

15-030000 732:31 '104.27

23-010000 732.32 104.29

25-1i0000 732.25 i03.57

3.31-010000;: 732.;21 103`21

31•-02000 732.17 102.79

31!-030000.; .:'732.12.:! ... 102.38

3iý-04000" 732.08 101.98

• .31-050000:. :732.031':: 101.58

35-010006 732.19 102.50

':39ý-010000 0;::732.02 .. 101.38",

41-010000" 732.00 .. .. 20

.43-0100o0.: 732.00..::,: "101.12

570.52

570.60

570.60

570.60

570.60

617.00

617.03

617.02

617.05

617.21

617.11

617.09

616.76

616.92

616.39

615.54

610.51

601.53

590.34

570.59

570.61

570.43

617.97

KG

323.15

LIQ.V.VE

(M/SEC)

3.57612E

7.8329

7.5482

7.5461

7.5460

-3.34096E

5.0244

4.8768

4.877i

.4.8774

4.8777

4.8780

.70621

.5.0263

2. 1886

-7.'53351E

617.59

618.65

618.63

618.62

618.72

616.92

616.88

616.83

616.79

616.76

616.76

616.73

616.70

616.54

616.54

616.53

616.63

616.53

616.53

618.98

618.98

616.80

617.97

MASS ERROR- 0.

393.38

.L. VAP.V.VEL.

(M/SEC)

-02 3.57612E-02

7.8254

7.5462

7.5461

7.5460 .- 05 -6.78188E-04

5.0244

4.8768

4.8771

4.8774

4.8777

4.0780

.70621"

5.0264

2.1886

-03 -6.52746E-03-"

MTR.TOROI

617.59

618.65

618.63

618.62

618.72

616.92

616.88

616.83

616.79

616.76

616.75

616.73

616.70

616.65

616.82

616.60

616.59

6 16. 59

816.59

618.98

618.98

616.80

617.97

KG

393.38

SOUNbE

(M/SEC)

981.05

980.08

980. 12

980.18

980.23

980.26

979.98

979.82

979.64

979.45

979.28

979.10

979.76

979.04

978.98

971$ 98.

87/01/22.

JE - 32285. (

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.0.

0. 1.

0. 5. 0. 9.

0. 1.

0. 2.

0.

0.

0.

*0. 0.

ERR.EST.- 0.

0. 0.

STATIC QUAL. TO

(W

0. 0.

0. 0.

0. 0.

0. 0.

0. .0.

0. 0.

0.1 0.

0. 0 0. 0.

0. 0.

0. 0.

N-M)

73199

73220

73220

73219

73221

58781

57583

57636

58103

59693

59509

59167

69476

23068

20943E-(

77106E-(

87183E-(

44298E-(

04342E-4

73233

73230

73188

T.Hr. it41

ATTS)

1.30251E406

1.30252E+06

1.30252E#06

1.30253E606

1.30253E406

1.59850E+06

1.59881E406

1.59878E+06

1.59912E+06

1.60047E+06

1.59965E+06

1.59954E406

1.59672E+06

1.59815E+06

03 1.59368E+06

03 1.58651E*06

03 1.54721E+06

)2 1.48455E406

)2 1.41449E406

1.30235E+06

1.30244E406

1.30236E+06

1.60522E+06

2.09218E+05

P. VAP.tIT.INP.

(WATTS)

0.

0.

0.

0.

0.

0.

0.

0.1

0.

.0..

0.

0.

a.

S0,.

2.44936E+06

2.44451E+06

2.44457E406

2.44465E406

2.44417E406

2.46238E+06

2.45258E#06

2.46279E+06

2.45300E406

2.45313E+06

2.46319E+06

2.45328E406

2.46343E+06

2.45244E406

2.45288Et06

2.45310E+06

2.45319E406

2.45329E+06

2.45332E406

2.44298E406

2.44299E606

2.45298E406

2.44763E+06

2.52920E406

VAPOR GEN.

(KG/M3-SEC)

0.

0.

0.

0.

0.

0.0.O.

0.

0.

0.

0.0.

0.

0*.

214

10

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

0.

.. 0 .. .. ..

0.

0.

0#
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PRRGPAM

'ODOEL4 SPRAY CAPACITY TEST AT ZERO POWER

PAGE 215

87/01/22

,45-010000 732.27.

111-010000 731.89

111-020000 731.89

113-010000 731.88

.121-010000 731.93

122-010000 731.92

1227-020000 731.92

122-030000 731.91

122-0400",00 731.90

122-050000 731.89

122-060000 731.00

122-070000 731.86

'122-080000 731.84

122-090000 731.82

122-100000 731.80

122-110000 731.78

ý124-010000 731.77

124-020000 731.75

124-030000 731.74

124-040000 731.73

124-050000 731.72

124-060000 731.71

124-070000 731.70

125-010000 731.72

031-010000 731.65

131-020000 731.66

131-030000 731.66

131-040000 731.66

140-010000 732.02

151-010000 732.23

.152-010000 732.26

153-010000 732.25 153-020000 732.27

180-010000 758.23

211-010000 731;89

211-020000 731.89

213-010000 731.88

221-010000 731.93

222-010000 731.92

222-020000 731.92

222-030000 731.91

222-040000 731.910

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

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PAGE 216

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DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 217

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1-020000 0 0

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DOEL4 - SPRAY CAPACITY'TEST AT ZERO POWER I

PAGE 218

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0

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0

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0

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0

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0

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0

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0

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 7 SPRAY CAPACITY TEST AT ZERO POWER PAGE

87/01/22.

331-020000 0 0

331-030000 0 0

331-040000 o 0

340-010000 0 0

U51-,00000 0 0

352-010000 0 0

063-010000 0 0

353-020000 0 0

4-00;-00000 247 434

400-020000 0 36

400-030000 1 70

400-040000 0 0 4.10-010000 0 1

410-020000 0 0

410 -030000 13 13

410-040000 30 30

410-00oooo o 0

410-060000 0 0

410-070000-. 0 0

410-080000 0 0

410-090000. 0, 0

420-010000 6 6

i30-010000 0 .0

440-010000 0 0

450-010000 3 3

490-010000 0 0

940-010000. 0 .0.

•JUN.NO FROM'VOL. .. TO VOL.

SYSTEM 1

UPPOWNC•;. ORANCHt COMPONENT

11-010000 -13-010000 11-010000

I11r020000 11-010000. 45-010000

UPDOWNOZZ BRANCH COMPOENT

13-010000 153-020000 .13-010000

13-010000 253-030000 13-010000

::13ý-030000 353-020000 .- 13-010000

13'-040000 13-010000 16-010000

DOW!NCTS: '.IANNULUS COMPONENT 15-010000 15-010000 15-020000

5.*1;5-020000 15-020000 -15-030000

LOWPLEN BRANCi COMPONENT

•.23-01000 15-030000 .; 23-010000

23-020000 -23-010000 25-010000

COREIN: BRANC.I.COMPONENT

"25-01i000 25-Oi000 31-010000

25,-20000 5 ( ."'25-010000 .35-010000

CORE PIPE COMPONENT.

O'31-010000 -:31-010000. 31-020000

31J-02ý00 3i-020000 3i-030000

31-o030000: 3a1oo-030000 31-040000

31-040000 31-040000 31-050000

COREEX' ::,.:BRANCH....:..,,.' COMPONENT

39-010000 31-050`000 39-010060

v39-020000:.::35-010000 :.39-010000

0 0

0 0

0 0

0 0

0 0

0 0

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0 0

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0 0

0 0

0 0

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0 0

0 0

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0 0

0 0

0 0

LI. J.VEL.

(M/SEC)

3.57612E-02

17.913

14.950

i4.955

14.935

7.8329

7.5462

7.5461

7.5460

5.0241

4.8766

5.7120

4.8769

4.8772

4.8776.

4.8779

4.8782

5.7133

0

0

0

0

0

0

0

0

0

0

0

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0

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0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

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0

MASS FLOW

(KG/SEC)

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

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0

0

0

0

JUNAREA

(M2)

0 0 o 0

0 0 o 0

0 0 o 0

0 0 o 0

0 0 o 0

0 0 o 0

0 0 o 0

0 0 o 0

0 0 o 0

0 0 o 0

0 0 o 0

0 0

0 0 o 0

0 0

0 0

THROAT

RATIO

0 0

0 0

300 587

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

JUNCTION CHOKE

FLAGS FLAG

0

0

0

0

0

0

0

0

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NO.ADVS.

EDIT

219

0

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0

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0

0

0

0

0

CHOKED

TOTAL

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0.

0

.0

3.57612E

17.913

14.950

14.955

14.935

7.8329

7.5462

7.5461

7.5460 "5.0241

4.8166 5.7120

4.8769

4.8772

4.8776

4.8779

4.8,742

5.i 7133.

-02 48.497 1.8520 .i0000

48.548 3.70000E-03 1.0000

4751.3 .43400 1.0000

4752.8 .43400 1.0000 4746,0 .43400 !.0000

14202. 2.4760 1.0000

14202. 2.5700 1.0000

14202. 2.5700 o1.0000

14202. 2i5700 1.0000 14202. 3.8600 1.0000

13784. 3.8600 1.0000

418.26 .10000-. 1.0000

13784. 3,8600 1.0000

01384. 3.8600 1.0000

13784. 3.8600 1.0000

13784. 3.8600 1.0000

13784. 3.8600 1.0000

418.32 .10000 1."0000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000.

00000

00000

00000

. 00000

P00000

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 .0

0 0

.0 0

O 0

0 0

0 0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

-'. -0EL4 

- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 220-

87/01/22'

UPPLENI BRANCHI COMPONENT

41-010000 39-010000 41--01o(X)0

41-o20000 41-010000 43-010000

UPPLEN2 BRANCH COMPONENT

::43-0100oo -43-010000 111-0100o0o

43-020000 -43-010000 211-010000

:43-030000 -40-O10000 311-010000

UPIIEAD BRANCH COMPONENT

465010000 41-010000 45-010000

HiTLEGRI PIPE COMPONENT

!11-010000 1'i1-010000 111-020000

HTLEGR2 BRANCH COMPOtNENT

.113-010000 111-020000 113-010000

INBOX BRANCH COMPONENT

121-010000.121-0;0000 122-010000

121-020000 113-OIOO 121-010000

QTU8E:::*, : PIPE COMPONENT

122-010000 122-010000 122-020000

122ý-020000 ..- 122-020000 122-030000

122-030000 122-030000 122-040000

122-040000 - 122-040000 122-050000

122-O5OO00 122-O5OO00 122-060000

422-060000 122-060000 122-070000

122-070000 122-070000 122-080000

122-O8OO0 122-080000 122-090000

122-090000 122-090000 122-100000

122-100000 122-100000 122-110000

UJuN SNGLJUN COMPONENT

123-000000 .'122-110000 124-010000

IJTUBE PIPE COMPONENT

-124-010000 124-010000 124-020000

124-02OOOO 124-O2OOOO "124-030000

124-030000 124-030000 124-040000

124-040x-)0 124-040000 124-050000

124-050000 124-050000 124-060000

124-:o6oooo 0~4-060000 124-070000

OUTBOX .::-BRANCH COMPONENT

125-0IO000 124-070000 125-010000

125-020000 125-010000 .131-010000

SEALR PIPE COMPONENT

•131-010000 131-010000 131-020000

i31-020000 131-020000 131-030000

131-;030000. 131-030000 131-040000

OUMPR PUMP COMPONENT

:140-010000 131-040000 140-010000

14o-020OOd 140-1Ot0X= 151-OioooO

COLDR2 

. BRANCH .: COMPONENT

152-o106o i51-01o0000 152-010000

152-020000:152-010000 153-010000

COLOR3 PIPE COMPONENT

153-010000 153-010000 153-020000

CVJUN -.. TMOPJUN COMPONENT

181'-000000 180-010000 152-010000

HTLEGOi PIPE * COMPONENT

211-010000 -:211-010000 211-020000

%ITLEGG2 3RANCI' COMPONENT 2!3-0•Y'•' 2"-020000 i218-0100,Y)

5.0264 5.0264

2.1886 2.1886

14.867 14.867

14.878 14.878

14.818 14.818

-7.50604E-03 -7.50604E-03

14.870 14.870

14.870 14.a70

5.9753 5.9753

14.870 14.870

5.9754 5.9754

5.9766 6.9765

5.9756 5.9756

5.9756 5.9756

5.9758 5.9758

5.9759 8.9759

5.9761 5.9761

5.9762 5.9762

5.9764 5.9764

5.9766 5.9766

5.9768 5.9768

5.9769 5.9769

5.9771 5.9771

5.9772 5.9772

5.9774 5.9774

5.9775 5.9775

5.9776 5.9776

5.9739 5.9739

13.040 13.040

13.346 13.346

13.346 13.346

13.346 13.346

13.346 13.346

16.962 16.962

16.920 16.920

16.941 16.941

16.942 16.942

2.3066 2.3066

14.880. 14.880

14202.

14203.

4754.7

4758.0

4738.8

-48.726

4754.8

4764.8

4754.9

4754.8

4754.9

4754.9

4755.0

4755.0

4755.0

4755.0

4755.0

4755.0

4755.1

4768.1

4755.1

4755.1

4755.2

4755.2

4755.2

4755.2

4755.3

4755.3

4755.4

4755.4

4755.4

4755.5

4755.5

4745.2

4751.3

4751.3

6.1037

4758.0

3.8600 1.0000

8.8650 1.0000

.43690 1.0000

.43690 1.0000

.43690 1.0000

8.8650 1.0000

.43690 1.0000

.43690 1.0000

1.0872 1.0000

.43690 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.O872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.QOOO

1.0072 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1;0872 1.0000

1.0872 1.0000

1.0879 1.0000

A49840 1.0000

.48700 1;0000

.48700 1.0000

.48700 .1.0000

048700 1.0000

.38300 1.0000

.38300 1.0000

i38300 .. 1.0000

.38300 :1.0000

3.490006-03: 1.0000

p43690. 1.0000

00000

00000

00000

00000

00000

000Y:

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

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00000

00000

00000

00000

00000

00000

00000

00000

00000

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00000

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0

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00000

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0.

• ;o '. 14.880 Ga.i8.1 .4.90 -. :... 0000
RELAP5/2/36.04 REACTOR LOSS OF COOLANT

OEL4 

- SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM

87/01/22.

INBOX." BRANCH COMPONENT

221-010000 221-010000 222-010000

221-ý020000 23-010ooo0 221-010000

UTUBE PIPE COMPONENT

222;-010000 222-010000 222-020000

222-020000 222-020000 222-030000

222-030000 222-030000 222-040000

222-040000 222-040000 222-050000

222-b$0000 222-050000 222-060000

222-060000 222-060000 222-070000

222-070000 222-070000 222-080000

222-080000 222-080000 222-090000

222-090000 222-090000 222-100000

222-100000 222-100000 222-110000

UJUN: SNGLJUN COMPONENT

223-000000 222-110000 224-010000

UTUBE,..:: PIPE COMPONENT

224-010000 224-010000 224-020000

224-020000 224-020000 224-030000

224-030000 224-030000 224-040000

224ý-040000 224-040000 224-050000

224-050000 224-050000 224-060000

224-060000 224-060000 224-070000

OUToOX BRANCH COMPONENT

225ý-010000 224-070000 225-010000

225-020000 225-010000 231-010000

SEALGI:: PIPE .;.. COMPONENT

231-010000 231-010000 231-020000

231-020000 '231-020000 231-030000

SEALG2 BRANCII COMPONENT

232-010000 231-:030000 232-010000

PUMPR PUMP COMPONENT

240;-010000. 232-010000 240-010000

240-020000 240-010000 251-010000

COLG I' BRANCt. COMPONENT

251-010000 251-010000 253-010000

COLG2 : PIPE 

.. COMPONENT

253-010000 253-010000 253-020000

253-;020000 253-020000 253-030000

TJ183 TMOPJUN COMPONENT

283ý-0OOOOO .:231-•30000 282-010000

HTLEGB1 PIPE COMPONENT

311•010000 311-010000 311-020000

SURGE JUN SNGLJUN COMPONENT

312-000000 -400•-0 10000 -311-020000

ttTLEGB2 BRANCH COMPONENT

313-010000 311-020000 313-010000

INBOX BRANCH COMPONENT

321-1OO000- 321-1OOOO 322-010000

321-020000 313-O0OiOO 321-d10000

UTUBE,' .. PIPE. .:*,COMPONENT.

322-0100)00 322-O10000 322-020000

322-020000. 322-020000. 322-030000

322-030000 322-030000 322-040000

322-040000.322-040000 ý322-050000

322-050000 322-050000 322-060000

322-060000.322-060c000322.-070000

5.9794 5.9794

14.880 14.880

5.9796 5.9796

5.9796 5.9796

5.9797 5.0797

5.9798 5.9798

5.9799 5s9799

5.9800 5.9800

5.9802 5.9802

5.9804 5.9804

5.9805 5.9805

5.9807 5.9807

5.9809 5.9809

5.9811 5.9811

6.9812 5.9812

5.9814 5.9814

5.9815 5.9815

5.9816 5.9816

5.9817 5.9817

5.9780 5.9780

13.049 13.049

13.355 13.355

13.355 13.355

.13.338 13.338

13.338 13.338

16.952 16.952

16.947 16.947

16.947 16.947

16.947.' 16.947

1.71291E-02 1.71291E-02

14.820 14.834

.44807 i24042

14.880 14.907

5.9794 6.0123

14.880 14.807

5.9792 5.9865

5.9789 '.5.9827

5.9787 5.9806

5m9785 5.9796

5.9785 5.9791

5.9784 5.9789

4758.2

4758.1

4758.2

4758.2

4758.2

4758.3

4768.1

4758.3

4758.3

4758.3

4758.j

4758.4

4758.4

4758.5

4758.4 4758.5

4758.8 4758.5

4758.6

4758.6

4758.7

4758.7

4758.7

4752.6

4752.7

4752.7

4752.7

4752.7 4752.8

6.1035

4738.9

16,594

4755.5

4755.6

4755.5

4755.6,"

4755.6

4755.7

4755.7

4755.7

4755.7

1.0872

.43690

1.0872

1.0872

1.0872

1.0872

1.0872

1 .0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0879

.49840

.48700

.48700

.48700

.48700

.38300

.38300

.38300

; 38300

.48700

•.43690

6.31180E-(

.43690

1.0872

.43690

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

I .0000

1.0000

1.0000

1.0000

1.00OO

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1 .0000

1.0000

1.0000

1.0000

1.0000

11b0000

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1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

00000

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00000

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PAGE

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0. 0

221
RELAP5/2/36.04 REACTOR LOSS OF COOLANT

DOEL4 .- SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE 222

87/01/22.

322-070000 322-070000 322-080000

322-080000 322-080000 322-090000

322-090000 .322-090000 322-100000

322-100000 322-100000 322-110000

UJuN."i.,- SNGLJUN COMPONENT

323-000000 322-110000 324-010000

UTUBE.-{ :' PIPE COMPONENT

324-010000 324-010000 324-020000

324-020000 324-020000 324-030000

324-030000 324-030000 324-040000

314-o400oo 324-040000 324-050000

324-050000 324-050000 324-060000

324-060000 324-060000 324-0700[0"

OUTBOX BRANCH COMPONENT

326-010000 324-070000 325-010000

325-020000 325-010000 331-010000

SEALB ..- .. PIPE COMPONENT

331-010000 331-0100(w) 331-020000

331-020000 331-020000 331-030000

331-030000 331-030000 331-040000

PUMPR PUMP • COMPONENT

340-010000 331-040000 340-010000

340-0200(0 340-010000 351-010000

COLDR2 BRANCH COMPONENT

352-010000 35-01.0000 352-010000

352-020000 352-010000 353-010000

COLOR3 PIPE . COMPONENT

353-010000 353-010000 353-020000

SURGE:.. PIPE .. COMPONENT

4o0-oioo00 4oo-b0oo00 400-o20c00

400-020000 400-020000 400-030000

400-030000 400-030000 400-040000

SURGE 1 : SNGLJUN COMPONENT

40e-6o6boo 400-04o000 41o-oIOOOO

PRESSU ' " PIPE:' COMPONENT

4i0-010000 410-010000 410-020000

410-020000 410-020000 410-030000

41o-03000o 410-030000 41o-04oooo

410-040000 410-040000 410-050000

4i6-066606 4io-o0ooo0 410-0600(0 410-060000 410-060000 410-070000

4io-6oloooo 410-01000 410-080000

410-080000 410-080000 410-090000

TOP BRANCH COMPONENT

420-010000 410-090000 420-010000

SPRoAyn. bFANCii COMPONENT

430O1QOOO 151-010000 430-010000

SPRAYR VALVE COMPONENT

435-000000: 430-010000 450-010000

SPRAYM BRANCH COMPONENT

440-010000 351!010000- 440-010000

SPRAYB VALVE COMPONENT

445-000000 440-:010000 450-010000

SPRAYB '' ORANCi! COMPONENT

450-010000 .450-ý010000:-420-010000 0RESVA_. VALVt CoMPONE'Jr

89-0::?- 420-010000 .490--D'0000

5.9784

5.9784

5.9784

5.9785

5.9786

5.9786

5.9785

5.9787

5.9787

5.9788

5.9788

6.9750

13.042

13.349

13.349

13.349

13.349

16.965

16.923

16.924

16.924

-. 44416 -. 43362 -. 42332

-. 40882

-1.23629E-02

-1.28216E-02

-7.97264E-03

-2,13271E-02

-4.6018

-. 97441 -. 58852 -. 67128

-. 47472

2.3603"

2.3602

2.3601

2.3600"

4.7232

5.9788

5.9788

5.9788

5.9788

5.9788

5.9787

6.9787

5.9787

5.9787

5.9788

6.9788

5.9749

13.043

13.349

13.349

13.349

13.346

16.965

16.923

16.924

16.924

-. 32052

-. 30497

-. 29732

-. 33030

.15532

.23319

.17250

.45544,

2.10512E-02

1.40023E-02

1.34894E-02

1.62466E-02

9.52414E-03

2.3603

2.3602

2.3601

2.3600

4.8671

4755.7

4755.8

4755.8

4755.8

4755.8

4755.8

4755.9

4755.9

4755.0

4756.0

4766.0

4756.0

4756.1

4756.1

4756.1

4756.2

4756.2

4755.2

4745.9

4745.9

4745.9

-16.113

-15.821

-15. 563

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RELAPS/2/36.04 REACTOR LOSS

DOEL4-..SPRAY CAPACITY TEST AT

SYSTEM- 2

OF COOLANT ANALYSIS PROGRAM

ZERO POWER - " PAGE 223

87/01/22.

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RELAP5/2/36.04 O:OEL4; REACTOR LOSS OF COOLANI ANALYSIS PHUijHAM SPRAY CAPACITY TEST AT ZERO POWER

PAGE 224

87/01/22.

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PAGE 225 i. 87/01/22.

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0. •

.225

.325

0.

0.

0.

.195

.270

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

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0.

0.

0.

0.

0.

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0.

0.

0.

0.

0.

0.

0.

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0.

0.

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0.

0.

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0.

0.

166.

0.

166.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

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0.

0.

0.

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0.

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166.

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166.

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U

:.STR;NO, SIDE BOORY.VOL.

NUMBER

:!11001.-..LEFT.... 121-010000

RIGHT 0-000000

1220001• LEFT.: 122-010000

RIGHT 0-000000

•1220-002: LEFT -... 122-020000

RIGHT 0-000000

1220 003 LEFT 122-030000

RIGHT 0-000000

:1220-ý004. LEFT, .122-040000

RIGHt .. 0-00000

:1220-005: LEFT :.4 122-050000

RIGHT 0-000000

1220-006 LEFT 122-060000

RIGHT 0-000000

1220-007 LEFT.::-.' 122-070000 ........ . h Gtd ..... o-woob0o0

.t220-008 'LEFT-, RIGHT .•-.--.122-080000 0-000000 122000•8 LEFT . 122-090000 .RIGHT 0-000000

1220R010 LEFT 122-100000

RIGHT ''''0-000000

1220-011l mLEFT ý-::j:.122-110000

SURFACE

TEMP.

(K)

570.47

570.49

570.41

570.35

570.40

570.35

570.40

570.35

570.39

570.35

570.38

570.35

570.37

S70.35

570.37

570.35

570.36.

570,35

570.36

570.35

570,36

570.35 . 570.35

MODE HEAT TRF. TNT.

COEF. SOURC

(WATT/M2- (WAT1 K)

2 5990.2 0.

0 0.

2 37814, 0.

0 0.

2 .37816. 0.

0 0.

2 37817. 0.

0 0.

2 37819. 0.

0 0.

.2 .- 37821. 0.

0 0.

2 37823. 0.

0 0.

2 37824.; O0

0 0.

2 - 37826.. 0.

0 0.

.2 37828. 0.

0 0.

2 37830. 0.

0 06.

2.: ... 37832,. .0.

IE

r)

AT NET HEAT

LOSS

(WATT)

308;38

-97.233

-86.382

-79.174

-89.483

-68.616

, -62.102

.- 56.1471

-50.730

-45.807

.-41.322

VOL. AVE.

TEMP.

(K)

570.49

570.38

570.38

570.37

570.37

570.36

570.36

570.36

570636

570.35

.570.35

-39.764... - 6.-..570.35
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

.. DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER

PACE. 226

RIGIIT 0-000000

1231-001 LEFT 121-010000

RIGHT 125-010000

1240-001 LEFT 124-010000

RIGHT 0-000000

1240-002 LEFT 124--020000

AI. RQI IT 0-000000

1240-003 LEFT 124--030000 . RIGHT 0-000000

1240-004 LEFT 124-040000

RIGHT 0-000000

1240-005 LEFT 124-050000 , RIGHT 0-000000

1240-006 LEFT " 124-060000 . RIGHT 0-000000

1240-007 LEFT 124-070000 . RIGHT 0-000000

1240-008 LEFT 124-070000

, RIGHT 0-000000

.:51-001 LEFT 125-010000

* RIGHT 0-000000

2151-001 LEFT 212-010000

RIGHT 0-000000

2220-001 LEFT 222-010000 : RIGHT '0-000000

2220-002 LEFT 222-020000

:*'.:. "." RIGHT 0-000000

2220-003 LEFT 222-030000 . RIGHT 0-000000

2220-004 LEFT 222-040000

" RIGHT 0-000000

2220-005 LEFT 222-050000

.... '.- RIGHT 0-000000

2220-006 LEFT 222-060000

RIGHT . 0O-000000

2220-001 LEFT 222-070000

RIGHT 0-000000

2220-006 LEFT 222-080000 .-RIGHT 220-000000

2220-009 LEFT 222-090000 . RIGHT .0-000000

2220-010 LEFT 222-100000 - RIGHT 0-000000

2220-011 LEFT 222-110000

RIGHT .''.0-000000

2231-00 LEFT 221-010000

I IGHT:,.' 2 25-0 10000

2240-00i LEFT 224-01O00o

2RIGHT:. .240 .. 0-000000~

LEFT 224-020000

",'-- RIGHT: T . 0_OOoo0000

24-663 LEFT 22ý4-0306000

2246-604 LEFT - 224-040000

' 

. RIGHT -0..O-OOOOO

2240"005 ::ET 224-050000 ..- : GHT 0-000000...:

570.35 9293.3

570.45 -91.609

570.31 131.38

570.35 -1599.8

570.35 1564.2

570.35" -9490.8

570.35 9436.5

570.35 -14603.

570.35 14558.

570.35 -18746.

670.35 18710.

570.35 -11435.

670.35 11415.

570.35 -11762.

570.35 11746.

570.35 -14269.

570.35 14256.

570.35 -6091.1

570.35 6085.5

570.36 122.88

570.37 0.

570.47 308.50

570.49 o. 570.41 -2.80269EO5

570.35 2.80172E+05

570.40 -2.31680E405

570.35 2.31593E+05

570.40 -1.96544E405

570.35 1.96465E405

570.39 -2.01919E+05

570.35 2.01830Et05

570.38 -1.37435E+05

570.35 1.37366E405

570.37 -1.09274E#05

570.35 1.09212E405

570.37 -84111.

570.35 84055.

570.36 -61625.

570.35 01574.

570.36 -41531.

570.35 41485.

570.36 -23573.

570.35 23531.

570.35 -9308.5

570.35 9268,7

570.45 -91.613

570.37 . 131.38

570.35 -i572.1

570.35 1536.5

570.35 -9448.2

570i35 9393.9

570.35 -14556.

570.35 14512.

570.35 -18697.

570.35 18661i

570.35 -i1395.

570.35 11375z

30.347

-78.974

113.26

-5.8990

5.1078

-18.822

16.573

-28. 960

25.569

-37.178

32.861

-35.569

31.444

-39.911

35.296

-48.420

42.839

-48.420

42.839

13.234

0.

33.224

0.

-1149.9

1017.9

-982.87

870.07

-833.81

738.10

-677.76

599.93

-545.13

482.51

-433.43

383.61

-333.62

295.25

-244.43

216.28

-164.73

145,72

-q3.499

82.655

-34.325

30.267.

-78.976

113.26

-5.7970

510173

-18.738

16.498

-28.868

25M487:

-37.080

32.773 -aS.445

31,334

87/01/22.

0. 0 0.

0. 2 5990.2

0. 2 5904.6

0. 2 37834.

0. 0 0.

0. 2 37835.

0. 0 0.

0. 2 37836.

0. 0 0.

0. 2 37837.

0. 0 0.

0. 2 37838.

0. 0 0.

0. 2 37839.

0. 0 0.

0. 2 37840.

0. 0 0.

0. 2 37840.

0. 0 0.

0. 2 5994.6

0. 0 0.

0. 2 5993.5

0. 0 0;

0. 2 37835.

0. 0 0..

0. 2 37837.

0. 0 0.

0. 2 37838.

0. 0 0. 0.

0. 2 37840.

0. 0 0.

0. 2 37842.

0. 0 0.

0. 2 37844.

.. 0 0O

0. 2 37845.

0. 0 0.

0. 2 37847.

0. 0 0.

0. 2 37849.

0. 0 0,

0. 2 3185f.'

0. 0 0.

0. 2 37853.

Q. 0 0 :.' 

-

0. 2 5993.5

0 .. . 2 5997.9:

0. 2 37855.

0. . 0 0.

0. 2 37856.

O .0 0•.....

0. 2 37857.

0. 0

0. 2 37858.'

0. 0 0.-

0. 2 37859.

O. 0. .

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

O.

39.775 570.41

-35.588 570.35

-54.294 570.35

-44.215 570.35

-35.822 570.35

-19.797 570.35

-15.902 570.35

-13.219 570.35

-5.6426 570.35

122.88 570.36

308.50 570.49

-97.237 570.38

-86.389 570.38

-79. 183 570.37

-89.498 570.37

-68.631 570.36

-62.118 570.36

-56.i64 570.36

-50.747 570.36

-45.825 570.35

-41.340 570.35

-39.784 570.35

'50.41

-35.69, 570.35

-54.330 570.35

-44.250 570.35

-35.853 570.35

-19.815 570.35
RELAP5/2/36.04 REACTOR LOSS OF COOLANT AhlALYSIS PROGRAM

DOOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 227

87/01/22.

2240-006 LEFT 224-060000 670.35

RIGHT 0-000000 570.35

2240;007 LEFT 224-070000 570.35

RIGHT 0-000000 570.35

2240ý-008 LEFT 224-070000 570.35

RIGHT 0-000000 570.35

225t-001 LEFT 225-010000 570.36

RIGHT 0-000000 570.37

3211-001 LEFT 321-010000 570.61

RIGHT 0-000000 570.49

3220-001 LEFT 322-010000 570.53 -

RIGHT 0-000000 570.35

3220;-002 LEFT 322-020000 570.51 - RIGHT 0-000000 570.35

3220-003 LEFT. . 322-030000 570.49 -

RIGHT O-000000 570.35

3220-004 LEFT 322-040000 570.47 -

RIGHT 0-000000 570.35

3220-005: LEFT. 322-050000 670.45 -

RIGHT 0-000000 570.35

3220-006 -LEFT 322-060000 570.44 - RIGHT 0-000000 570.35

322070017 LEFT 322-070000 570.43 - RIGHT 0-000000 570.35

3220-00. LEFT" 322-080000 570.42 - RIGHT 0-000000 570.35

3220-009 LEFT 322-090000 570.41 - RIGHT 0-000000 570.35

3220-010" LEFT .':32?-100000 570.40 - RIGHT 0-000000 570.35

3220-011 LEFT •322-110000 570.39 - RIGHT 0-000000 570.35

3231!-001 LEFT. .321-010000 570.60

RIGHT 325-010000 570.40

3240-001;. LEFT. 324-010000 570.38 - RIGHT' 0-000000 570.35

3240-;002 LEFT:. 324-02000q 570.38 - RIGiHT 0-000000 570.35

3240-003 LEFT 324-030000. 570.37 - .RIGT 0-000000 " 570.35

32400 LEFT. .. 324-040o00 570.37 - RIGHT 0-000000 570.35

3240-005 LEFT. •:324-050000 570.37 .RIGHT 0-000000 570.35

3240,-r006 .LEFT 324-060000 570.37

RIGHT 0-000000 570.35

3240-007 LEFT .324-070000 570.36

RIGHT 6-006006 570.35

3240-ý08 LEFT :.::L324-070000; 570.36 .. RIGT 0-000000 570.35

3251-001 -- LEFT- 325-010000 570.37 ... RIGT 0000000 .570.37

'4000-0O01,: LEFT 'i:400-010000. 616.72

RIGHT 940-0i0000 616.24

40:2:.LFT.... 400-020000 617.07:

RIGHT 940-010000 616.74

40000903 LEFT*.- ,00-030000 4 . 517,04

-11725.

11709.

-14237.

14224.

-6077.4

6071.7

122.94

0.

-2331.9

0.

7.97770E+05

7.97591E405

6.81894E405

6.81729E405

6.01538E+05

6.01383E405

6.50489E405

6.50315E405

4.76539E÷05

4.76408E+05

-4.12212E+05

4.12098E405

3.54749E+05

3.5464BE405

3.03413E+05

3.03323E+05

-2.57550E+05

2.57467E+05

*2.16571Ef05

2.16493E405

1.93302E#05

1.93222E405

-410.96

175.28

1.64645Et05

i.64569E405

2.54247E405

2.54122E405

2.o12196E+05

2.12092E+05

1-.78263E+05

1.78178EI05

-99707.

99660.

-82771.

82733.

-73491.

73459.

-31371-

31357.

-135.81

0.

-3724.2

4630.1

4447.2

4637.9

4.778,5

-39,787 0. 2 37860. 0.

35.186 0. 0 0.

-48.311 0. 2 37861. 0.

42.743 0. 0 0.

-48.311 0. 2 37861. 0.

42.743 0. 0 0.

13.240 0. 2 5997.9 0.

0. 0. 0 0.

-251.13 0. 2 5992.7 0.

0. 0. 0 0.

-3273.1 0. 2 37830. 0.

2897.9 0. 0 0.

-2892.9 0. 2 37830. 0.

2561.2 0. 0 0.

-2552.0 0. 2 37831. 0.

2259.3 0. 0 0. I -2183.4 0. 2 37831. 0.

1933.0 0. 0 0.

-1890.2 0. 2 37832. 0.

1673.4 0. 0 0.

-1635.0 0. 2 37833. 0.

1447.5 0. 0 0.

-1407.1 0. 2 37835. 0.

1245.7 0. 0 0.

-1203.5 0. 2 37836. 0.

1065.4 0. 0 0.

-1021,6 O 2 37837. 0.

904.36 0. 0 0.

-859.02 0. 2 37839. 0.

760.44 0. 0 0.

-712.79 0. 2 37840. 0.

630.96 0. 0 0.

-354.27 O. 2 5992.7 0.

151.11 0. 2 5995.4

-607.12 0. 2 37842; 0.

537.40 0. 0 0.

-504.23 0. 2 .37842. 0.

446.31 0. 0 0.

-420.83 0, 2 .37843. 0.

*372.49 0. 0 0.

-353.53 0. 2 37844. 0.

312.93 0. 0 0. " -310.14 0. 2 37844. 0.

274.52 0. 0 0.

-280.87 .. 0. 2 37845.. 0.

248.61 0. 0 0.

-249.38 0. 2 37845. 0.

220.74 0. 0 0.

-249.38 0 2 37845. .0.

220.74 0. 0 0.

-14.626 0.; '2 :5995A4 0. •0 0 0. -741.73 '0 .. 2630.4 0.

735.66 0. 0 2.5100

`885.74 . .: .05529E405:.- .4 . 6695.2 0..

736.90 0 2.5100

95173 101SE06 .~4 . .9388 . 0.

-15.917

-13.232

-5.6482

122.94

-2331.g

-179.19

-165.07

-154.33

-173.75

-130.47

-114.47

-100.63

-89.960

-82;617

-77M919

-80.110

-235M67

-76.580

-124.55

-103.62

-84.271

-46.741

-37.846

-32.213

-13.751

-135.81

. 905.97

9085.2:

• ':::.i ' .-.-:7 ..9416 ,?.2 -:.:

570.35

570.35

576.35

670.36

570.51.

570.44

570.43

570.42

570.41

570.40

670.39

570.39

570.38

570.38

570.37

570.37

570.48

570.37

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.37

616.47

.616i96

>-616.94.
RELAP5/2/36.04

DOEL4 - SPRAY

RIGHT

4000-004 LEFT

RIGHT

4101-001 LEFT

RIGHT

4101-002 LEFT

, RIGHT

410i-'001 LEFT

RIGHT

4 102-002 LEFT

RIGHT

4102-003 LEFT

RIGHT

4102-004 LEFT .... RIGHT

4102-005 LEFT

RIGHT

4102-006 LEFT

RIGHT

4103-001 LEFT

RIGHT

4103-002 LEFT

RIGHT

4113-001 LEFT

• :RIGHT

4113-002 LEFT

RI GHT

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

CAPACITY TEST AT ZERO POWER

PAGE 228

87/01/22.

940-010000

400-040000

940-010000

4 10-0 10000

940-010000

410-020000

940-010000

410-030000

940-010000

410-040000

940-010000

410-050000

940-010000

410-080000

940-010000

410-070000

940-010000

410-080000

940-010000

410-090000

940-010000

420-010000

940-010000

0-000000

410-040000

0-000000

410-050000

616.72

617.01

616.69

616.94

615.03

616.94

615.03

616.94

615.10

616.94

615.10

617.36

615.95

617.41

615.95

617.38

615.95

617.23

615.98

617.03

616.12

616.76

616.13

620.46

617.50

621.43

618.45

4637.7

4816.6

4637.2

983.45

1224.9

2093.1

2450.2

4304.0

3800.0

12996.

7947.5

48418.

16333.

39244.

16333.

39390.

16333.

12455.

3811.5

5393.5

1637.4

4539.7

1148.3

0.

1.48892E*05

0.

5W151.

736.86

959.31

736.70

671.27

732.61

714.23

732.61

919.87

732.79

1328.1

732.80

2414.5

734.94

1957.1

734.93

1964.3

734.93

2661.9

735.01

2733.7

735.36

3280.9

735.38

0.

13847.

0.

13973.

0.

2.14944E005

0.

2.84736E406

0.

2.83512E406

0.

2.81897E+06

0.

2.82529E+06

0.

2.86515E+06

0.

7749.6

0.

36073.

0.

57165.

0.

75880.

0.

97572.

0.

0.

2.82529E406

0.

2.98667E+06

0

4

0

4

0

4

0

4

0

4

0

4

3

0

3

0

3

0

3

0

0

0

4

0

4

2.5100

7262.2

2.5100

4043.5

2.5100

4139.8

2.5100

4621.3

2.5100

5498.4

2,5100

3403.3

2.5100

2439.6

2.5100

2356.4

2.5100

3396.1

2.5100

2157.8

2.5100

914.46

2.5100

0.

17456.

0.

7779.4

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

1.38750E*05

46250.

9453.9

2208.3

4543.3

8104.0

20944.

64751.

55578.

55723.

16266.

7030.9

5688.0

10142.

3800.9

616.92

615.97

615.96

616.02

616.03

616.79

616.80

616.79

616.79

616.82

616.76

618.60

619.56

STRNO.- MESH POINT TEMPERATURES

1211-001 570.47 570.49

:1220-001: 570.41 570.38

1220-002 570.40 570.38

1220-003, 57040 570.37

1220-004 570.39 570.37

1220-005 570+38 570.36

1220-006 570.37 570.36

1220-007, 570.37 570.36

1220-008 570.36 570.36

1220-009 570.36 570.35

1220-010 570.36 570.35

1ý220-011 :: 570.35 570.35

1231-001 570.45 570.43

1240•-001i--.ý. 570.35 570.35 1240-002 570.35 570.35

1240-003.-- 570,35' 570.35

1240-004 570.35 570.35

:1240-005 570.35 570135

1240-006 570.35 570.35

:1240-007 570.35 570.35

1240-008 570.35 570.35

1251-'001, 570. 36. 570.36

2211-001 570.47 570.49

2220-001 570.41- 570.38 2220-002 570.40o 570.36

2220-003 570.40 570.37.

2220-00A 570.39 570.37 A. ... .... 570 380. 570.36

(K)

570.49

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.40

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.37

570.49

570.35

570.35

570.35

570.35

570.35

570.49 570.49

570.31

570.37

570.49

570.37

570.49
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM. PAGE 229 DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

2220-006 570.37 570.36 570.35

2220-007 570.37 570.36 570.35

2220-000 570,36 570.36 570.35

2220-009 570.36 570.35 570.35

2220-010 570.36 570.35 570.35

2220-011 570.35 570.35 570.35

2231-001.: 670;45 570.43 570.40 570.37

2240-001 570.35 570.35 570.35

2140-002 670.35 570.35 570.35

2240-003 570.35 570.35 570.35

2240-004 570.3$ 570.35 570.35

2240-005 570.35 570.35 570.35

2240-006 670;36 670.35 670.35

2240-007 570.35 570.35 570.35

2240-008 670.35 670.35 570.36

2251-001 570.36 570.36 570.37 570.37 570.37

3211-001 670.61 670.51 570.60 670A49 570.49

3220-001 570.53 570.44 570.35

3220-002 670.61 670.43 570.35

3220-003 570.49 570.42 570.35

3220-004':.: 570;47 570.41 570.35

3220-005 570.45 570.40 570.35

3220l-006.-670.44 670.39 570.35

3220-007 570.43 570.39 570.35

3220-008 570.42 570.38 570.35

3220-009 570.41 570.38 570.35

3220-010 570.40 5 670.37 570.35

3220-011 570.39 570.37 570.35

3231-001 -570.60 570.51 570.44 570.40

3240-001 570.38 570.37 570.35

3240-002 570.38 570.36 570.35

3240-003 570.37 570.36 570.35

3240-004 570437 570.36 570.35

3240-005 570.37 570.36 570.35

3240-006 

. 570;37 .570.36 570.35

3240-007 570.36 570.36 570.35

3240-008 570.36 570.36 570.35

3251-001 570.31 570.37 570.37 570.37 570.37

4000-001:.::% 616.72". 616.54 616.41 616.24 4000-002 *...617.01 611.08 616.92 616.74

400,-003 :.617.04::.. 617.06 616.91 616.72

4000-004 617.01 617.03 6i6.88 616.69

4101-001::: 616.94 616.32 615.66 615.03

4101-002 616.94 6i6.32 615.66 615.03

4102-001::*:: 616.94 616i36 615.72 615.10

4102-002 616.94 616.39 615.73 615.i0

4102-003- 617.36 617.19 616.58 615.95 id12-:004 61i.41 617.19 6i6.57 615.95

4102-005 -:.617.38: 

- 617,18 .616.57 615.95

4102-ý006 .. 617.23 617.20 616.60 615.98 4103-7001...: 617.03; 617.21. 616.69 616.12.

4103-602 616.76 

. 617.18 616.70 616.13 4113-001 62046 :: 61885 61750....

113-:002 621,43 619.82 618.45

CONTROL VARIABLE E1iT 1......... .jR...8. ::::•:::!:;:::tP .::t D .2 V .THA18M.E... .... R . •1 !..... 0:, . ... . 26377.2 2 3 7. : : 

. ........ E .. H H 

.10 

. ••SUM:. .. ;=: .

. .... : 

. 0 6 .2..3E :;::; •i 'i ) :: :!. :....
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM .:: DOEL4 -- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 230

3 CVENERGY MULT

5 ENTHA231 SUM

7: PRZRHEAT SUM

9 BALANCE SUM

11• MEAS-P FUNCTION

13 TEMPF420 MULT

1 1S " SAT420 MULT

20 P/RH0450 DIV

22 SPRENWR MULT

24 ENTIIA4 10 SUM

20 SPRBALAN SUM

28 VAPGEN SUM

;:32 :-TURBPOW SUM

101 LAG1 LAG

,-,103 LL LEAD-LAG

105 ??? SUM

.:107 LA32 LAO

109 LL3 LEAD-LAG

111.. $4 SUM

113 S6 SUM

135 'LIMIT MULT

0137 (AREA) PROP-INT

:-140: .:.AREA; $2 MULT

142 K(T÷DT) SUM

144 K(T) MULT

148 P(T) MULT •'164- DUM SUM

156 DUM MULT ..'158: -A SUM

160 DUM MOLT

171 O-UM' MULT

173 DUM MOULT

175: " **2.. M0L.T

177 B2-4AC SUM

179 DUM 

. slm

181 .. o(t-DT) SUM

183.O0(T*T.)•" M.ULT

1 86 P(PUMP) FUNCTION

210 TAVG(G) SUM

202 Si SUM

:-;204..i 52' SUM

206 DELTA-T SUM

208 -- :.LL2.:: .LEAD-LAG

"'10 'LAG3" LAG :.212 -. :•i:55 .. !:. .. :.. SUM

281 "LET1 SUM

.283 .:LET3 STDFNCTN

306 tAVG(a') SUM' .:302 .:!:•S1::!::::'.. ! . SUM "': 

. 304 ,2 SUM

3-O6.D::.:.. DELTAý-Ti' •. SUM

• 308 " LL2 LEAD-LAG

.,•3. LAG.3 

. LAG

312 55 SUM

"400 .:.COLLEVEI. 

. SUM

404 .. " PRZ,.SS. SUM

411. 1 ;-RLF: 

. FUNCTION

7.744587E*06

1.322882EI06

368760. 8

4.457275E#06 10

1.5249OOE407 12

590.344 14

616.589 16.

20886.4 21

2.739519E107 23

1.624139E+06 25

1.594879E406 27

-4.09612 31

0. 100

570.517 102

-. 681601 104

-121115. 106

-. 126828 108

570.518 110

-4.553273E-05 112

41.1860 134

9.50000 136

1.444567E-03 139

1.048417E-02 141

23509.7 143

23509.7 145

1.563891E+07 153

893638. 155

130.995 157

23378.8 159

5.58969 170

5.862134E-02 172

845.711 174

1.826999E#09 176

1.6276796E09 175

4.21540 180

11.3919 182

7.22789 184

2.024601E+07 186

570.517 201

-14.6329 203

-3301.00 205 -. 126788 207

-. 129390 209

570.518 211

-3.318747E-02 213

2.249828E+07 282

6.10322 284

570.526 301

-14.6249 303

-3301.80 305 -. 142238 307:

-. 157146 309

.5706524 311

-3.316934E-02 313

25.6979 

. .: 402.

11409.7 410

25.3881 x..;:...: 

. 412

87/01/22.

P/R10231 DIV 20568.8

LETDENER MULT 8.074170E+06

PRZVAPi SUM 10348.8

CALC-P MULT 1.524670E+07

MEAS-L FUNCTION 27.3500

TEMPG420 MULT 616.533

SPRYTEMP MULT 570.428

ENTfiA450 SUM 1.323242E+06

p/RHo400 DIV 25639.5

SURGENER MULT 2.616907!E07

HEATERW SUM 198881.

POW SUM 0.

TAVG(R) SUM 570.517

51 SUM -14.6330

S2 SUM -3301.80

DELTA-T SUM -. 126483

LL2 LEAD-LAO -. 129071

LAG3 LAG 570.518

S SUM -3.318768E-02

LEVREG PROP-INT 6.86422

DELTAF SUM -6.881980E-03

VALVAREA SUM .102392

K(VALV) DIV 23101.1

DELTA-K SUM 6.51690

DELIA-P SUM -895.330

KOQO02 MULT 851314.

AM) DIV 1.119022E-06

GUM MULT -40319.1

DUM MULT 267817,

B SUM 40336.1

DUM MULT -852.926

C SUM -7.27373

AC4 MULT -680203.

SQRT STOFNCTN 40344.5

PELTA-Q DIV 1.803092E-04

DUM STOFNCTN .634475

OTOT SUM 18.6198

DFDO FUNCTION -42330.8

LAG1I LAO 570.517

LLI LEAD-LAG -. 581598

7?? SUM 

. 121115i

LAG2 LAG -. 127133

LL3 LEAD-LAG 570.518

S4 SUM -4.541045E-05

56 SUM 41.1859

LET2 MULT 1.646083E+10

LETDOWN MULT 22.1040

LAG1 LAG 570.525

LLI LEAD-LAG -. 581150

ii SUM -121115.

LAG2 : 

-LAG: .... ii.- -.042419

LL3 LEAD-LAG 570.524

S4 .6.. SUM 0. " 

S6 SUM 41.1S36

nPLEVEL * SUM * 6.9385

T-AIJCT-11 STDFNCTN; 570.526

DEL7-LEV.. -..SUM i :.. .'-o55039
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

:IDOEL4'- SPRAY CAPACITY TEST AT ZERO POWER

413 DELTA-P, SUM -262348. 414 OP-CORR

415 POW-IEll TRIPUNIT 0. 416 POW-BKR

417- POWVAR FUNCTION 308000. 41o TOTPOW

435 SPRAYVAL FUNCTION 1.00000 445 SPRAYVAL

606' POWCOLDL SUM 11435.1 607 POWPREtl

608 POWt-OTLG SUM 910498. 609 POWUBEND

:610 SGPOWER SUM 1.464983E406 706 POWCOLDL

707 POWPREII SUM 32039.7 708 POWIIOTLG

,700 POWUDENO SUM 511130. 710 SGPOWER

806 POWCOI.DL SUM 99706.8 807 POWPREl!

08 POWt OTLO SUM 2.731691EI06 809 POWUBEND

810 SGPOWER SUM 6.045420E406 900 MG1

:::.1Q MG2 MULT .938907 902 MG3

903 MG4 MULT 6.59951 .904 MG5

.906 1 M06 MULT 1052.09 906 MI7

907 MG8 MULT 241.100 908 MG9

.'90:-Mci . ::MULT 54.6612 911 PRZMASW

912 PRZMASL SUM 8303.2 920 SURGIEAT

--- RESTART NO. 600 WRITTEN, BLOCK NO. 3---

NUMBER OF ELEMENTS "IN SPARSE MATRIX 1: ORIGINAL - 410, FACTORED - 665

PAGE 231 87/01/22.

PROP-INT

TRIPUNIT

FUNCTION

FUNCTION

SUM

SUM

SUM

SUM

SUM

SUM

SUM

MULT

MULT

MULT

MULT

MULT

SUM

SUM

ROUNDOFF ERROR -

-280364.

0.

185000.

1.00000

32122.1

511399.

11395.3

910412.

1.464505E+06

187633.

3.023686E406

.187884

3.4O060

627.860

1041.13

78.4640

3106.43

10318.3

1.6000006-11 NCOUNT = 601
RELAPS/2/36.04 REACTOR LOSS OF COOLANT ANAI.YSIS PROGRAM .. DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 232

ATTEMPTED ADVt TOT.- 900 EDITr 300

REPEATED ADV: TOT.- 0 EDIT= 0

SUCCESSFUL ADVi TOT.- 900 EDIT- 300

REQUESTED ADV: TOT.- 450 EDIT- 150

TRIP NUMB3ER, TRIP TIME (SEC)

597 1.00000006-01 598 20.10000

698 -1.000000

VOL.N0. PRESSURE VOIDG * TEMPF

(PA) (K)

SYSTEM •1 MASS- 1.96371E405 KG

UPDOWNC BRANCH COMPONENT

•j11-010000 1.5430BE407 0. 570.,

UPOOWNOZZ BRANCH COMPONENT

•13-010000 1.542092407 0. 570.1

bOWNCTS ANNULUS COMPONENT

i5-010000 1.54295E407 0. 670.1

15-020000 1.54412E407 0. 570.1

15-030000o 1.54528E+07 0. 570.1

LOWPLEN BRANC11 COMPONENT '23ý010000• 1.545495407 0; 570.

COREIN BRANCH COMPOUEtfT

:25-010000 .1.53885E407 0. 570.

CORE PIPE COMPONENT

31-0100(". 1.53559E407 0. 570.

31-020000 1.53169E2O7 0. 570.!

.31-030000 1.52766E407 0. 570.

31-040000 1.52410E+07 0. 570.

:,31-050000 1.52041E407 0. 570.!

BYPASS SNGI.VOL COMPONENT

35-010000 .I52901E407 0. 570.

COREEX BRANCHI COMPONENT

.:39-010000 1.51855E+07 0. 570.

UPPLENi BRANCII COMPONENT

.41-010000 1....51687EO7 0. 570.

UPPLEN2 BRANCH COMPONENT .; 43-010000 1.51605E#07 0. 570.!

UpltEAD BRANCH COMPONENT

;._.45-010000 1.514562+07 0. 570.

HTLEG1 "PiPE COMPONENT

111-Q00000 1.50549E*07 0.. 570. 11-020000 i.50518i07 0. 570.

HTLEGR2 --: ".:BRANCH COMPONENT

113-010000 1.50454E407 0. 570.

INBOX BRANCHi COMPONENT

121-i01000 1.50870E407 0. 570.

UTUBE" -" PIPE- - .'COMPONENT

122-0i0000 1.50573t407 0. 570.,

1 22-ý020000:'1.50410Mt07 0. 570.

122-036000 .50249E+0'O . 570.,

122-040000' 1.:50067E+07 0. 570.

122-050000 1.4988068O7 0.': 570.

122-06OOO0 1.49708E407 0.: 570..

122-070000 i.495360407 0. 570.:

122-ý080000: 1,49364E+07.0: 570.:

MIN.DTMAX.DTAVG.DTREQ.DT=

.100000

100000

100000

.200000

87/01/22.

SEC LAST DT- .100000

SEC CRNT.DT- .119862

SEC ERR.EST- 7.123527E-07

SEC CPU- 1865.61

SEC MS.ERR- -. 729442 KG

SEC TOT.MS= 196371. KG

M.RATN- -3.7146152-06

SEC TIME= 90.0000 SEC

599 -1.000000

46

60

50

61

58

57

56

55

53

52

52

51

50

50

25.

46

45

45

47

44

4 3

42

41

40

39

38

37.

TEMPG

(K)

MASS ERRORM

617.65

617.50

617.55

617.61

617.67

617.68

617.33.

617.16

616.96

616.76

616.56

610.35

616.82

616.27

616.18

616.13

616.05

615.57

615.56

615.59

615.50

615.41

615.32

615.22

615.12

615.03

614.94

SAT. TEMP.

(K)

-. 72944 Kn

617.55

617.50

617.55

617.61

617.67

617.68

617.33

617.18

616.96

616.76

616.56

616.36

616.62

616.27

616.18

616.13

616.05

.615.57 616.56

615.52

616.74

615.59

615.50

615.41

615.32

615.22

615.12

615.03 • : .614.04.".

NONCOND.

VAPOR QUAL.

ERR.EST."

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

.. 0:.. O .::..::i.! -

BORON DENS.

(KO/M3)

7.12353E-07

.73209

.73179

.73180

.73182

.73183

.73184

.73177

.73173

.73168

.73164

.73159

.73155

.73170

.73153

.73.152

.73152

.73199

.73140

:73140

.73139

.73144

'.73i43

.. :73143

.73142

*.73142

.73140 *.:..73139 . . .73137

.~.~.~A 136..

UF

(J/KO)

1.30221E+06

1.30300E+06

1.30300E+06

1.303OOE406

1.30300E+06

1.30299E+06

1.302986*06

1.30299E406

1.303002406

1.30302E*06

1.30303E206

1.30304E206

1.30287E+06

1.30303E206

1.303022406

1.30300E+06

...1.30169E+06

1.30300E+06

1.303002E06

i.30300E406

1.30298E406

1.30293E+06

1.30289E+06

1.302862*06

1.30263E+06

1.30281Ei06

1.30280E+06

1.302792406

.:!..302782+06

UG VOL.

(J/KO) FLAG

2.44952E+06 00

2.449765+06 00

2.449562406 00

2.449272406 00

2.44899E+06 o0

2.448942+06 00

2.45053E+06 00

2.45131E+06 00

2.45224E406 00

2.45317E406 00

2.45407E+06 00

2.45496E+06 00

2.452892406 00

2.45541E+06 00

2.45582E+06 00

2.45602E+06 00

2,456386406 00

2.45858+06 00

2.45866E406 00

2.45881B406 00

2.4578OE406 00

2.458532406 00

2.458922+06 00

2.45932E+06 00

2.45976E+06 00

2.460201406 00

2.460592+06 00

2.460982406 00

2,45135E406 00
RELAP5/2/36.04 REACTOR LOJS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 233

87/01/22.

122-090000 1.49193E*07 0. 570.36 614.85 614.85 0. .73134 1.30279E+06

122-100000 1.49021E+07 0. 570.36 614.76 614.76 0. .73132 1.30279E406

122- 110000 *1.48856E407 0. 570.35 614.67 614.67 0, .73130 1.30280E+06

UTUBE PIPE COMPONENT

i24-010000 1.48747E÷07 0. 570.35 614.61 514.61 0. .73128 1.30281E+06

124-020000 1.48685E+07 0. 570.35 614.58 614.58 0. .73127 1.30283E406

:124-!-030000 1'.48622E+07 .0. 570.35 614.54 ,614.54 0. .73125 1.30284EI06

124-040000 1.48559E407 0. 570.35 614.51 614.51 0. .73124 1.30286E+06

.124o60oooo 1.485OgE-o7 0. 570.35 614.48 614.48 O. .73123 1.30287E÷06

124-060000 1.48472E+07 0. 570.35 614.46 614.46 0. .73122 1.30288E+06

124-o7c000o .1.48427E107 0, 570.35 614.44 614.44 0. 473121 1.30289E+06

OUTBOX BRANCH COMPONENT

125•-01000X0 :1..48509E+07 0.-: 670.35 614.48 614.48 o. .73123 1.30287E÷06

SEALR PIPE COMPONENT

13-0i10000 1.47873E+07 0. 570.33 614.14 614.14 0. .73116 1.30287E+06

131-020000 1.47966E+07 0. 570.33 614.19 614.19 0. .73117 1.30287E+06

131-030000} :1.48014E+07 0. 570.33 .614.21 614.21 0. .73118 1.30287E406 131-040000 1.47936E+07 0. 570.33 614.17 614.17 0. .73117 1.30287E406

PUMPR : PUMP COMPONENT

,RPM . 155.00 (RAD/SEC) HEAD - 6.84933E+05 (PA) TORQUE - -32268. (N-M) OCTANT - A " MTR.TORQUE - 32268. (N-M) 140-010000 1.51748E407 0. 570.50 616.21 616.21 0. .73153 1.30299E+06

COLOR 1 SNGLVOL COMPONENT

151-01o000 1.53792E407 0. 570.58 617.28 611.28 0. .73175 1.30300E406

COLJR2 :' BRANCH . COMPONENT

152-010000 i.53762E407 0. 570.57 617.27 617.27 0. .13177 1.30292E406

COLDR3 ... o PIPE . COMPONENT

153-010000 1.53728E+07 0. 570.57 617.25 617.25 0. .73177 1.30292E#06

153-020000 1.53930E407 Q. 570.57 617.36 617.38 0. .73179 1.30292E+06

CVTANK IMOPVOL COMPONENT

180-010000 2.00000E407 0. 560.57 638.85 638,85 0. .75823 1.24246E+06

HTLEGG1 PIPE COMPONENT

211-010000 1.50547E407 0. 570.46 015.57 615.57 0. .73140 1.30300E406

211l-020000 I.50516E+07 0. 570.45 615.56 615.56 0. .73140 1.30300E406

HTLEGG2;. BRANCH COMPONENT

213-010000 1.50453E+07 0. 570.45 615.52 615.52 0. .73139 1.30300E406

INBOX: :. BRANCH' COMPONENT

221i010000 1.50869E-07 0. 570.47 615.74 615.74 0. .73144 1.30298E406

UTUBE: PIPE . COMPONENT 222-0 1.50572E407 0. 510.44 615.59 615.59 0. .73143 i.30293E406

222-;020000 -150408E+07 0.: 570.43 615.50 615.50 0.:. .73143 1.30289E+06

222-030000 1.50248E+07 0. 570.42 615.41 615.41 0. .73i42 1.30286E+06

222-040000 1.50066E507 O 570.41 615.32 615.32 0. .73141 1.30283E+06 222-050000 1.49878E407 0. 570.40 615.22 615.22 0. .73140 1.30281E406

222-060000 149706E+07 0. 570.39 615.12 615.12 0 ... 73139 1.30280E+06

222-070000 1.49534Eo07 o. 570.38 615.03 615.03 0. .73137 1.30279E+06

222.080000: 149362E+07 0., 570;37 614.94 614i94 0; .... 73136 1.30278E+06 222-090000 i.49190-i07 0. 570.36 614.86 614.85 0 .73134 1.30279E-06

222ý-100000'1.:1+49019E÷-07 0. :570.36 614.76 614.76 0 ... .. : .73132 1.30279E+06 222-110000 1 16.48854i-07 0. 570.35 614.67 614.67 0. .73130 1.30280E406

UTUBE . PIPE COMPONENT

24-01*0000 1.48744E407 0. 570.35 614.61 63128 1.30281E+06

224020000: 1.48682E+07 0.':.;- 570.35 614.57 6 4; 57 0,..: ' -'73127 1.30283E+06

224-030000 1.48619E.07 0. 570.35 614.54 614.54 0 .73125 i.30284E406

224-:040000::. 1"48556E+07:. 0.. 570.35 614.51 . 614.51 :,73124 . 10 1.30286E+06

224-:-05o*0000" 1*.48505E +070. 570.35 614.48 614.48 0 .73123 1.30287-i06 224-;o0r)o0.1:l,48468E+07 , 04.' : 570.35-: 614.46B::" 614.,46- ..-W73122 1.30288E+06

2.46171E-06

2.46207E +06

2.46241E+06

2.46264E+06

2.46277E+06

2.46291E406

2.46304E +06

2.46314E•+06

2.46322E 406

2.46332E+06

2.46314E+06

2.46449E406

2.46429E#06

2.46419E+06

2.46435E 406

•2.45567E+06

2.45075E+06

2.45082E406

2.45090E506

2. 45042E #06

2.30082E +06

2.45859E406

2. 45866E 406

2.45682E406

2.45780E+06

2. 45853E+06

2.45893E+06

2.45932E506

2. 45976E+06

2.46020E+06

2.46059E+06

2. 46098E 406

2.46135E+06

2.46171E406

2, 46207E506

2.46242E406

2.4ý265E 406

2.46278E+06

2.46291E+06

2 % 46305E+06

2.4631SE406

2 •46323E5+06

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

10

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

O0

00

00

00.

00

00.
R'ELAP5/2/36.04 REACTOR LOSS OF

DOEL4:;- SPRAY CAPACITY TEST AT ZERI

224-070000- 1.48423E+07 0.

OUTBOX BRANCH COMPONENT

225-010000 .1,485056407 0.

SEALGI PIPE COMPONENT

231-0100o0 1.478666407 0.

231-020000 1.47961E*07 0.

231-030000 1.48009E407 0;

SEALG2 BRANCII COMPONENT

232-OiCO0O 1.47933E407 0.

PUMPR PUMP COMPONENT

RPM 155.00 (RAD/SEC) H!

OCTANT = 1

240-010.00 1.517476407 0.

COLGI BRANCH COMPONENT

2SI-010000 1.537946+07 0.

COLG2 PIPE COMPONENT

263-010000 1.53761Et07 0.

253-020000 1.53727E+07 0.

253-030000 1.53930E+07 0.

LETO61 TMOPVOL COMPONENT

282010OOO 3.800OOE406 0.

HTLEGB1 PIPE COMPONENT

311-010000 1.505576+07 0.

311-020000 1.50524E407 1.17991E-04

HTLEG82 BRANCH COMPONENT

313-010000 1.50456E+07 4.52294E-05

INBOX.:'• :. BRANClI.. 'COMPONENT

321-010000 1.50872E#07' 4.59194E-06

UTUBE. PIPE .. COMPONENT

322-010000 1.50574E407 1.92243E-06

322-020000- 1.50411E#07 8.11089E-07

322-O30000 1.50250E607 3.42944E-07

322-040000 1.50069EI07 1.29444E-07

322-050000 1.498816407 5.03869E-08

.322-060000 1.49709E+07 7.41066E-09

3!2-070000 1.4953E86O7 1.08211E-09

322-080000 1.49366E507 1.59886E-10

322-090000 1.491945.07 1.02955E-10

322-100000 1.49022E6O7 0.

322-110000 1.48858E407 0.

UTUBEE -. • PIPE : COMPONENT

324-010000 1.48748EFO7 0.

324-020000 1.48686E#07 0.

34:-O3oooo 1.48623E'O7 0.

324-ýO40000 .48560E+07 0.

324-05OOOO 1.4851OE407 0.

324-060000. 1.4847364O7 0.

324-070000 i.48428E407 0.

OUTBOX ".!-: BRAtJCH.. COMPONENT

325-010000 i.48506E407 0.

EAB.-...PIP. COMPONENT

331-0O000 1.47873E+07 0.

331'-020000 .4.7967+07

331-030000 1 .48015E+07 0.

331-040000 1;47937CiO7 O : pUMPR PUMP COMPONENT

:..PM .'55.00 ' (RAD/SEC):.. It

COOLANT ANALYSIS PROGRAM

3 POWER

670.35 614.44

570.35 614.48

570.33 614.14

570.33 614.19

570.33 614.21

570.33 614.17

AD - 6.85332E405 (PA)Y

PAGE 234

87/01/22.

570.50

570.58

570.58

570.58

570.59

412.00

570.46

570.64

570.64

570.66

570.62

570.59

510.56

570.53

570.50

570.48

570.47

570.45

570.43

570.42

570.41

570.40

570.39

570.39

570.38

570.38

570.37

570.37

570.37

570.35

570.35

570.35

570.35

616.21

617.29

617.27.

617.25

617.36

520.46

615.58

615.56

615.52

615.75

615.59

615.50

615.41

615.32

615.22

615.13

615.03

614.94

614.85

614.76

614.67

614.61

614.58

614.54

614.51

614.48

614.46

614.44

614.48

614.14

614.19

614.22

614.17

614.44 0.

614.48 0.

614.14 0.

614.19 0.

614.21 0.

614.17 0.

TORQUE m -32272.

MTR.TORQUE - 32272.

616.21 0.

617.29 0.

617.27 0.

617.25 0.

617.36 0.

520.46 0.

615.58 0.

615.56 0.

615.52 0.

615.74 0.

615.59 0.

615.50 0.

615.41 0.

615.32 0.

615.22 0.

615.13 0.

615.03 0.

614.94 0.

614.85 0.

614.76 0.

614.67 0.

614.61 0.

614.58 0.

614.54 0.

614.51 0.

614.48 0.

614.46. 0..

614.44 0.

614.48 0.

614.14 0.

614.19 0.

614.22 0.

614.17 0.

.73121

.73123 1.302886E06 2.46315E+06

.73116 1.30287EI06 2.46450E+06

.73117 1.30287E+06 2.46430E+06

.73118 1.30287E406 2.46420E+06

.73117 1.302876406 2.46436E406

(N-M).

(N-M)

.73163 1.30299E+06 2.46668E406

.73175 1.303006406 2.46075E+06

.73174 1.30300E+06 2.45082E+06

.73174 1.303006+06 2.45091E406

.73176 1.30300E+06 2.46042E406

.92880 5.824406+05 2.60184E+06

.73141 1.30300E+06 2.45857E406

.73096 1.30403E+06 2.45868E+06

.73099 1.30404E406 2.4587SE06

.73107 1.30403E406 2.45782E+06

.73110 1.30388E506 2.45651E+06

.73113 1.30374E+06 2.45892E+06

.73116 1.30362E+06 2.45931E+06

.73118 1.3035OEiO6 2.459755+O8

.73120 1.30341E+06 2.46019E06

.73121 1.30333E406 2.460586+06

.73121 1.30327E406 2.46097E+06

173121 1.30321E+06 2.46134E+06

.73121 1.30317E+06 2.46171E406

.73121 1.30313E+06 2.46206E406

.73120 1.30310E+06 2.46241E+06

.73120 1.30308E+06 2.46264E+06

.73120 1.30304E+06 2.46277E+06

.73120 1.30302E+06 2.462906+06

i73120 1.30300E+06 2.46304E+06

.73120 1.30299E+06 2.46314E+06

.73120 1.30299E+06 2.46322E+06

.73120 i.30298E+06 2.46332E5O6

.73121 i.30296E406 2.46314E+06

.731i4 1.302966+O6 2.46449406o

:3115 .. 1.302966+06 2.46429E+06

.73116 1.30296E406 2.46419E406 . 73115 ':1.30296E+06 2.46435E*06

00

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10

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1. 30289E +06 2.46333E5O6 00

A.D 6;84772E+05' (PA) A• .. 6.847'.:05.(PA).TORQ.UF, " 32;. .*~.:.:.':... . ~N-M) :''.: "•,::": :'... ': ." T";i:'.:::; . :"' : . :
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

:OOEL4 - SPRAY CAPACITY TEST AT ZERO POWER PAGE 235

87/01/22.

'}OCTANT - 1 " 340-010000 1.51748E+07 0.

COLO .": SNGLVOL COMPONENT

351-010000 1.53791E407 0.

COLOR2? ":; BRANCH. COMPONENT

352-010000 1.53763E607 0.

COLDR3 PIPE . COMOONENr

353-010000 1.53729E407 0.*

365-020000 1.53931E607 0.

SURGE PIPE COMPONENT

400-010000 1.50483E407 .11339

400-020000 1.50401E407 9.42665E

400-030000 1.603196+07 8.36106E

400-040000 1.50235E407 5.49054E

'RESSI:... PIPE COMPONENT

410-010000 1.50184E*07 3.23391E

410-020000 1.60160C407 7.20012E

410-030000 1.50123E+07 1.41969E

410-040006 1.60050E+07 1.16676E

A410-050000 1.49970E+07 .56432

410-060000 1.499095407 .99729

410-070000 1.49879E407 .98662

410-080000 1.4986oE007 .98003

410-090000 "1.49854E407 .97442

BTOPR.ANCH COMPONENT

420-010000 1.498512+07 .96796

SPRAYR "" BRANCH COMPONENT

430-010000 1.54435E407 0. --

SPRAYS: : BRANCH COMPONENT

440-010000 1.544342407 0.

.SPRAY .BRANCIH COMPONENT

*450-0i0000 1.502482407 0.

TV490:::: : TMOPVOL COMPONENT

490-010000 1.55100E+07 1.0000

SYS TEM 2MASS= 0.

.TV940. TMoPVOL. COMPONENT

940-0o1006 200O66OEiO5 0.

L.N.. L RHOF . R.OG

(KG/M3) (KG/M3)

11-010000 732.09 i01.20

;;13-010000 731-79 1. 01.09 15-010000 73i.80 101.19

1;A5-020000. 731.81. 101.31 15-030,000 71.82 101.43

.:::23-01(Q)000:.:731.83 101.46

25-010000 731.76 100.15

31T010000 731.72': 100.41

3 -020000 731.68 99.997

:31-030000 ,731l63. 99i595

31-040000 731.59 : 99.202

i,-3050O00 73154 . . 98,818

35-010000 731.706 99.7i6

39-010000-731.53 . 08.48625

41-010000 731.51 98.450 43-0 10000 .731 - . . .365

MTR.TORQUE - 32266. (N-M) 570.52 616.21 616.21 0. .73152 1.30308E+06 2.45567E406

570.60 617.28 617.28 0. .73173 1.30309E+06 2.45075E206

570.60 617.27 617.27 0. .73173 1.30309E406 2.45082E406

570.60 617.25 617.25 0. .73172 1.30309E406 2.450902406 570.60 617.36 617.36 0. .73174 1.30309E+06 2.46042E406

615.59 615.54 615.54 0. .54383 1.58842E+05 2.45873E406 -02 615.61 615.49 615.49 0. .55548 1.58865E+06 2.45892EI06 -02 616.60 610.45 615.45 0. .66189 1.58862E+06 2.45912E+06 -02 615.64 615.40 615.41 0. .57871 1.58899E+06 2.45932E406

-03 615.80 615.38 615.38 0. .60828 1.59038E#06 2.45947E406 -03 615.60 616.37 616.37 0. .60673 1.58948E+06 2.45952E+06 -02 615.66 615.35 615.35 0. .60164 1.58923E#06 2.45961E406 -02 615.37 615.31 615.31 0. .69864 1.58683E+06 2.45977E406 615.54 615.16 615.26 0. .23768 1.58832E406 2.45890M406 615.02 615.15 615.23 0. 1.24152E-03 1.58404E+06 2.459312E06 614.22 615.15 615.22 0. 6.28243E-03 1.57778E#06 2.45951E406 609.35 615.14 615.21 0. 1.01609E-02 1.54010E+06 2.45959F406 600.54 615.15 615.20 0. 1.44721E-02 1.479101406 2.45969E*06

589.61 615.15 615.20 0. 2.01652E-02 1.41095E406 2.45971E+06

570.59 617.62 617.62 0. .73184 1.30292E+06 2.44921E206

570.61 617.62 617.62 0. .73182 1.30301E206 2.44921E+06

570.43 615.41 615.41 0. .73140 1.30293E+06 2.45932E206

617.97 617.97 617.97 0. 0. 1.60522E÷06 2.44763E+06

KG MASS ERROR= 0. KG ERR.EST.- 0.

323.15 393.38 393.38 0. 0. 2.09218E+05 2.52920E+06

LIQ.V.VEL. VAP.V.VEL. SOUNDE STATIC QUAL. TOT.!IT.INP. VAP.JIT.INP. VAPOR GEN. (M/SEC) (M/SEC) (M/SEC) (WATTS) (WATTS) (KG/M3-SEC) 3.57601E-02 3.57601E-02 979.37 0. 0. 0. 0. 7.8329 7.8254 978.06 . 0.- 0. 0. 7.5462 7.5462 978.10 0. 0. 0. 0.

7;5461 7.5460 7.5461 7.5460 978.21 978.16 O. 00. . . 0. 0. 0. 0. 6.

-3.166852-05 -6.75400E-04 978.23 .i 0.. . 0.0. 0.. 5.0244 5.0244 977.96 0. 0. 0. 0. 4.8768 4.8768 977.80 0. 0. 0. 0. 4.8771 4.8771 977.62 0. 0. 0. 0. 4.8774 4.8774 . 977.45. 0. 0. 0. 0-: 4.8777 4.8777 977.27 0. 0. 0. 0. 4.8780 4.8780 977.10 0. 0- • 0. 0.0• 

.70621 .'70621 977.73 15 .. 0. 0. 540263. .. 5.0264 . 977;04 "0. 0. . 2.1886 2.1886 076.98 0..0..0.0..

-7.531i2E03.-6.652104E-03 1,97. 98. - . . . 0: .. . ' ."0. :0.

10

00

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00

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00

00

00

00

00

00

00

00

00

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00
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 236

87/01/22.

45-010000

111-010000

111-020000

113-010000

121-010000

122-010000

122-020000

122-030000

122-040000

122-050000

122-050000

122-070000

122-080000

122-090000

122-100000

122-110000

121-0 10000

124-020000

124-030000

124-040000

124-050000

124-060000

1:24-070000

125-010000

131-010000

131-020000

131-030000

131-040000

140-010000

191-010000

152-010000

153-010000

153-020000

180-010000

211-010000

211-020000

213-010000;

221-010000

222;-010000

222-020000

222-030000

222-o40000

222-050000

222-060000

222-070000

222-080000

222-090000

222-100000

2224110000

224-ý000o0

224ý-020000-

224-030000

224-040000:

224-050000 224-:060000

224-07AOOO

75- 01.

731.98

731.40

731.40

731.39

731.44

731.43

731.42

731.42

731.41

731.40

731.39

731.37

731.35

731.33

731.31

731.29

731.28

731.26

731.25

731.24

731.23

731.22

731.21

731.23

731.16

731.17

731.17

731.17 *731.53

731.75

731,77

731.77

731.79

758.23

731.40

731.40

731139

731.44

-731A43

731.42

731.42

731.41

731 40

731.38

.. :731.37

731.35

731.33

731.31

731.20

731.28

731.26

73i.25

-731.24

731.23

731.22

72,v21

98.211

97.274

97.241

97.176

07.604

97.298

07.130

96.965

96.778

96.587

96.412

96.238

96.063

95.888

96.713

95.547

95.436

95.373

95.310

95.246

95.195

95.158

95.113

95.196

94.557

94.651

94.699

94.621

98.514

100.65

100.62

100.59

100.60

170.17

97.272

97.240

97.175

97.603

97.297

97.129

96.964

96.777

96.585

96.4 10

96.236

96.061

95.886

95.711

95.544

95.433

, 95,370

95.307

95.243

95.192

95i 155

95.1(30

95.102

-2.70339E-05

14.869

14.870

14.870

1.9813

5. 9754

5.9755

5.9756

5. 9757

5.9758

5.9759

5. 9760

5.9762

5. 9764

6.9765

5.9767

6.9769

5.9771

5.9772

5.9774

5.9775

5.9776

5.9777

1.9820

13.040

13.346

13.346

13.346

2.4865

16.960

16.939

16.941

14.950

7.96288E-03

14.879

14.880

14.880

1.9826

5.9795

5.9796

5.9797

5.9797

5.9798

5.9800

5.9801

5.9803

5.9804

5.9806

5.9808

5.9810

5.9811

5.9813

5.9814

5.9816

5.9816

5.98 

7

1.95014E-04

14.869

14. 870

14.870

1.9813

5.9754

5.9755

5.9756

5.9757

5.9758

5.9759

5.9760

6.9762

5.9764

6.9765

5.9767

5.9769

5.9771

5.9772

5.9774

5.9775

5.9776

5.9777

1.9020

13.040

13.346

13.346

13.346

2.4865

16.959

16.895

16.941

14.950

7.95288E-03

14.879

14.880

14.880

1.9826

5.9795

5.9796

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5.9797

5.9798

5.9800

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5.9803

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97.63

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 237

231-010000 731.16. 94.553

231-020000 731.17 94.646

231-030000 73117 94.694

232-010000 731.17 94.618

240-010000 731.53 98.512

251-010000 731.75 100.66

20-3010000 731.74 100.62

253-020000 731.74 100.58

253-030000 731.76 100.80

282-010000 928.80 19.070

311-010000 731.40 97.281

311-020000 731.01 97.241

313-010000 731.00 97.187

321-010000 731.05 97.602

322-010000 731.08 97.302

322-020000 731.11 97.132

322=030000 731.13 96.967

322-040000 731.16 96.780

322V0-o0oo 731.18 96.688

322-060000 731.19 96.414

322V-070000 731.19 96.239

322-080000 731.19 96.064

322r090000, 731.19 95.889

322-100000 731.19 95.715

322110000 731.18 95:548

324-010000 731.18 95.437

324-020000 731;18 95;374 324-030000 731.19 95.311

324-040000-.... 731.18 95.247

324-050000 731.18 95.197

324-060000 .731.18 95.159

324-070000 731.18 95.114

3256010000 ,731.19 . 95.197

331-010000 731.13 94.558

331-020000 731.14 94.651

331-030000 731.14 94.699

331-040000.731.13.. 94.622 340-010000 731.50 98.514

35l-010(000 :..73.71. .. . 100.65 352-010000. 731.71 100.62

353'010000 731.70:::. 100-59

353-020000 731.73 100.80

400-010000: 602.04 97.208

400-020000 601.89 97.126

400-Q3QO00 601.89 97.042

400-040000 601.66 96.955

410-0100Q0 600.88 96;900

410-020000 601.37 96.875

410-030000. 601.49 96,837 410-040000 602.80 96.771

4Q0P0500:: 601.95 96.852

410-066000 604.31 96.747

4j1QQ70000 607.89 96i695

410-08&000 627.6813 96.670

410-090000,: '657.39.;-, 96.651

420-010000 687.82 96.645

430010000;:::;731.84 :. 133

13.049

13.355

13.355

13.338

2.4850

16.950

16.947

16.947

14.956

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14.818

14.850

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1.9826

6.9794

5.9791

6.0789

5.9787

6.9786

5..9785

5.9784

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13.043

13.349

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2.4870

16.963

16.924

16.924

14.935

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-. 49943

-,56266

-. 44061

2.3574

13.049

13.355

13.355

13.338

2.4850

16.950

15.947

16.947

14.956

8.24680E-04

14.832

14.925

14.862

1.9697

6.0557

6.0023

6.9924

5.9861

6.0823

5.9800

5.9787

5.9785

5.9785

5.9785

5.9786

5-.9786

5.9787

5.9787

5.9787

5.9787

5.9788

5.9788

1.9824

13.043

13.349

13.349

13.349

2.4870

16.963

16.924

16.924

14.935

; 31056 -. 32894

-i.30892

-. 30417

.15266

.21173

.16175

.32700

3,25727E-02

i.71345EL02

1.37111E-02

1.193646-02

1.26596E-02

9.32661E-03

.2.3574. .

975.47

975.52

975.54

975.50

977.06

977.90

977.88

977.86

977.95

1467.8

976.56

974.90

974.86

975.03

976.16

975.31

976.43

975.56 976.61

975.65

975.66

975.66

975.65

975.62

975.59

975.57

975.60

975.61

975.60

975.59

975.58

975.57

975.64

975.33

975.37

976.40

975.36

976.92

977.76

977.74

977.72

977.80

109.09

107.73

106.95

105.01

102.00 0i.86

102.28

100.98

167.46.

373.34

360.81

351.84

341,94

329.20

978.29

87/01/22.

O0

0.

0.

0.

0.

0.

0.

0.

0.

0.

1.56971E-05

0.01354E-06

6.13072E-07

2.65864E-07

1.077586E-07

4.64830E-08

1.71339E-08

6.656106-09

9.77167E-10

1.42428E-10

2.10058E-11

1.35016E-11

0."

0.

0.

0.

0.

0.

O.

0.

0.

0.

0.

0;.

0.

0.

0.0.

2. 02326R-02

1.65174E-02

1.44785E-02

9.275046-03

5.22931E-04

1. 166925-03

2.31317E-03

1.889966-03

117246

.98334

.92144

.88317

384852 S.80932

0.

0.

O.

0.

0.

0.

0.

0.

0.

-0.

0.

0.

0.

-1792.4

-8.0800SE

-6.91096t

-6.10049E

-6.60219E

-4.84230E

-4.19483E

-3.61620E

-3.09909E

-2.63696E

-2.22394E

-1.99206E

-1.70168E

-2.63180E

-2.20014E

-1.85142E

-1.03751E

.- 86220.

-1.09317E

182.50

0.

0.

0.

0.

0.

0.

0.

0.

0.

11681.

15796.

15966.

16035.

5472.8

10986.

17638.

1.86021E

1.'33810E

73869.

'73634:

19456.

* 7968.9

5649.8

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. -. 10327

0. -3.95649E-02

0. -4.03376E-03

+05 0. -1.68329E-03

,05 0. -7.08227E-04

+05 0. -2.97118E-04

405 0. -1.06818E-04

405 0. -4.66186E-05

405 0. -2.52806E-05

405 0. -3.71819E-06

405 0. -5.48266E-07

+05 0.. -8.28099E-11

405 0. 0.

+05 0. O0

+05 0. 0.

405 0. 0..

+05 0. 0.

405 0. 0.

405 0. 0.

0. 0.

405 0. 0.

0. 00

0. 0.

0. 0.

0. 0.

0. 0.

0. 0. O, O

0. 0.

0.-' 0, 0. 0.

48.359 . ..-i22104

67.810 .22564

68.444 24868

55.130 .30298

.O .18557

0.. .20367

o0 . 18848

405 0. .23607

+05 11513. 6.80861E-02

0. • -4.20554t-02

0. -. 11474

0.. .59440 '• 0.- .:* : -1::..!7507.

0. -3.3769

0. * * * 0. ... 0. 0. .: "
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

:DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE

87/01/22.

238

440-010000

450-010000

4W0-010000

940-010000

VOL.NO. L

11-010000

13-010000

15-010000

15-0200M0

15-030000

23-010000

25-010000

31-020000

31 !-030000

31-040000

.:31:060000:

35-010006

39-010000

41-010000

.43-010000

45-010000

111-010000

111-020o00

13M-010000

121-010000

122-010o0

122-020000

122-030000

122-040000

!22ýo5o0oo

122-060000

122-:070000

122-680000

122-090000

122-100000

.122-110000.

124-030000

124-020000

124-030000

124-040000

124-600000

024-070000

125-010000

131-020000

131-030000

131'-040000:

140-0i0000

1513-010000-;, I 52•0 10000

153-010000":. I 55 '-020 ... "

1•5-0iC..0C.-.

731.81

731.39

593.86

988.11

101.33

96.964

102.04

1.1294

2.3572

4.7168

0.

0.

2.3572

4.8387

0.

0.

978.14

976.54

372.13

1537.3

0.

0.

1.0000

0.

0.

0.

0.

89545.

RGST.MASS ERR.

EDIT TOTAL

0 0

0 0

0 0

0. 0

0 0

0 0

0 0

0 •0

o 0 o 0

0 0 o 0

0 0

0' 0

0 0

0 0 o 0

0 0

O 0

0 0

0 0

0 0

O 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

o 0

0. 0

0 0

0 0

O 0

0 0

0 0

.0 0

0 0

0 0

0 0

0- 0

0 0'

0 0.

0 0

REDUCE-QUALITY

EDIT TOTAL

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

O 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

O 0

0 0

0 0

0 0

0 0

0 0

O 0

0 0

0 0

0 0

0 0

0 0

.0 0

0 0 o 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 .0

0 0

0 0.

REDUCE-EXTRAP. REDUCE

EDIT TOTAL EDIT

0 0 0

0 0 0

0 0 0

O 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0 o 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0 o 0 0

0 0 0

0 0 0

0 .0 0

0 0 0

0 0 0

0 00

0 0: 0

0 0' 0

O. 0 ... .0

-MASS

TOTAL

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

*0

0

0

0

0.

0'

0

0

0

0

0

0

REDUCE-PROPTY.

EDIT

0

0

0

0

0

0

0

o

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

...:.". *:"::0

TOTAL

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0.

0

o

O

0.

0.

0.

0.

MIN.COURANT

EDIT TOTAt.

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

o 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 12

0 0

0 0

0 0

0 0

0 0

0.

0.

0.

0.

REDUCE-COURANT

EDIT TOTAL

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

O 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

150 443

0 0

0" 0

.•0 0

0 0

"0 0 : .. 0 : 0
.RELAP5/2/36.0o4

DOEL4 -. SPRAY

211:-i010000

211-02000

203-010000

221-010000

222-010000

222-020000

222-030000

222-040000

222-66ooo • 222-060000

222-o0o00o0

222-080000

222-090000.

222-100000

222-1 10000

224-010000

224-020000

224-030000

224-O40OOO0

224-050000

224-060000

224-07000o

225-010000

231-010000

231-020000

231-030000

232-010000

240-010000

251.-010000

253-010000

253-020000

253-030000

982-010000o

311-010000

1 !,o20o00 13-OlOo000

321-010000

322-.020000

322-030000-

322-040000.

322-050000

322-.060000:.

322-070000

322-080000

322-090000

322-110000

322-110000

324-010000

324-020000 324-030000:..

324-L040000

324"050000

324-060000

324-070000:.

325-0• 10000

3 3 1Q- 0100

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

CAPACITY TEST AT ZERO POWER

PAGE 239

0 0

0 

0

0 

0

0 0

0 0

0 

0

0 a 0ol

0 0

0 

0

0 0

0 0

0. 

0

0 

0

0 

0

0 0

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0 

0

0 

0

0 0

0 

0

0 

0

0 

0

0 0

0 

0

0 0.

0 0.

0 

0

0 

0

0 .0

0 

0

0 0

.0 

0 0 0

0 0

0 

2

0 0

0 

0

0 0

0 

0

0 0

o o

0 0.0

0 0

S0 0

0 0

0 0

0~ 

0

,0 0:

0 20

0" 0

0 0

0 0

0 *0

0 0

0 *0

00000000000000000000000000000000000000000000000

0*0

0. 00000

000000000000000000000000000000000000000000000000000000

.0

.o

n000000000000o0000000

0-0000000000000000000000

.0

0000

0.o0

'T 0. C0

. 0 O

''..O 0 :

0

00000000000000000000000000000000000000000000000000

.0

000

:00

87/01/22.

0 0 

0

0 0 

0

0 0 

0

0 0 

0

0 0 0

0 0 0

0 0 

0

0 0 

0

0 0 ' 0

0 0 

0

0 0 

0

0 0 

0

0 0 

0

0 0 

0

0 0 

0

0 0 0

0 0 

0

0 0 

0

0 0 "0

0 0 

0

0 0 

0

0 0 

0

0 0 0

0 0 

0

0 0 

0

0 0 0

.0 0 

0

0 0 

0

0 0 

0

0 0 

0

0 0 .0

0 0 

0

o 0 

0

0 0 

0

0 0 0.

0 0 

0

0 0 

0

0 0 

0

0 0 

0

0 0 

0

0 0 

0

0 00

0 0 

0

0 0 

0

0 0 

0

0 0 0

0 0 

0

00 0

0 0 

0

0 0 0

0 0 

0

0 0 

0

0 0 

0

0 0 

0

0 0.: 

0

0 0 -0

0 .00

000000a0000000000000000000000000000000000000000000b

.0

.0

o00

00000000000000000000000000000000000000000000000

.000000000

0 0

0 

0

0 

0

0 

0

0 0

0 0

0 0

0 0

0 

0

0 0

0 0

0 

0

0 

0

0 

0

0 

0

.0 

0

0

0 

0

0 

0

0 

0

0 0

0 

0

0 0

0 .0

0 

0

0 

0

1 

0

0 

0

0 0

0 

0

0 .0

0 

0 o o 0 0

0 

0

0 

0

0 0

0 

0

0 

0

0 

0

.0 

0

0 

0

0 0

0 0

0 0

0 

0

0 0

0 0

0 

0

0 

0

0 0

0 

0

0 

0

0 

0

0 

0

0 

0

.0 o

0000000000000000000000000000000000000

.00000000000000

0. 0

:00a
RELAP5/2/36.04 REACTOR LOSS OF

D.r:OEL4 - SPRAY CAPACITY TEST AT ZE

331-020000 0 0

331-030000 0 0

331-040000 " 0

340-010000 0 0

35i-010000 . 0 0

352-010000 0 0

053-010000 0 0

353-020000 0 0

400-00o .. . 0 434

400-020000 0 36

400-030000 ..0 70

400-040000 0 0

410-OOOOO 0 1

410-020000 0 0

410-030000 0 13

410-040000 300 330

4 10-0500oo -. 0 0

410-060000 0 0

410-07000a ,.0 0

410-080000 0 0

410-000000. 0 . 0.

420-010000 0 ..6

430-010000 0 0

440-010000 0 0

450-010000 . 0 3

490-0io0oo 0 0

940-010000 0 0

-.JUN.NO; FROM VOL.' TO VOL.

SYSTEM I

UPOOWNC .,. BRANCH.. COMPOENT

11-010000 -13-010000 11-010000 :.11.020000 11-010000 45-010000

UP0OWNOZZ BRANCH COMPONENT

;:13-010000 153ý020000 • 13-(10000

13-020000 253-030000 13-010000

13-030000 353-020000 13-010000

3-040000 13-010000 15-010000

PDWNCTS :.: ANNULUS COMPONENT

16-oi0oo 15-010000 15-020000 ... 020000 . 15-020000 '15-030000

LOWPLEN ' RANCII COMPONENT

•".23-010000 '23-020000 15-030000 23-01DOOO -23-010000 25-010000

CORE IN .:;: BRANCH :' .. COMPONENT

"-_56-010 25-010000 31-010000

::25-Q20000:. 25-010000. 35-010000

CORE PIPE COMPONENT

.31-010000 '31-010000 31-020000

31-020000 31-020000 31-030000

,.:31-030000".. -:" 31-030000. 31-040000

-31040000 31-040•00 3l-050000

COREEX:.: :::B.:BRANCH:.. : - COMPONENT.

39-0•1 0. ... 3l-b5000 39-010000

:.:9W-o2r'-0 . 35-01000ooo:.. 39-010000

COOLANT ANALYS IS PROGRAM

RO POWER .1 87/01/22.

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0 o 0

0 0

0 0 o 0

0 0

0 0

0 0

0 0

0 0 o 0

0 0 o 0

0 0

0 0

0 0

L IQ. J. VEL.

(M/SEC)

3.57601E-02

17.912

14.950

14.955

14.935

7.8328

i.5461

7.5460

7.5459

5.0241

4.8766

5i7120 "

4.8769.

4.8772

4.8775.

4.8779

5s,7132

0

0

0

0

0

0

0

0

0

0

0

0

0 (

0

0 4

0 4

0

0

0

0 (

a

0 4

0

0

0

0

VAP.J.VEL.

(M/SEC)

3.57601E-02

17.912

14.950

14.955

14.935

7.8328

7.5461

7.5460

7.5459

5.0241

4.8766

5.7120

4.;8769

4.8772

4.8775

4.8779

4.8782

3

00

0

0

0

0

0

0

0

0

0

o3

0

o

o

0

o

0

o

0

o

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

MASS FLOW

(KG/SE C)

0

0

0

0

0

0

0

0

0.

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

o

0

JUN. AREA (M2)

1.8520

3. 70000E-03

.43400

.43400

.43400

.2.4160

2.5700

2,5700

2.5700

3. 8600

3.8600

10000

3 18600

3.8600

3.8600

3.8600

3.8600

10000

0 0

0 0 o 0 o 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0. 0

0 0

0 0

0 o 0 0

O 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

THROAT

RATIO

J.o0oo0

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1,0000

. 0000

1.0000

1.0000

1.. i.0000

1,0000

1.0000

.... :':" 6 ,

0

0

300 8

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

JUNCTION

FLAGS

00000

00000

00000

00000

00000

00000

00000

00000

* 00000

00000

00000

* 00000

00000

00000

00000

.. 00000

00000

0O000

0

0

487

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0.

0

0

0

0

0

0

0

0.

CHOKE

FLAG

PAGE 240

0 0

0 0

0 7

0 0

0 0

O 0

O 0

0 0

0 0

0 0

0 0

0 0

0 0

O 0

0 0

0 0

0 0

0 0

0 0

O0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

NO.AOVS.CCHOKE0

EDIT TOTAL

48.464

48,518

4748. 1

4749.6

4742.8

14192.

14192.

14192;

14192.

14192.

13775.

417.98

13775.

13775.

13775.

03775.

- 4.-1•!8.04 :•..:

0 0 0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0 0 ... .... 0

0 .0

0 .0 O 0'"

0 " 0

0 0.

0

0

0

0

0

0

0

0.

0

0

0

0

0

0

0

0

0

,:, .. 140o01 a
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM ... DOEL4 ý- SPRAY. CAPACITY TEST AT ZERO POWER

PAGE 241

87/01/22.

UPPLENI: BRANCH COMPONENT

41-010000 39-010000 41-010000

-41-,020000 41-010000 43-010000

UPPLEN2 BRANCH COMPONENT

:.43-0100300 -43-010000 111-010000

43-020000 -43-010000 211-010000 ':43-030000 -43-010006 311-010000

UPHEAD BRANCH COMPONENT

:-.45-010000o 43-010000 45-010000

HTLEGR1 PIPE COMPONENT

111-010o000 111-0100oo 111-020000

HITLEGR2 BRANCH COMPONENT

.113-ý'010000 111-020000 113-010000

INBOX BRANCH COMPONENT

121-010000 121-010000 122-010000

121-020000 113-010000 121-010000

UTUBE. . PIPE : COMPONENT

122-010000 122-010000 122-020000

122ý-020000 122-020000 122-030000

122-030000 122-030000 122-040000

122-040000 122-040000 122-050000

i22-050000 122-050000 122-060000

12V-060000 122-060000 122-070000

122-070000 122-070000 122-080000

•122-080000 122-080000 122-090000

122-090000 122-090000 122-100000

122-r100000. 122-100000 122-110000

UJUN SNGLJUN COMPONENT

.123•000000 122-110000)• 1247010000

UTUBE PIPE COMPONENT

-124-010000 124-010000. 124-020000

124-020000 124-020000 124-030000

124-030000 124-030000 124-040000 124-ý040000 124-040000 124-060000

:124-050000 124-050000 124-060000 124-06000o 124-060000 124-070000

OUTPOX BRANCtl COMPONENT 125-010000 124-010000 125-010o00

125-020000 ..125-010000 .131-010000

SEALR PIPE COMPONENT

131-010000 131-010000 .. 131-020000 131-020000 131-020000 131-030000

131-030000 131-030000 131-040000

PUMPn " PUMP COMPONENT

;140-010000,131-040000 140-010000 140:020000 140-O0oooo 151-010000

COLDR2 :':: BRANCH::; t COMPONENT

152-0100 151-010000 i52-o0o0o0

152"020000* 152-010000 153-010000

COLOR3 PiPE COMPONENT

153-010000... 153-.010000 .153-020000

CVJUN - TimPJUN COMPONENT

.181-O000000::180-010000. 152-010000

HTLEGGi PIPE COMPONENT

211-010000 :*:.-211-o010000:.211-020000

HTLEGG2 BRANCih COMPOhENT

2-13-;01000 211 020000:' :213-01CXoOo

5.0263

2.1886

14.867

14.878

14M.17

-7.50452E-03

14.870

14.870

5.9754

14.870

5.9755

5.9756

5.9756

5.9757

5.9758

5.9760

5.9761

6.9763

5.9764

5.9766

5.9768

5.9770

5.9771

5.9773

5.9774

5.9775

5.9776

5.9739

13.040

13.346

13.346

13.346

13.346

i6. 962

16.920

16.941

.16,941

2.2788

14,080

5.0263

2.1886

14.867

14.878

14.817

-7.50452E-03

14.870

14.870

5.9754

14.870

5.9755

6.9756

5.9756

5.9757

5.9758

5.9760

5.9761

5.9763

5.9764

5.9766

5.9768

5.9770

5.9771

5.9773

5.9774

5.9775

5.9776

5.9739

13.040

13.346

13.346

13.346

13.346

16.962

16.920,

16.941

16,941

2.2788

14193. 14193.

4751.6

4754.8

4735.6

-48.697

4751.6

4761.6

4751.8

4751.7

4751.8

4761.8

4751.8

4751.8

4751.8

4751.9

4751.9

4751.9

4751.9

4751.9

4752.0

4752.0

4752.0

4752.0

4752.1

4752.1

4752.1

4752.1

4752.2

4752.3

4752.3

4752.3

4752.3

4752.4

4742."

4748.1

4748.1

6i.0301:"

3. 8600

8.8650

.43690

.43690

. 43690

8. 8650

.43690

.43690

1.0872

.43690

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872.

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

i.0879

.49840

.48700

.48700

.48700

.48700

.383OO

.38300

"38300

:.•38300 :

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

I o0000

1.0000

1.0000

1.0000

1.i0000

00000

00000

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00000

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0

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0

0

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:3,49OOO-o3 1..:00.00xO

:14.880 " 4754,9 -. .43690 .1,0000

14.8800 ... 4, 880 14.88. 1,•804754,9 "43690... .. 0000 .. 00000 . 0 • : .. ''i 00 ... . 0
RELAP5/2/36.04 REACTOR LOSS or COOLANT ANALYSIS PROGRAM

DOEL4 ý SPRAY CAPACITY TEST AT ZERO POWER

PAGE 242

87/01/22.

INBOX. BRANCH COMPONENT

221-010000 221-010000 222-010000

221l020000 213-010000 221-010000

UTUBE PIPE COMPONENT

222-010000 222-010000 222-020000

222-020000 222-020000" 222-030000

222-030000 222-030000 222-040000

222-040000 222-040000 222-050000

222-050000 222-050000 222-060000

222-060000 222-060000 222-070000

222-070000 222-070000 222-080000

222-080000 222-080000 222-090000

222-090000 222-090000 222-100000

222-100000 222-100000 222-110000

UJUN. 

. SNOLJUN. COMPONENT

223-000000 222-110000 224-010000

UTUBE 

.- .PIPE 

. COMPONENT

224-010000 224-010000 224-020000

224-020000 224-020000 224-030000

224-030000 224-030000 224-040000

224-040000 224-040000 224-050000

224-050000 224-050000 224-06000)

224-060000 224-060000 224-070000

OUTbOX BRANCH COMPONENT

225-010000 224-070000 225-010000

225-020000 225-010000 231-010000

SEALGI PIPE COMPONENT

231-010000 231-010000 231-020000

231-020000 231-020000 231-030000

SEALG2 BRANCH COMPO1ENT

232-010000 231-030000 232-010000

PUMPR PUMP COMPONENr

240-010000 232-010000 240-010000

240-020000 240-010000 25i-010000

COLG I ... *BRANCIV ; COMPONENT

251-010000' 251-010000 253-010000

COLG2 .' .: ' PIPE ... COMPONENT

253-010000 253-0i0600 253-010000

253-020000 253-020000 253-030000

TJ183 TMDPJUN COMPONENT

283-000000 231-030000 282-010000

HTLEGB1 PIPE COMPONENT

;311--010000 311-010000 311-020000

stioGEJUN SNdLJUN COMPONENT

312-0•000 -400-010000 -311-020000

HfLEGEB2 8ANCH COMPONENT

313-010000. 311-020000 313-010000

IN6OK BRANCH " COMPONENT

321-010000-321-010000 322-010000

321-02OO0 313-01000O 321-O1OO00

UTUBE '." -. ,:PIPE -:.-.::.: COMPONENT

322-:10000 322-010o00 322-020000

322-ý020000 .322-020000 322-030000

322-030600 322-630000 322-040000

322-040000;: 322-040000. 322-050000

322-050000 322-050000 322-060000

122-060000 322-060000 .322-07oooo

5.9795

14.880

5.9796

5.9796

5.9797

5.9798

5.9799

5.9800.

5.9802

5.9803

5.9805

5.9807

5.9809

5.9811

5.9812

5.9814'

5.9815

5.9816

5.9817

5.9780

13.049

13.355

13.355

13.338

13.338

16. 952

16.947

16.947

16.947

1.69339E-02

14.819

.49184

14.881

5.9795

14.881

5.9793 5.9790

5.9788

5.9786 5.9785

5.9785

5.9795 4755.0

14.880 4754.9

5.9706 4755.0

5.9796 4755.0

5.9707 4755.0

5.9798 4755.1

5.9799 4755.1

5.9800 4755.1

5.9802 4755.1

5.9803 4755.1

5.9805 4755.2

5.9807 4755.2

5.9809 4755.2

5.9811 4755.2

5.9812 4755.2

5.9814 4755.3

5.9815 4755.3

5.9816 4755.3

8.9817 4755.3

5.9780 4755.4

13.049 4755.5

13.355 4755.5

13.355 4755.5

13.338 4749.5

13.338 4749.5

16.952 4749.6

16.947 4149.6

16.047 4749.6

16.947 4749.6

1.69339E-02 6.0298

14.846 4735.5

.28223 16.771

14.925 4752i3

B60766 4752.5

14.697 4752.4

6.0056 4752.5

5.9946 .. 4752.0

5.9872 4752.5

5.9831 4752.5

5.9802 4752.5

5 a59787. 

. 4752.6

1.0872

.43690

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0879

.49840

.48700

.48700

.48700

.48700

.38300

.38300

.36300

.38300

.48700

;43690

6.31180E-02

43690

1.10872

.43690

1.0872

S...0872

1.0872

1.0872.:.

j.0872

1.0000

1.0000

1.0000

1.0000

I .0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1•0000

1.0000

1.;0000

.oooo000

1.0000

j.0000

1.0000

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1.0000

1.0000

1.0000.

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100000

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0 

0

0 0

0 0

0 0

0 

0

0 0

0 0

0 

0

0 0

0 0

0 

0

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0

0 0

0 

0

0 0

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0 0

0 0

0 0

0 0

0 0

00

0 

0

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0

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0

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0000000000000000000000000000000000000000

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0 n'
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

00DE14 -:SPRAY CAPACITY TEST AT ZERO POWER

PAGE 243

87/01/22.

322-070000 322-070000 322-080000

322-080000 322-080000 322-090000

322-090000 322-090000 322-100000

322-100000 322-100000 322-110000

UJUN : , : SNGLJUN : COMPONENT

323-000000 322-110000 324-010000

UTUBE;" -: PIPE COMPONENT

324-010000 324-010000 324-020000

a24-020000 324-020000 324-030000

324-030000 324-030000 324-040000

324-040000 324-040000 324-050000

324-050000 324-050000 324-060000

324-060000 324-060000 324-070000

OUTBOX BRANCH COMPONENT

326-010000 324-070000 325-010000

325-020000 325-010000 331-010000

SEAL*..*- PIPE ... COMPONENT

331-010000 331-010000 331-020000

331-020000:331-020000 331-030000

331-030000 331-030000 331-040000

PUMPR' - PUMP ' . COMPONENT

340-010000 331-040000 340-010000

340-020000 340-010000 351-010000

COLDR2 BRANCH COMPONENT

352-010000 351-010000 352-010000

352-020000 352-010000 353-010000

COLOR3:': .. PIPE, '-- : COMPONENT

353-010000 353-010000 353-020000

SURGE" PIPE - * COMPONENT

400-0100o0 400-010000 400-020000

400-ý020000 400-020000 400-030000

400-030000 400-030000 400-040000

SURGE 1. : * SNGLJUN COMPONENT

405-000000 400-040000 410-010000

PRESSU: PIPE ': COMPONENT

410-010000 410-010000 410-020000

410-4020000 410-020000 .410-030000

410-o3oooo 410-030000 410-040000

410-040000...410-040000 .410-050000 4i0-050000 410-o0oo0o 410-06oooo

410-060000: 410-060000: 410-070000

410-070000 411-07'000 41o-o80o00

410-080000 4:10-080000 410-090000

tOP _... BoANCi , COMPONENT • 420-010000-410-090000' 420-010000

SPRAYR BRANCH COMPONENT

430;-010000 151-010000 430-010000

SPRAYA. VALVE COMPONENT

435-000000 430-010000. 450-01000(0

SPRAYB URANCH COMPONENT

.440P-!0O0O..00351-010000:.440-010000

SPRAY8 VALVE COMPONENT • 445-000000 440-0QI0000 450-010000

SPRAYB BRANCH COMPONENT

450-010000.450-010000"-420-010000

PRESVAL VALVE COMPONENT

489000000 ..420-010000 90-010000

5.9784

5.9784

5.9785

5.9785

5.9786

5.9787

6.9787

5.9787

5.9787

5.9788

5.9788

5.9750

13.042

13.349

13.349

13.349

13.349

16.965 -

16.923

16.924

16.924

-. 47011 -. 45815 -. 44282

.42239

-1.27640E-02

-1.31962E-02

-8.31462E-03

-2..13350E-02

-4.7525

-. 93507

.57641

-. 67014

-. 48068

2.3574

2.3573

2.3572

2i3571

• 4.7174

5.9785

5.9784

5.9785

5.9785

5.9786

5.9787

5.9787

5.9787

6.9787

5.9788

6.9788

5.9750

13. Q42

13.349

13.349

13.349

13.349

16.965

16.923

16.924

16.924

-. 34466

-. 31313

-. 30252

-. 33234

.15750

.23610

.16766

.52118

2.24876E-02

1.41021E-02

i.33157E-02

1.59680E-02

9.33142E-03

2.3574

2.3573

2.3572

4752.6

4752.6

4752.6

4752.6

4752.6

475ý.7

41$2.7

4752.7

4762.8

4752.8

4762.8

4752.8

4752.9

4752.9

4763.0

4753.0

4753.0

4753.1

4742.7

4742.8

4742.8

-16.377 •-16.191

-16.072

-i6.052

-16.148

-•;6338 -16.696

-17,694

-23.143

-22.078

-21.049

-20,808

'-20. 725

:.10.331.-.!

10.332

10.330

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.072 1.0000

1.0872 1.0000

1.0872 1.0000

1.0879 1.0000

.49840 1.0000

.48700 1.0000

.48700 1.0000

.48700 1.0000

.48700 1.0000

.38300 1.0000

.38300 1.0000

.38300 1.0000

.38300 1.0000

6.31180E-02 1.0000

6.34253E-02 1;0000

6.34253E-02 1.0000

6.34253E-02 1.0000

2.1329 1.0000

2-1329 1.0000

3.6350 1.0000

3.5350 .. 1.0000

3.5350 1.0000

3.5350 " 1.0000

3.6350 1.0000

;.2'1329 1..i0000:.

2.:1329. . 1. 0000

5.98900E-03. - 1.0000

5.98900E-`03, 11611

5.98900E-03 .::1.0000

5.98900E-03.:11611

5.98900-E03 .1.0000

00000

00000

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00100

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00 100

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0 0

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0 0

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2.3571 10;331:.

4.8688 " .20.664

0. 0. 0, 2.1340 0. 00100 0 0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT

:6.DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER

SYSTEM 

2

ANALYSIS PROGRAM PAGE 244

87/01/22.

" JIN.NO. VOIDFJ

ý11-010000 1.0000

11-020000 1.0000

P!3-010000 1.0000

13-020000 1.0000

::13-030000 1.0000

13-040006 1.0000

15-010000 1.0000

15-020000 1.0000

23-010000 1.0000

23-020000 1.0000

:26-Ol0oo • 1.oooo

25-020000 1.0000

!131-010000 • 1.0000

31-020000 1.0000

31-:030000 1.0000

31-O4OOOO 1.OOOO

.39-010000 39-020000 1.0000

1.0000

41-010000 1 0000

41-020000 1.0000

:'43-010000 1;0000

43-020000 1.0000

:43-030000 1;0000

45-010000 1.0000

111-010000 1.0000

113-010000 1.0000

!121!010000 1.0000

121-020000 1.0000

1227010000 1.0000

122-020000 1.0000

122-030000 1.0000

122-040000 1.0000

122-050000 :1.0000

122-060000 1.0000

.122-oo70000. 10000

122-080000 1.0000

122-090000 1.0000

122-100000 1.0000

.123-000000 

. 1OOOO 

. 124-010000 i.0000

124ý-020000. ]0000

124-030000 .0000

124-040000 :-;1 .. 0000

124-060000 1.0000

124-;060000 1....0000p

125-010000 1.0000

1257020000- .10000•:

131-010000 1.0000

:131 02OOOO:: 1!!0000

131-036000 1.0000

140-010000 -1.0000.-"

140-020000 1 .0000

.152-01000C !.0000

VOIDGJ

0.

0.

0.

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FROM TO FIJ

(N-S2/M5)

BOY BaY 19.772

BBY BBY 2.64224E-02

BOY BBY 14.r422

BBY BBY 14.621

BBY BBY 14.621

BOY BBY 21.558

BBY BBY 22.010

BOY BaY 22.019

BOY BBY 16.135

BBY BBY 16.728

BBY BBY 21.959

BBY BOY 2.3542

BOY BBY 21.931

BOY BOY 21.900

BaY BBY 21.870

BaY BBY 21.840

BOY BOY 21.819

BOY BOY 2.3458

BBY BOY 16.308

BOY BBY 21.794

BSY BaY 12.705

BOY BOY 12.705

BBY BOY 12.705

BBY BBY 21.582

OQY BOY 21.710

BBY BOY 21.707

BOY BOY 12.033

BOY BOY 13.920

BOY BOY 21.709

BOY BOY 21.697

BOY BBY 21.683

BOY BBY 21.671

BOY BOY 21.657

BOY BBY 21.644

BOY BBY 21.632

BOY BOY 21.619

BOY BOY 21.606

BOY BOY 21.593

BeY BBY 21.583

BOY BBY 21.576

BBY BOY 21.572

BaY BBY 21.567

BOY BBY 21.563

BBY BOY 21.559

BOY BBY 21i556

BOY BBY 13.814

BBY BBY 12.517

BOY BOY 21.271

BOY BOY 21.523

BBY BOY 21.522

BOy CTO 131528

CTB BBY 14.340

'•." BOY 21.964

FWALFJ FWALOJ

2.72 0.

1.936E-07 0.

1.748E-02 0.

1.748E-02 0.

1.748E-02 0.

3.487E-02 0.

4.002E-02 0.

4.002E-02 0.

2.076E-02 0;

3.427E-03 0.

.651 0.

4.351E-04 0.

1.30 0.

1.30 0.

1.30 0.

1.30 0.

.651 0.

4.351E-04 0.

1.905Er03 0.

3.89BE-03 0.

1.920E-02 0.

1.920E-02 0.

1.920E-02 0.

.884 0.

3.036E-02 0.

3.836E-02 0.

.377 0.

1.926E-02 0.

.740 0.

.728 0.

.824 0.

.849 0.

.778 0.

.778 0.

.778 0;

.778 0.

.778 0.

.808 0.

q837 0.

1.20 0.

1.56 0.

1.56 0.

1.24 O.

.914 0.

1.10 O,

.650 0.

1,316E-02 O0

2.551E-02 0.

3.326E-02 0.

3.096E-02 0.

1.074E-02 0.:

1.598E-02 0.

3.201E-02 0."

PFJUNF FJUNR

0. 0.

2.30 2.30

.429 .429

.429 .429

.42S .429

.160 .160

0; 0.

0. 0.

1.43 ,500

5.27 5.27

2.45 2.45

7.45 7.45

2.47 2.47

2.40 2.40

2.31 2.31

2.23 2.23

.720 .720

6.45 6.45

2.04 2.04

0. 0.

.380 .380

.380 .380

.380 .380

2.60 2.60

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.226 .580

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O •..l.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT 0:DOEL4;- SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE 245

152-020000 1.0000 0.

153-010000 1.0000 0.

181-000000 1,0OOO O,

211-010000 1.0000 0.

213-4010000 i.0000 0.

221-010000 1.0000 0..

221-020000 1.0000 0.

222-010000 1.0000 0.

222-020000 1.0000 0.

222-030000 1.0000 0.

222-040000 1.0000 04

222-050000 1.0000 0.

222-O6OOOO 1.0000 0.

222-070000 1.0000 0.

222-080000 1.0000 0.

222-090000 1.0000 0.

222-100000 1.0000 0.

223-000000 1.0000 0.

224-010000 1.0000 0.

224-020000 1.0000 0.

224-030000 .1;0000 0.

224-040000 1.0000 0.

224-050000 1.0000 0.

224-060000 1.0000 0.

226ý010000 :.o1000 0.

225-020000 1.0000 0.

231M-010000 1.0000 0.

231-o2oo00 1.0000. 0.

232-010000 1.0000 0.

240-01i0000 1.0000 0.

240-020P0 :1.0000 0.

251-010000 1.0000 0.

253o-01000 10oo00 0.

253-020000 1.0000 0. 283-000000 .1.0000 0 

.

31-010000 .1.0000 0.

312-'000000' .88661 .11339

313-010000 .99988 1.17991E-04

321-010000 1,0000 4.59194E-06

321-O2O000 .99995 4.52294E-05

•322-010000 1.0000 1.92243E-06

322-020000 1.0000 8.11089E-07

322-030000 1.0000 3.42944E-07

322-040b,0 1.0000 1.29444E-07

322-ý050000% 1.0000 : 5.03869E-O8

322-060000 i.oooO 7.41068E-O9

322-070000 1.0000 :. .08211E-09

322-080000 1.0000 1.59886E-10

322-090000 1.0000 1,i02955E-10 322-100000 1.0000 .0o 

323-000000~po. 1.00p 0.

324ý-1O0OOO .0000 0.

;324-:020000, 1.0000l()C 0.

324-0360000 1.0000 0.

324-040000..!0000. 

. 0..

324-:050000 1.0000 0. a24-060000 1. 000o...0.':•..:.p,..:. .-

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21.962

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21.710

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12.033

13.919

21.708

21.697

21.683

21.671

21.657

21.644

21.631

21.619

21.606

21.593

21.583

21.576

21.571

21.567

21.563

21.559

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13.814

12.517

21.271

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21.964

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20.677

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59.884

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17. 230

21.696

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21.674

21.663

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21.638

21.626

21.613

21.601

21.589

'21.579

21.573

21.569

21.565

21.561

21.558

21.554,

87/01/22.

3.196E-02 0. 0.

2.842E-02 0. 0.

1.082E-03 -. 0.

3.836E-02 0. 0.

3.836E-02 0. 0.

.377 0. .226

1.928E-02 0. .325

.740 0. 0.

.727 0. 0.

.823 0. 0.

.•849 0. 0.

.778 0. 0.

.778 0. 0.

.778 0. 0.

.778 0. 0.

.778 0. 0.

.807 0. 0.

.837 0. 0.

1.20 0. 0.

1.56 0. 0.

1.56 0. 0.

1.24 0. 0.

.914 0. 0.

1.10 0. 0.

.650 0. .680

1.316E-02 0. .255

2.851E-02 0. 0.

3.326E-02 0. 0.

3.098E-02 0. 0.

1.074E-02 0. .195

1.598E-02 0. .270

3.196E-02 0. 0.

3.196F-02 0. 0.

2.842E-02 0. 0.

15,9 0. .0.

3.840E-02 3.847E-02 0.

.158 .240 0.

3.833E-02 3.823E-02 0.

.•377 .218 .226

1.927E-02 3.081E-02 .325

.•740 .836 0;

.721 .819 0. • 823 s927 0.

.849 .955 0.

.778 .876 0.

.778 .877 0. .. 778 .890 i 0..

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" "'" ": . 0 • -*'
RELAPS/2/36.04 REACTOR LOSS OF COOLANT

DOEL4 - SPRAY CAPACITY TEST'AT ZERO POWER

ANALYSIS PROGRAM PAGE 246

325-010000 1.0000 0.

325-020000 1.0000 0.

331-o00000 1.0000 0.

331-020000 1.0000 0.

031-030000 1.0000 0.

340-010000 1.0000 0.

340o-ooo00 1.0000 0.

352-010000 1.0000 0.

352-020000 1.0000 o. 353-010000 1.0000 0.

400-010000 .90573 9.42665E-02

400-020000 .91649 8.35106E-02

400-030000 ,04609 5.49054E-02

405-000000 .99677 3.23391E-03

410-010000 .99280 3.23391E-03

410-020000 .98580 7.20012E-03

410-030000 .. 98834 1.41969E-02

410-040000 .43568 1.16576E-02

'410-080000 2:10521E-03 .56432

410-060000 1.33796E-02 .99729

4107070000 1.99674E-02 .98662

410-080000 2.55764E-02 .98003

4P20010000: 3i20443E-02 .97442

430-010000 1.0000 0.

435-000000 1.0000 0.

440-010000 1.0000 0.

.4 4 -00x0000 1.000 Q. 450-010000 1.0000 0.

480-900000. 1.71968E-02 .98441

:STR.NO. SIDE OORY•VOL. SURFACE

NUMBER TEMP.

(K)

1211-001' LEFT 121-010000 -570;47

RIGHT 0-000000 570.49

1220-001 LEFT . 122-010000 570.41

RIGHiT 0-000000 570.35

.12207002 LEFT. 122-020000 . 570.40

RIGIIT 0-000000 570.35

1220-W03. LEFT . .. 122-030000 570.40

RIGHT 0-000000 570.35

1220-004 LEFT,. 122-040000 570.39

RIGHT o-oo0ooo 570.35

1220`005 LEFT. 122-050000 570.38 . fIGHiT 0-000000 570.35

1220-:006: -LEFT 122-060000 . 570.37

RIGHT 0-000000 570.35

1220-007 LEFT :`122-070000 570.37

RIGHT 0-000000 570.35

;1220-008 LEFT. 122-080000 570.36

RIGHT 0-000000 570.35

1220-0.09 LEFT 122-090000 . 570.36:

.RIGIT *...0-000000 570.35

1220-010 LEFT:::':.. 122-100000. .570.36

RIGHt 0-000000 570.35

!220-!D1 '.~ :T .2210000.570.35

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ANM MST

HEAT TRF.

RATE

(WATT)

215.82

0.

-2.86398E4

2.86393Et÷

-2. 37097E +

2.37093E*

-2.01494EF

2.01490oE

-2.07514E+

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-1 41888E4

1 4187oE4

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i•1354iEti

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88221.

-65602.

65590.

-45371.

45361.

-27287.

27278.

-13148.

13.813 .650 0

12.517 1.316E-02 0

21.270 2.655E-02 0

21.522 3.326E-02 0

21.521 3.006E-02 0

13.528 1.074E-02 0

14.339 1.608E-02 0

21.962 3.199E-02 0

21.960 3.196E-02 0

20.676 2.842E-02 0

7287.0 .338

4785.3 .337

4057.7 .336

1607.7 .172

939.61 5.359E-03 4

1073.4 4.780E-03 2

1865.6 1.207E-02 9

3927.5 3.087E-02 8

31:894 3.227E-04 6

43.389 1.272E-03 2

204.21 1.178E-03 3

322.83 2.663E-04 I

598.22 3.097E-04 1

18.347 1.02 0

21.863 2.74 0

18.346 1.02 0

21.862 2.74 0

8620.9 .884 1

2367.8 552.

HEAT FLUX CRITICAL

11EAT FLUX

(WATT/M2) (WATT/M2)

23.243 O0

0. 0.

05 -1175.0 0.

05 1040.6 0.

05 -1005.9 Q0

05 890.73 0.

05 -854.81 0.

05 756.98 0.

05 -696.54 0.

05 616.82 0.

05 -562.79 0.

05 498.33 0.

05 -450.42 .

O5 398.82 0.

-349.98 O.

309.88 0.

-260.21 0.

230.39 0.

-179•96. 0.

159.33 0.

-108.23 .0.

95.816 0.

-48.482.--.! 0.: :

.356

.393

.391

.184

.976E

.7801

.988E

.184

.8781

.927E

.356E

.073E

.819E

p.

.355

.667

MO

87/01/22,

.580 .225

.255 .325

0. 0.

0. 0.

0. 0.

.195 .195

.270 .270

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. o.

E-03 0. 0.

.- 03 o. 0.

:-03 0.. 0.

E-05 0. 0.

E-05 0. 0.

E -05 0. 0.

E-05 0. 0.

E -05 0. 0.

E-05 0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

E-09 1.00 1.00

0. 0.

DE HEAT TRF. INT. HEAT

COEF. SOURCE

(WATT/M2- (WATT)

K)

2 5992;6 0.

0 0.

2 37829; 0.

0 0.

2 37831. 0.

0 0.

2 37832i; 0.

0 0.

2 37834.. 0.

O 0.

2 37836. 0.

0 0.

2 37838s 0.

0 0.

2 37839. O.

o0.

2 37841. 0..

0 0.

2 .37844.::ý 0.. !

0 0.

2 37846.. 0.O.

0 0.

2 .:" 37848.,:,.': 0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0. 0.

0.

.375

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

166.

O.

0. Ol.

NET HEAT

LOSS

(WATT)

215.82

-5.0389

-4.3549

-347956

-3.9028

-18.051

-15.737.

-13.632

-11.728

-r10i023

-8i 5176

-7.7114

0.

0.

O.

0.

0.

0.

0.

0.

0. O.

0.

0.

.433

0.

0.

0.

0.

0.

0.

0.

0.

06.

0.

168.

0.1.

0.

VOL.AVE.

TEMP.

(K)

570.49

570.38

570.38

570.37

570.37

570.36

* 570.36

570.36

* 570.36

570.35

570.35

Q170.35
RELAP5/2/36.04 REACTOR-LOI

:O"DOEL4 -'SPRAY CAPACITY TEST

,: .: 

. RIGHT 0-000000

1231-001 LEFT 121-010000

RIGHT A25-010000

1240-001 LEFT 124-010000 :-. *:.: .. .: RIGHT 0-000000

1240-002 LEFT 124-020000

RIGHT 6-000000

1240-003 LEFT 124-030000

"240-004 RIGHT 0-000000

1240-004 LEFT 124-040000 - RIGHT 0-000000

1240-005 LEFT 124-050000

RIGHT - 0-000000

1240-006 LEFT 124-060000 . ... RIGHT 0-000000

1240-007 LEFT 124-070000

RIGHT 0-000000

1240-008 LEFT 124-010000

RIGHT..: 

. 0-000000

1251-001 LEFT 125-010000

RIGHT. 0-000000

2211-001 LEFT 221-010000

,. RIGHT '0-000000

2220-001 LEFT 222-010000 *.RIGfHT '0-000000

2220-002 LEFT 222-020000

RIGHT 

. 0-00000

2220-003 LEFT 222-030000

RIGHT ".''0-000000

222P-004 LEFT 222-040000

RIGHT 0-000000

222-005 LEFT 222-050000

RIGHT 0-000000

2220-006 LEFT 222-060000 . RjGfT:- 0-000000

2220-:007 LEFT " 222-070000

* 

. RIGHT '0-000000

2220-008 LEFT 222-080000

* RIGHT O-O0000

2220-009 LEFT 222-090000

RIGHT o0-000000

ý222-01o LEFt 222-100000 ...... RIGHT.:: ... 0-000000

2220-01ii LEFT 222-110000

.R I GHT o-0ooooo

223 001 LEFT 221-010000 ....RIGHT 225-010000

24 0" 66i LEFT 224-010000

RIGHT .0-0000o0.

2240-:002 LEFT 224-020000

RIGHT 0-000000

2240-003 LEFT 224-030000

S .. RIGHT 0-000000

2240-004' LEFT' 224-040000

* RIGHT 0-000000.

2240&005 LEFT. 224-050000 i!•::i;i!i•:i:•::):;.R, 10KV':!..::i: ,0-000000

S OF COOLANT ANALYSIS PrOGRAM

%T ZERO POWER

PAGE 247

87/01/22.

570.35 13140.

570.45 -107.83

570.37 114,72

570.35 -5212.4

570.35 5205.9

570.35 -15384.

570.35 15374.

570.35 -19817.

570.35 19810.

570.35 -23399.

570.35 23395.

570.35 -14202.

570.35 14200.

570.35 -14148.

570.35 14146.

570.35 -16465.

570.35 16464.

570.35 -7028.2

670.35 7027.8

570.36 80.351

570.37 0.

570.47 216.01

570.49 o.

570.41 -2.86365E405

570.35 2;86360EI05

570.40 -2.37074E+05

570.35 2.37069E405

570.40 -2.01477E405

570.35 2.01473Et05

570.39 --2.07501E405

570.35 2.07497E405

570.38 -1.41881E405

570.35 1.41863E+05

570.37 -1.13550E405

570.35 1.13534E+05

670.37 -88227.

570.35 88213.

570.36 -65592.

570.35 65580.

570.36 -45358.

570.35 45348.

570.36 -27210.

570.35 27262.

570.35 -13126.

570.35 13119.

570.45 -107.83

570.37 114e71

570.35 -5187.9

570,35 5181.3

570.35 -15347.

570.35 15337.

570.35 -19775.

570.35 .19768.

570.35. -23355'

570.35 23350.

570.35 -14166.

570.35 14163..

42.909

-92.955

98.896

-19.221

17.000

-30.510

27.001

-39.301

34.791

-46.406

41. 087

-44.176

39. 114

-48.007

42.509 '-55.869

49.473

-55.869

49.473

8.6534

0.

23.264

0.

-1174.9

1040.4

-10i5.8

890.65

-854.74

756.91

-696.50

616.78

-562.76

498.30

-450.39

398.79

-349.95

309.85

-260.11

230.35

-179.91

159.29

-108.17

95. 758

-48.403

42.839

-92.955

98.890

-19.130

16.919

-30.436

26.936

-39.219

34.718

-46.318

41.009

-44.063

394014

0. 

0

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37858. 0.

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0.

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0. . 37864. 0. 0,

37866. 0.

0.

'37868. o.

0.

5995.8 0.

6000.3

37870. 0.

0.

3 77 1. 0.

37872. 0.

0. ..* 37873. 0.

0. .7.

37874. 0.

6.8916 570.41

-6.5895 570.35

-9.4994 570.35

-7.0119 570.35

-4.8551 570.35

-2. 3083 570.35

-1.5336 570.35

-. 86480 570.35

-. 36915 570.35

80.351 570.36

216.01 570.49

-5.0370 570.38

-4.3528 570.38

-3.7934 570.37

-3.8998 570.37

-18.052 570.36

-15.739 570.36

-13.634 570.36

-11.729 570.36

-10.022 570.35

-8.5127 ý570.35

-7.6978 570.35

6.8845 570.41

-6.5685 570.35

-9.4687 570.35

-7.0008 570.35

-4.8541 570.35

-2.3093 570.35
RELAP5/2/36.04 REACTOR LO .... DOEth4 SPRAY CAPACITY TEST

2240-006 LEFT 224-060000

RIGHT 0-000000

2240-007 LEFT 224-070000

RIGHT 0-000000

2240-008 LEFT 224-070000

RIGHIT 0-000000

2261-001 LEFT, 225-010000

RIGHT 0-000000

3211-001 LEFT 321-010000

RIGHT 0--000000

3220-001 LEFT. 322--010(000

RIGHT 0-000000

3220-002' LEFT 322-020000

RIGHT 0-000000

3220-003 LEFT 322-030000

RIGHIT 0-000000O

3220-004 LEFT 322-040000

RIGHIT 0-000000

3220-006 LEFT 322-050000

RIGHT 0-000000

3220-006 LEFT .. 322-060000

RIGHT 0-000000

3220-007 LEFT:.. 322-070000

RIGHT 0-000000

3220-008 LEFT 322-080000

RIGHT 0-000000

3220-009 LEFT 322-000000

RIGHT 0-000000

3220-010 LEFT" 322-100000

RIGHT 0-000000

322Q-011 LEFT.- 3ý2-110000

RIGIIT 0-000000

3231ý-001 LEFT 321-010000

RIGHIT 325-010000

3240-001 LEFT 324-010000

RIGHT 0-000000

3240-002 -LEFT 324-020000

RIGHT 0-000000

3240-003- LEFT 324-030000

RIGHr 0-000000

3240-004 ' LEFT 324-040000

RIGHT O-O00C)O0

3240;005 LEFT, 324-050000

RiGIT 0-000000

3240-.006 LEFT. 324-060000

RIGlt 0-000000

3240-007: LEFT.-.' 324-070000

RIGHT 0-000000

3.240-008 :LEFT .:.:324-070000

RIGHT 0-000000

3251-001. '. LEFT -: 

. 325-010000

.. I.it 0-000000

4000-001: LEFT .400-010000

.RAfiGH *b40-O0000

4000-002 LEFT' r400-020000

'RIGHT 940-0O1000

<'000-C,.:3 •r TF :.400-030000

ISS OF COOLANT ANALYSIS PROGRAM

AT ZERO POWER

PAGE 248

87/01/22.

570.35

570.35

570.35

570.35

570.35

570.35

570.36

570.37

570.63

570.49

570.53

570.35

570.51

570.35

570.49

570.35

670.47

570.35

670'.45

570.35

570.44

570.35

670.43

570.35

570.42

570.35

570.41

570.35

570.40

570.35

570.39

570.35

570.61

570.41

570.38

570.35

570.38

570.35

570.37

570.35

570.37

570.35

570.37

570.35

570.37

570.35

570.36

570.35

570.36

570.35

570.37

570.37

615.83

616.07

615.85

616.45 615.82

-14114.

14113.

-16435.

16434.

-7015.6

7015.3

80.399

0.

-1468.9

0.

-0.08005E405

8.08003E 405

-6.0 1096E406

6.91091E*05

-6.10049E+05

6.10041Eo05

-6.60219E+05

6.60207E§05

-4.84230E405

4.84204E405

-4.19483E*05

4.19460E405

-3.61620E605

3.61599E+05

-3.09909E 405

3.09890E405

-2.63696E105

2.63679E405

-2.22394E+05

2.22380E405

-1.99206E#05

1.99192E605

-323.53

251.89

-1.70168E405

1.70156E+05

-2.63180E#05

2.63162E405

-2.20014E405

2.20000E405

-1.85142E605

1.85131E405

-1.03751E÷05

1.03745E005

-86220..

86215.

-76613.

76610.

-32704.

32702.

-69.333.

0.

11681.

4627.5

15796.

4633.4

1606 ,. '

-47.893

42. 408

-55. 769

49.385

-55.769

49. 385

8.6586

0.

-158.19

0.

-3315.1

2935.7

-2931.9

2596.4

-2588.1

2291.9

-2216.1

1962.4

-1920.7

1700.8

-1663.9

1473.4

-1434.3

1270.1

-1229.2

1088.5

-1045.9

926.19

-802.11

781.12

-734.56

650.46

-278.91

217.14

-627.49

555.64

-521.94

462. 18

-436.34

386.38

-367.18

325.14

-322.72

285.77

-292.57

259.08

-259.97

230.21

-259.97

230.21

-7.4723

0.

2326.5

735.24

3146.1

736.19

3179.9

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

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0.

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0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

O0

0.

O.

0.

0.

Oe

0.

0.

2.55355E+05

0.

2. 60591E+05

0.

2.6 , ,

O.r)iE-o

. 37875.

0.

37876.

0.

37876.

0.

6000.3

0.

5995.2

0.

37845.

0.

37845.

0.

37846.

0.

37846.

0.

37847.

0.

37848.

0.

37850.

0.

37851.

0.

37853.

0.

37854.

0.

37856.

0.

5995.2

5997.8

37857.

0.

37858.

0.

37858.

0.

37859.

0.

37859.

0.

37860. 0.

37861.

0.

37861.•

0.

5997.8

0.

8537.4

2.5100

9758.8 ,-

..2.5700 •.9857.6

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

.0.

-1.5343 570.35

-. 86439 570.35

-. 36898 570.35

80.399 570,36

-1468.9 570.52

-1.8122 570.44

-5.6391 670.43

-8.1024 570.42

-11.910 `670.41

-25.728 570.40

-23.531 570.39

-21.143 670.39

-18.773 570.38

-16.553 570.38

-14.505 570.37

-13.586 570.37

-71.648 570.50

-11.942 570.37

-17.873 570.36

-14.016 570.36

-10.697 570.36

-5.6112 570.36

-4.2447 570.36

-3.1885 570.36

-1.3611 570.36

-69.383 570.37

16308. . 616.11

20430,. :.- 616.37

20599. . 616.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

W0EL4:- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 249 87/01/22.

RIGHT. 940-010000

4000-004 LEFT 400-040000

: RIGHT 940-010000

4101-001 LEFT 410-010000 . RIGHT 940-010000

4101-002 LEFT 410-020000 . .. "40-010000 ET 

.4102-001 LEFT 410-030000

RIGHT :'40-010000

4102-002 LEFT 410-040000

RIGHT 940-010000.

4102-003 LEFT 410-050000

: RIGHT 940-010000

4102-004 LEFT 410-060000

* RIGHT.- 940-010000

4102-005 LEFT 410-070000

RIGHT. 940-010000

4102"-006 LEFT 410-080000 . RIGHT 940-010000

4103-001 LEFT 410-090000

. RIGHT ... 940-010000

4103-002 LEFT 420-010000

RIGHT . 940-010000

4113-001 LEFT 0-000000

" RIGHT." 410-040000

4113-002 LEFT 0-000000

.:RIGHT:." 410-050000

616.43

615.78

616.40

615.80

615.03

615.79

615.03

615.77

615.10"

615.74

615.10

616.16

615.95

616.36

615.95

616.33

615.95

616.05

615.98

615.90

616.11

615.66

616.11

619.09

616.13

619.91

616.94

4633..1

16035.

4632.6

5472.8

1224.9

10986.

2450.2

17638.

3800.0

37482.

7947.6

83996.

16333.

73869.

16333..

73634.

16333.

19456.

3811.4

7968.9

1637.3

5649.8

1148.3

0.

1.48539E+05

0.

49820.

736.13

3193.6

736.06

3735.6

732.61

3748.8

732.61

3769.7

732.79

3830.3

732.80

4188.8

734.93

3683.8

734.92

3672.0

734.92

4158.1

734.99

4039.0

735.33

4083.2

735.34

0.

13814.

0.

13909.

0.

2.71116E*05

0.

2.90934E+06

0.

2.89899E#06

0..

2.87952E+06 0.

2.89008E 06

0.

2.92721E*06

0.

16477.

0.

53175.

0.

59212.

0.

76883.

0.

97608.

0.

0.

2.89008E+00

0.

3.11511E406

0

4

0

4

0

4

0

4

0

4

0

4

0

3

0

3

0

3

0

3

0

3

0

0

4

0

4

2.5100

10131.

2.5100

9010.4

2,5100

9016.5

2.5100

9009.3

2.5100

9080.7

2.5100

4708.7

2.5100

3260.9

2.6100

3182.7

2.6100

4337.1

2.6100

3279.8

2.5100

2270.1

2.5100

0.

17103.

0.

8333.2

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

1.38750E405

46250.

20667.

6697.7

13436.

21438.

45429.

1.00329E505

90202.

89967.

23267.

9606.3

6798. 1

9789.0

3569.9

616.32

615.74

615.74

615.79

615.79

616.53

616.56

616.56

616.52

616.53

616.46

617.23

618.05

•STR•.N0.MESIH POINT TEMPERATURES

1211-001 570.47 570.48

1220-001.: 570.41 570.36

1220-002 570.40 570.38

.1220-003 570.40 . 570.37

1220-004 570.39 570.37

1220-005 570.38 : 570.36

1220-006 570.3? 570.36

1220-;007 570.37. 570.36

i220-008 570.36 570.36

.1220-009. 570.38 570.35

1220-010 670.06 670.35

1220-011:.'•, :.570.35 -• 570.35 1231-001 570.45 570.42

:1240-;001 570,35 570.35

1240-002 570.35 570.35

-12401003: 570.35 570:35

1240-604 570.35 570.35

:1240-005 57035 .' 570 35

12460006 570.35 '570.35

124-00.76*' 1240-008 57035 6'70.35. ... 570.35 .... 570.35

1251;-001. '570.36 570.36

2211ý-001 570.47 !6570.48

2220;-001 :I:.:,570.41 .. 570.38

2220-002 570 40 570.38

2220;-003. 570.40 570.37

2220-004 . 570.39 5.7.0.. . 37

(K)

570.49

570.35

570.35

570.35

570.35

570;35

570.35

570.35

570.35

570.35

570.35

570.35

S70.40

570.35

570.35

570.35

570.35

-570.35

570.35

570.35

570.35

570A36

570.49

570.35

570.35

670.35

570.35

570.35

570.49 570.49

570.37

570.37 570.37

570.49 570.49
RELAP5/2/36.04 REACTOR LOSS OF COOLANT

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE 250

87101122.

2220-006 570.3'

2220-007 570.3

2220-000 570.3i

2220-009 570.31

2220o-010 670.31

2220-011 570.3!

2231-001 570.41

2240-001 570.3!

2240-002 570.3!

2240-003 570.3!

2240-004 570.3!

2240-005 570.3!

2240-006. 670.31

2240-007 570.3'

2240-008... 670.3!

2251-001 570.3i

3211-001 670.6:

3220-001 570.5:

3220-002 670.5

3220-003 570.4!

3220-004... 570.4'

3220-005 570.4!

3220-006 

. 570.4

3220-007 570.4:

3220-008 570.4:

3220-009 570.4

3220n010. 570.41

3220-011 570.3!

3231-001 570.6

3240-001 570.31

3240-002 570.31

3240-003 570.3

324f)-004 570.3

3240-005 570.3

3240-006 570.3

3240-001 570.34

3240-008 570.34

3251-00i 570.3'

4000-001 (15.8.

4000-002 615.8'

4000-003 165.8

4000-oo4" 615.71

4101-001 V 615.81

41i01-002 61i.7!

4102-001 615.7'

4102-002 615.7

4102-003 616-1I

4102-004 616.34

4102-7005.:i: 616.3a

4102-006 616.0'

4103-001 615.94

4103-002 615.64

4113-001- 619.0'

4i13-002 619.9

7.7666565655556337t4210777667 .

.

52804360

6"I

570.36

570.36

570.36

570.35

570.35

570.35

570.42

570.35

570.35

570.35

570.35

570.35

670.35

570.35

670.35

570.36

670.64

570.44

570.43

570.42

570.41

570.40

570.39

570.39

570.38

570.38

570.37

570.37

570.54

570.37

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.37

616.17

616.39

616.36

616.33

616.20

616.20

616.23

616.25

616.98

617.0 S617.00

616.97

616.92

616.85

617.48

618.30

570.35

570.35

570.35

570.35

570.35

570.35

570.40

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.36

570.50

570.35

570.35

570.35

570.35

570.35

670.35

570.35

570.35

570.35

570.35

570.35

570.47

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.37

616.21

616.55

616.52

616.49

615.65

615.65

615.71

615.72

616.55

616.55

616.55

616.57

616.65

616.64

616.13

6 16.94

570.37

570.37

570.50

570.37

570.49

570.41

* 570.37

616.07

616.45

616.43

616.40

615.03

615.03

615.10

615.10

615.95

615.95

615.95

615.98

616.11

616.11

570.37

CON1TROLk VAhIASI.EF EDIT 1.268837.--06 '7.. SNITFIA180 ' $ v v. -
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 251

87/01/22,

3 CVENERQY MULT

5 ENTHA231 SUM

-7.i PRZRHEAT SUM

9 BALANCE SUM

1•1 WEAS-P FUNCTION

13 1EMPF420 MULT

1| SAT420 MULT

20 P/RH0450 DIV

2. SPRENER MULT

24 ENTHA410 SUM

26 SPRBALAN SUM

28 VAPGEN SUM

'32 TURBPOW SUM

101 LAGI LAG "1103 LL1 LEAD-LAC

105 ??? SUM

107 LAG2 LAG

109 LL3 LEAD-LAG

"11 S4 SUM

113 S6 SUM

A135 LIMIT MULT

137 D(AREA) PROP-TNT

4140. AREAWT2 MULT

142 K(T+DT) SUM

144 .:.:-K(T) MULT.

146 P(T) MOJLT

154 DUM SUM

156 DUM MULT

O158.-'.A ... SUM

160 DUM MULT

17. DUM 

. MULT

173 DUM MULT

.175 -**2 MULT

177 82-4AC SUM

179 'DUM SUM

.181 O(T+DT) SUM

183 .. 0(TTQT).. MULT.

185 P(PUMP) FUNCTION

200 '::.TAVG(0) SUM'

.:.204 202 -.:-.:S2:.. :. .. " SUM S M :-..

206 DELTA-T SUM

208. LL2. LEAD-LAG.

210 'LAG3 LAG

212.'55.". SUM

281 LETi SUM

:...:283 '; LET3:. ". : STDFNCTN

300 T#VG(B) SUM :.302 .. 51 .:I::..!• . S UM 

. :302."". -S2 .. . .. sum 

.. 304 52SUM

306 f "::::DELTA-;T SUM

308 LL2 LEAD-LAG

310::.: LAG3 .: LAG

312 55 SUM .400 -.-.COLLEVEL SUM .404 .... PRZMASS ::SUM

1 .-. REF :.:FUNCTION

7.651201E406

1.323097EI06

534511.

4.392608E+06

1.498800E407

589.607

615.201

20542.7

2.734795E407

1.613420E406

1.459774E406'

-3.70591

0.

570.519

-. 581428

-241511.

-. 125962

570.519

0.

41.1841

9.50000

1.229140E-03

9.677090E-03

25436.4

25436.4

1.537617E407

929809.

130.623

25305.8

5.12556

4.943094E-02

812.052

1.756523Et09

1.756824E409

1,79588

11.3958

7.52079

2.023611E+07

570.519

-14.6312

-6582.34

-. 126240

-. 125943

570.519

-3.318348E-02"

2.197358E407

6.02961

570.527

-14.6229

-6582.34

-. 142075 -. 142637

.570,527

-3.316474E-02

23.6881

11560.5

25.3916

46a

10

12

14

16

21

23

25

27

31

100

102

104

106

108

110

112

134

136

139

141

143

145

153

155

157

159

170

172

174

176

178

180

182

184

186

201

203

205 20"?

209

211

213

282

284

301

303

305

307

309

311 313

402

410

.412

P/RI1231 DIV

LETDENER MULT

PRZVAPH SUM

CALC-P MULT

MEAS-L FUNCTIC

TEMPG420 MULT

SPRYTEMP MULT

ENTHA450 SUM

P/RHI0400 DIV

SURGEJER MULT

HEATERW SUM

POW SUM

TAVa(R) SUM

$1 SUM

S2 SUM

DELTA-T SUM

LL2 LEAD-LA

LAG3 LAG

S5 SUM

LEVREG PROP-Iý

DELTAF SUM

VALVAREA SUM

K(VALV) DIV

DELTA-K SUM

DELTA-P SUM

KOQ02 MULT

A(T) DIV

DUM MULT

DUM MOLT

a SUM

DUM MULT

C SuM

AC4 MOLT

SQAT STDFNC1

PEVTA-Q DIV

DUM STDFNC1

QTOT SUM

DFDQ FUNCTIC

L.Ao ILAG

LL1 LEAD-L/

•? ?,.- SUM

LAG2 LAG

LL3 LEAD-LA

S4 SUM

.S6 SUM

LET2 MOLT

.LETDOWN MULT

LAGI LAG

LL LEAD-LI

iii SUM

LAG2 

. LAG

LL3 LEAD-Lb

54_ SUM

S6 SUM

OPLEVEL SUM

V'AUCt H STDFNCi

DELT-LEV SUM

20223.8

7.978076E+06

115.13.2

1.498509E+07

IN 28.4000

615.148

570,432

1.323474E406

24995.4

2.642269E407

198297.

0.

670.619

-14.6313

-6582.34

-. 125948

kO -. 125645

570.518

-3.318368E-02

IT 4.38828

-3.560500E-03

9.837220E-02

25027.8

6.25316

-855.434

885834.

1.075490E-06

-41894.4

289867.

41910.9

-814.977

-2.97442

-301081.

44 41914.5

7.096714E-05

TN .659961 18.9 166

)N -43979.9

570,519

4G -. 581424

-241511.

-. 126263

kG1 570.519

0.

* 41.1841

1.606615E+10

21.8374

570.527

G.. -. 581087 -241511.

" -. 142078

0 . 570.527

41.1834

27.6703

570.527

• 2.27873
RELAP5/2/36.04 REACTOR LOSS OF COOLANT A14ALYSIS PROGRAM .o DOEL4' - SPRAY CAPACITY TEST AT ZERO POWER

413 DELTA-P SUM -523977.• 414 DP-CORR

415 POW-ItE 11 TRIPUNIT 0. 416 POW-BKR

417 POWVAR FUNCTION 308000. 418 TOTPOW

435 SPRAYVAL FUNCTION 1.00000 445 SPRAYVAL

606 POWCOLDL • SUM 14202.1 607 POWPREII

608 POWHOTLG SUM 932502. 609 POWUBEND 0610.... SOPOWER SUM 1.542942E#06 706 PDWCOLDL

707 POWPRE H SUM 31564.9 708 POWHOTLG

709 :- PWUJEND SUM 558669. 710 SGPOWER

806 POWCOLDL SUM 103751. 807 POWPREH

io800' POWHOTLU SUM 2.769369E406 809 POWUBEND

810 SGPOWER SUM 6.169308E+06 900 MGI . .901 M02 MULT .839691 902 M03

903 MG4 MUL T 5.83831 904 MG5

AM MO6 MULT 1023.26 906 Mal

907 MoB MULT 234.435 908 MG9

goo MaOi MULT 63.2007 911 PRZMASW

912 PRZMASL SUM 8571.62 920 SURGHEAT

--- RESTART NO. " 900 WRITTEN,. BLOCK 110. 4*---

NUMBER OF ELEMENTS IN SPARSE MATRIX 1: ORIGINAL - 410. FACTORED = 665

PAGE 252

87/01/22.

PROP-INT

TRIPUNIT

FUNCTION

FUNCTION

SliM

SUM

SUM

SUM

SUM

SUM

SUM

MULT

MUL T

MULT

MULT

MULT

SUM

SUM

ROUNDOFF ERROR -

-601138.

0.

185000.

1.00000

37640.3

558900.

14 1Q5.7

932416.

1.642513E406

195536.

3.090042E+06

.188596

3.40197

579.651

1011.17 " 76.3321

2988.02

59478.0

1.6000ooE-11 NCOUNT = 901
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM .. OOEL4-SPRAY CAPACITY TEST AT ZERO POWER

PAGE 253

87/01/22.

::TIME

(SEC)

P

420010000

(PA)

P, P P P P P P

410090000 410080000 151010000 351010000

(PA) (PA) (PA) (PA)

231010000 430010000 440010000

(PA) (PA) (PA)

P

450010000

(PA)

50.0066 1.53375E407 1.533786EO7

51.0000 1.53278E*07 1.53282E+07

52.0000 1.53184E4O7 1.53188E+07

53.0000 1.53092E407 1.53096EO7

p•46.00 1.53002E407 1.53006E407

55.0000 1.52913E407 1.52917E407

::66.O000 1.62824E407 1.52827EI07

57.0000 1.52734E407 1.52738E#07

60.0000 1.52645E÷07 1.52649E407

59.0000 1.52556E#07 1.52560E607

.60.0000 1.52467E6O7 1.52471E+07

61.0000 1.52377E407 1.52381*E07

62.0000 1.52288E+07 1.52291E+07

63.0000 1.52198E407 1.52202E407

64.0000 1.52110E+07 1.52113E407

65.0000 1.52021E+07 1.52025E+07

66.0000 1.51933E6O7 1.51936E407

67.0000 1.51844E+07 1.51848EO7

68.OOOO 1.51756E407 1.61760Ef07

69.0000 1.51668E407 1.51672E407

:70.0000.- 1.5158OE407 1.51584E+07

71.0000 1.51492E407 1.51496E407 -.72.0000 1.51405E407 1.51408E+07

73.0000 1.51317E407 1.51321E607

* 74.0000 1.51230E407 1.51233E407

75.0000 1.51142EtO7 1.51146E+07

m76.000 1.51055Eý07 1.51059E107

77.0000 1.50968E÷07 1.50972E407

ý,.78,0,000 1.50881E107 1.50885E07

79.0000 1.50794E407 1.50798EI07

:-:-80.0000 1.507086E07 1.50711E607

81.0000 1.50621E407 1.50625E*07

82.0000 1:50535Et07 1.50539E6O7

83.0000 1.50449E407 1.50453E407

`840000 1150363E+07 1.50367F*O7

86.O000 1.50277E407 1.502816E07

86.0000 1.50192E+07 1.50195E#07

81.0000 1.50106E407 1.50110E+07

88.0000 1i50021E+07 1.50025E+07

89.0000 1.49936E4O7 1.49940EiO7

:90.OO.0000 1.49851E6O7 1.49854E+07

91.0000 1.49765E÷07 1.49769E407

2 ,92'0000 1.49680E÷07 1.49683E+07

93.6060. 1.49594E607 1.49597E607 .... 40000 : 1.49508E607 -149511E+07

95.0000 1..49422E407 1.494266*07 . 096.0000 1.49337E6071.-49340E+O7

97.0000 i.4925E107 1.49254E+607

9800.0 .1.49164Et07 1.49168E+07

.00.600 1.49078E*07 1.49082E607

1.53384E607

1.53288E607

1.53194E407

1.53102E407

1.53012E407

1 .52922E#07

1.52833E607

1 .52744E#07

1.52654E607

1.52566E407

1.52477E407

1.52387E607

1.52297E407

1. 52208E 407

1.52 1 19E407

1.52030E607

1.61942E!07

1.51854E607

1.51766E+07

1. 51678E 6407

1 1515O0E407

1.51502E407

1.51414E+07

1.51327E407

1.51239E 107

1.51152E+07

1.51084E107

1 .50977E407

1.508906E07

1 .50804E607

1.50717E407

1.50631E407

1 .50544E407

1.50458E407

1.50372E607

1.50287E407

1.50201E407

1.50116E607

1.500316E07

1.49945E407

1.49860E+07

1.49775E607

1.49689E+07

1.49603 tO7

1.49517E607

i.4943iE407

1.49346E+07

i.49260E607

1.49174E607

.49087E+07

1.57332E407

1.57235E607

1.57140E407

1.57048E607

1.5695BE407

1.56868EO7

1.56778E+O7

1.56688E607

1.66599E407

1.56509E407

1.56420E407

1.56330Et07

1.56240E407

1.56150E607

1.56061E+07

1.55972E407

1.55883E407

1.55794E407

1.557056E07

1.55617E407

1.5552E407

1.5544OEO7

1.65352E607

1.55264E407

1.55176E607

1.55088E607

1.55OOE+O7

1.54913E407

1.54826E!07.

1.54739EO7

1.54652E607

1.54565E+07

1.54479E407

1.54392E407

1.54306E#07

1.54220E+07

1.54134E*07

1.54049E+07

1.53963E#07

1.53878Et07

1.53792Et07

1.53707E607

1.53621E*07

1.53534E607

1.53448E607

1.53362E607

1.532776+07.

1.531916E07

1.53104E407 1.530186407'

1.57331E407

1.57234E607

1.57139E407

1.57047E607

1.56957E407

1.56867E407

1.56777E607

1.56687E607

1.66598E607

1.56508E407

1.56419E607

1.56328E6O7

1.66238E607

I.56149t4O7

1.56059E607

1.5597OEO7

0.55881E+07

1.55793E407

1.55704E+07

1.55616E407

1.55527E+07

1.55439E407

1.553516EO7

1.55263E407

1.55175E+07

1.55087E407

1.55000M!07

1.54912E607

1.54825E#07

1.54738E607

1.54651E*07

1.54564EO7

1.54477E607

1.543914007

1.54305E607

1.54219E467

154133E+07

1.54047E607

1.53962E+07

1.53876E607

1.53791E+07

1.53705E6+7

1.53619E607

1.53533E+07

li53447EO7

1.533616iO0

1 53275E07

1.53189E607

1.53103E+07

1.53016t407.

1.51402E407

1.51305E+07

1.51211E407

1.51119E+07

1.$1020E407

1.50939E407

1.508496E07

1.50759E407

1.60670E+07

1.50581E607

1.604916E07

1.50401E607

1.50311E+07

1.50222E107

1.50133E+07

1.50044E607

1.49955f+07

1.49866E407

1.49778E+07

1.4969OE407

1.49601E+07

1.49513E+07

1.49425E407

1.49337E607

1.49250E*07

1.49162E607

1.49075E+07

1.48987E407

1.4Q900EO07

1.48813E+07

1.48726E+07

1.48640E407

1.48553E+07

1.48467E407

1.48381B407

1.48295E407

1.48209E+07

1.481246407

1.48038E+07

1.47953E+07

1.47868E607

1.47782E+07

1 47696E407

1.47610e407

1.47524E607

1.47439E407

,i47353E+07

1.47267E607

1.47181E607

1.470946407

1.57975E407

1.57878E+07

1.57783E407

1.57691E407

1.5760IE407

1.57511E607

1.57421E407

1.57332E407

1.57242E407

1.57153E607

1.57063E407

1.56973E407

1.56883E407

1.56793E407

1.56704E407

1.56615E607

1.56526E407

1.56437E607

1.56348E607

1.56260E607

1.56172EO7

1.56083E607

1.55995E*07

1.55907E607

1.55819E407

1.55732EtO7

1.55644E 07

1.555566E407

1.55469E+07

1.55382E407

1.55295E407

1.55208E407

1.55122E407

1.55035E407

1.54949E407

1.54863E647

1.54777E#07

1.54692E607

1.54606E607

1.54521E6O7

1.54435E+07

1.5435OE607

1.54263E+07

1.54171E607

1.54091E607

1.54005E607

1.53919E607

1.53833E607

1. 53747E407

1.53661E607

1.57974E407

1.57877E407

1.57783E407

1.57691E607

1.57600E407

1.57510E407

1.57420E+07

1.57331E607

1.57241E+07

1.57152E607

1.57062E+07

1.56972E407

1.56882E607

1.56792E407

1.66703E607

1.56614E407

1.56525E407

1.56436E407

1.56348E+07

1.56259E+07

1.56171E407

1.56082E607

1.55994E407

1.55906E407

1.55818E#07

1.55731E407

1.55643E607

1.55556E407

1.55468E6O7

1.55381*E07

1.55294E407

1.55207E607

1.55121E+07

1.55034E407

1.549486E07

1.54862E+07

1.54776E607

1.54691E407

1.54605E607

1.54520E607

1.54434E+07

1.54349E+07

1.54263E+07

1.54176E607

1.5409M+07

1.54004E*07

1.53919E607

1.53832E407

1.53746E07

1.5366Oo407

1.53772E407

1.53676E407

1.53582E407

1.5349OE407

1.5340oE407

1.53310E607

1.63221E+07

1.53132E6O7

1 .63042E607

1.52953E407

'1.62864E07

1.52775E407

1.52685E607

1.52596E607

1.62507E407

1.524186EO7

1.52330E607

1.52242E607

1.52153E607

1.52065E407

1.51977E607

1.51890E+07

1.61802E*07

1.51714E407

1.51627E+07

1.51539E407

t.51452E07

1.51365E407

1.512780E07

1.511914E07

1.51105E607

1.51018E+07

1.50932E607

1.5084664O7

1.50760E*07

1.50674E407

1.50589E407

1.50504E407

1.50418E÷07

1.503336*07

1.50248E+07

1.50162t407

1.50077E*07

1.499916407

1.49905E*07

1.49819E607

1.49734E+07

1.49648E407

1.49561E607

1.494756i07
.RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 .-'SPRAY CAPACITY TEST AT ZERO POWER

PAGE 254

T IMEr::I

(SEC)

MFLOWJ

430010000

(KG/SEC)

. 50.0000 10.358

51.0000 10.357

-2.0000 10.356

53.0000 10.356

640oooo 10.365

55.0000 10.354

5:.0000 10.354

57.0000 10.353

8.-60000 10.353

59.0000 10.352

60.0000 10.361

61.0000 1o.350

620000 10.349

63.0000 10.348 .-64.0000 10.348

65.0000 1O.347

66.0000 10.346

67.0000 10.345

6 a.: 0000'..a .10.345

69.0000 10.344

70;.0000 10.343

71.0000 10.343

720000: P 10.342

73.0000 10.341

74;0000 10. 340

75.0000 10.340

7•.10000. 0.339

77.0000 10.338

780000: 10.338

79.0000 10.337

. 80.0000 10.337

81.0000 10.336

*.82 0000 10.335

83.0000 10.335

84 0000 10.334

8.0000 10.334

86, 0000 . 10333

81.0000 10.333

88.0000 10.332

89.0o" 10.332

90.0000 10;331

91.0000 10.331

920000 - 10.330

93.0000 10.330 : 94.0000 10;330

95.0000 10.329

S96-.0000 10.329.

97.0000' . 10.328

* •.98.0000..... 10.328

99.0000 10.328

MFLOWJ

440010000

(KG/SEC)

10.357

10.356

10.355

10.354

10.353

10.353

10.352

10.351

10.351

10.350

10.349

10.349

10.348

10.347

10.346

10.345

10.345

10.344

10.343

10.342

10.342

10.341

10.340

10.340

10.339

10.338

10.338

10. 337

10.336

10.336

10.335

10.334

10.334

10.333

10.333

10.332

10.332

10.331

10.331

10.330

10.,330

10.329

i0.329

10.328

10. 328

10.327

i0.327

10.326

10.326

MFLOWJ

435000000

(KG/SEC)

10.359

10.358

10.357

10.357

10.356

10.355

10.355

10.354

10.354

10. 35!3

10.352

10.351

10.350

10.349

10.349

10.348

10.347

10.346

10.346

10.345

10.344

10.344

10.343

10.342

10.341

10.341

10.340

10.339

10.339

10.338

10.338

10.337

10.336

10.336

10.335

10.335

10.334

10.334

10.333

iO.333

10.332

i0.332

10.331

10. 33 1

10.330

i0.330

.10.330.

10.329

10.329

10.329

MFLOWJ

445000000

(KG/SEC)

MFLOWJ

450010000

(KO/SEC)

10.358 20.718

10.357 20.716

10.356 20.714

10.355 20.713

10.354 20.711

10.354 20.710

10.353 20.709

10.352 20.707

10.362 20.707

10.351 20.705

10.350 20.703

10.350 20.702

10.349 20.700

10.348 20.698

10.347 20.697

10.346 20.695

10.346 20.694

10.345 20.692

10.344 20.691

10.343 20.689

10.343 20.688

10.342 20.686

10.341 20.685

10.341 20.684

10.340 20.682

10.339 20.681

10.339 20.679

10.338 20.678

10.337 20.677

10.337 20.676

10.336 20.674

10.335 20.673

10.335 20.672

10.334 20.671

10.334 20.670

10.333 20.669

10.333 20.068

10.332 20.666

10.332 20.665.

10.331 20.665

10.331 20.664

10.330 20.663

10.330 20.662

10.329 20.661

10.329 20.660

10.329 20.659

10.328 20.659

i0.328 20.658

10.327 20.657

10.327 20.657

87/01/22.

MFLOWJ

283000000

(KG/SEC)

6.1289

6.1262

6.1235

6.1210

6.1184

6.1159

6.1134

6.1109

6.1085

6.1060

6.1035

6.1010

0.0984

6.0959

6.0936

6.0910

6.0885

6.0860

6.0835

6.0811

6.0786

6.0761

6.0730

6.0712

6.0887

6.0663

6.0638

6.0614

6.0589

6.0565

6.0540

6.0516

6.0492

6.0467

6.0443

6.0419

6.0395

6.0371

6.0347

6.0323

6.0298

6.0274

6.0250

6.0226

6.0202

6.0177

6.0153

6.0129

6.0104

6.0080

MFLOWJ

181000000

(KG/SEC)

6.1291

6.1264

6.1238

6.1212

6.1187

6.1162

6. 1137

6.1112

6.1087

6.1062

0.1037

6.1012

6.0987

6.0962

6.0937

6.0912

6.0887

6.0863

6.0838

6.0813

8.0788

6.0764

6.0739

6.0714

6.0690

6.0665

6.0641

6.0616

6.0592

6.0567

6.0543

6.05i8

6.0494

6.0470

6.0446

6.0421

6.0397

6.0373

6.0349

6.0325

6.0301

6.0277

6.0253

6.0228

6.0204

6.0180

6.0156

6.0131

6.0107

6.0082

MFLOWJ

153010000

(KG/SEC)

4752.5

4752.3

4752.2

4752.1

4752.0

4751.9

4751.8

4751.7

4751.6

4751.4

4751.3

4751.2

4761.1

4751.0

4760.9

4750.8

4750.7

4750.6

4750.5

4750.3

4750.2

4750.1

4750.0

4749.9

4749.8

4749.7

4749.r

4749.5

4749.4

4749.3

4749.2

4749.1

4748.9

4748.8

4748.7

4748.6

4748.5

4748.4

4748.3

4748.2

4748.1

4748.0

4747.9

4747.8

4747.7

4747.6

4747.5

4747.4

4747.3

4747.2

IWLQWJ

253010000

(KO/SEC)

4753.9

4753.7

4763.6

4753.5

4753.4

4753.3

4753.2

4753.1

4753.0

4752.8

4752.7

4752.6

4752.5

4752.4

4752.3

4752.2

4752.1

4752:0

4751.9

4751.8

•4751.7

4751.6

4751.5

4751.4

4751.3.

4751.1

4751.0

4750.9

4750.8

4750.7

4750.6

4750.A

4750.4

4750.3

4750.2

4750. 1

4750.0

4749.9

4749.8

4749.7

4749.6

4749.5

4749.4

4749.3

4749.2

4749. 1

4749.0

4748.9

4748.8

4748.7
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

:0:DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

:TIME

.(SEC)

MFLOWJ

353010000

(KG/SEC)

MFLOWJ

312000000

(KO/SEC)

VOIDG VOIDO VOIDG

410010000 410020000 410030000

87/01/22.

VOIDG

410040000

PAGE 255

VOIDG

420010000

VOIDG

410080000

VOID0

410090000

W0 .00060. 4747.1

51.0000 4746.9

52.0000 4740.8

53.0000 4746.7

O4.0000 4746.6

55.0000 4746.5

" 6$.'0' 4746.4

57.0000 4746.3

68.0000 .4746.2

59.0000 4746.0

60.0000 4746.9

61.0000 4745.8 : 62.0000. 4746.7

63.0000 4745.6

M.00,00 4745.6

65.0000 4745.4

• ;660000 1 4745.3

67.0000 4745.2

SO-8.0000 4745.1

69.0000 4745.0

7;:..70.0000 ..''::; 4744.9 ...

71.0000 4744.7

:'72;0000 ::. 4744.6

73.0000 4744.5

74;0000 4744.4

75.0000 4744.3

76;0000:.i.: .:4744.2

71.0000 4744.1

7 78.0000 .:.'4744.0

79.0000 4743.9

::'80' 0000 4743.8

81.0000 4743.7 ....... :8240000 .:. 4743.6

.83.0000 4143.5

84': 000 .. 4743.4

86'0600 44.

8O.: 0000 4743.2.

87.0000 4743.1

86+• ''.:-'0000 4743.0 8..... 0 4742.9

*.90t0000 :. 4742.8

91.0000 4742.7 : 9!2.:g2-0000 :::.:4742.6

93.0006 4742.•.

94.'0000 4742.4...::.:-

95.0000 4742.2'

98.0000 474261

097 .0000 4742.0 -"98.0000 * ::.::,::: 4741.9..

09.. 006... 7g' -14i7.8. .

16.107'

16.248

16.336

16.421

16.472

16. 503

16. 627

16. 546

16. 664

16. 537

16. 594

16.575

16.605

16.615

16.628

16.636

16.643 16.649

16 .654

16.659

16.664

16.669

16.673

16.678

16.682

16.687

16.693

16.699

16.705

16.711

16.718

16.724

16.731

16.737

.16.744

16.760

16.757

16.763

.16.770

16.775

16.771

16.764

16.756

16.756

16.758

i6.760

16.756

16.750

.16.740 16. 739

2.45040E-03 5.030BIE-03 9.18117E-03 8.43091E-03

2.56749E-03 5.41243E-03 1.05119E-02 8.44581E-03

2.67272E-03 5.80803E-03 1.15152E-02 8.59805E-03

2.76503E-03 6.20393E-03 1.21972E-02 9.20776E-03

2.84396E-03 6.57688E-03 1.26944E-02 9.83247E-03

2.91130E-03 6.91195E-03 1.30779E-02 1.045786E-02

2.96969E-03 7.20101E-03 1.33616E-02 1.10483E-02

3.02083E-03 7.43868E-03 1.35610E-02 1.15877E-02

3.06628E-03 7.62234E-03 1.36888E-02 1.20671E-02

3.10251E-03 7.75174E-03 1.37571E-02 1.24811E-02

3.13412E-03 7.83199E-03 1.48052E-02 1.28191E-02

3.16238E-03 7.86777E-03 1.40675E-02 1.29096E-02

3.18872E-03 7.87630E-03 1.42610E-02 1.29668E-02

3.21165E-03 7.85889E-03 1.43974E-02 1.30249E-02

3.23013E-03 7.82403E-03 1.44840E-02 1.30822E-02

3.24399E-03 7.77561E-03 1.45288E-02 1.31336E-02

3.25377E-03 7.71816E-03 1.45397E-02 1.31755E-02

3.26007E-03 7.65574E-03 1.45243E-02 1.32047E-02

3.26363E-03 7.59181E-03 1.44897E-02 1.32197E-02

3.26477E-03 7.52918E-03 1.44422E-02 1.32197E-02

3.26432E-03 7.46999E-03 1.43873E-02 1.32048E-02

3.26270E-03 7.41576E-03 1.43295E-02 1.31760E-02

3.26033E-03 7.36747E-03 1.42723E-02 1.31342E-02

3.25758E-03 7.32567E-03 1.42184E-02 1.30811E-02

3.25475E-03 7.29044E-03 1.41696E-02 1.30185E-02

3.25207E-03 7.261536E-03 1.41272E-02 1.29482E-02

3.24962E-03 7.23858E-03 1.40920E-02 1.28714E-02

3.24728E-03 7.22106E-03 I;40645E-02 1.27897E-02

3.24511E-03 7.20832E-03 1.40446E-02. 1.27041E-02

3.24320E-03 7.19968E-03 1.40321E-02 1.26158E-02

3.24159E-03 7.19442E-03 140266E-02 1.25258E-02

3.24026E-03 7.19184E-03 1.40275E-02 1.24349E-02

3.23918E-03 7.19129f-03. 1,403409-02 1,23438E-02 3.23831E-03 7.19214E-03 i.40454E-02 1.22532E-02

3.23759E-03 7.19385E-03 1.40608E-02 1.21634E-02

3.23696E-03 7.19591E-03 1.40794E-02 1.2074b6-02

3.23638E-03 7.19806E-03 1.41004E-02 1.19878E-02

3.23579E-03 7.19972E-03 1.41233E-02 1.19023E-02

3.23517E-03 7.20066E-03 1.41472E-02 18184E-02

3.23A49E-03 7.20070E-03 14171862 1.1736-0-02

3.23391E-03 7.20012E-03. 1.41969E-02 1.16576E-02

3.233786-03 7.19971E-03 1.42227t-02 1. 15847E-02

3.23444E-03 .7.20032E-03 1,42496E-02 .1.15021F-02

3.23414t-03 7.199ioE-o3 1.42747E-02 1.14138E-02

3.23309E-03 7.19438E-03 1V42982E-02 l1,3250E-02 3.23045E-03 7.186796-03 1.43179E-02 1.12385E-02

3.22734E-03 7.17745E-03 1.43181E-02' 1,11674E-02

3.22418t-03 7.167596-03 1.42990E-02 i.111666-02

3.22138E-03 7..5815E-03. 1,42714E-02 1610648E-02

3.218406-03 7.14753-03 •1.423806-02 1.160746-02-.

.98182

.98161

.98141

.98123

.98106

.98091

.98077

.98064

.98052

.98041

.98031

.98022

.98014

.98007

.g8001

.97995

.97990

.97986

.97983

.97980

;97978

.97976

.97975

.97975

.97975

.97975

;97976

.97977

.97979

.97981

.97983

.97985

.97987

.97989

.97991

.97993

.97995

.97997

.;97999

.08001

.98003

.98006

"98009

.08013

98017

.98021

.98026

.98030

.-98035

.98039

.97538 .96809

.97521 .96798

.97506 .96787

.97492 .96778

.97480 .96769

.97468 .96761

.97457 .96754

.97448 .96748

.97439 .96742

.97431 ,96738

.97424 .96733

.97418 .96730

.97413 .96727

.97408 .96725

.97404 .96723

.97401 .96722

.97398 .96721

.97396 .96721

.97394 .96721

.97393 .96722

.97392 .96723

.97392 .96725

.97393 .96727

.97394 .96729

.97395 .96731

.97397 .96734

j97399 .96737

.97401 -96741

.97404 .96745

.97407 .96749

.97410 .96753

.97413 .96757

•97416 ... 96761

•97420 .96766

.97423 i96770

.97426 .96774

,97430 .96779

.97433 .96783

;97436 .97439 . .96787

.96791

.97442: . .96796

.97446 .96800

.97450. . .96804

.97454 .96809

497459 :.496814

.97463 .96820

i97468 - .96825

.97473 .96831

.97479 : . .96836

.97484 .96842
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4:- 6: 4 SPRAY CAPACITY TEST AT ZERO POWER

PAGE 256

87/01/22.

T1ME

(SEC)

VAPGEN

410070000

(KO/M3-SEC)

t50.-0000 r.13609

51.0000 -. 13503

-52.:0000 -. 13383

53.0000 -. 13247

6. 0000 -. 13119

55.0000 -. 13016

.660000 ..." -. 12938

57.0000 -. 12878

6•.0000 -,12824

59.0000 -. 12773

60.000' 0 -. 12725

61.0000 -. 12692

02.0000 -. 12664

63.0000 -. 12606

04.00W0 -. 12655

65.0000 -. 12503

.:.00.060 -. 12454

67.0000 -. 12408

08.0000. -. 12363

69.0000 -. 12320 .. 700X000 -. 12278

71.0000 -. 12237

72.0002 0 -i12196

73.0000 -. 12168

74.0000 -. ;12142

75.0000 -. 12110

::78.0000 " .12076

77.0000 -. 12041

:78.000 -. 12005

79.0000 -. t1968

8000000 -. 11931

81.0000 -. 11894

,82;0000 11857

83.0000 -. 11820

04: .000 ".11783

8.o0000 -. 11747

::8680000 i11710

87.0000 .11614 .. 88.i0000 11638.

89.0000 -. 11579

."90i0000 .- 01474

91 6000 -. 1140i

92,0000o,.. 1358

93.0000 -. 11329

".94-0000'.. -.. .11303.

95.0000 -. 11259 ::96.0000, •.•!11151 -- 97.0000 -. 11072

"`98'0000: -. 11021,

99.0000 i.10986

VAPGEN

410080000

(KG/M3-SEC)

-. 64318 -. 64164 -. 63993

-. 63807

-. 63629

-. 63476 -. 63345

-. 63230

-. 63118 -. 63007

-. 62894 -. 62796

-. 62690

-. 62573

-. 62451 -. 62328 -. 62207 -. 62086

-. 61967 -. 61848 -. 61729 -. 61610 -. 61491 -. 61371

-ý61252

-. 61155

-. 61052 -. 60947

-. 60841 -. 60734

-. 60626 -. 60518

-. 60409 -. 60301

-. 60192

-. 60084

-. 59977 -. 59870

-. 59763 -. 59612

-i59440

-. 59305 -. 59197 -. 59101

-,59004

-. 58872 . ,58700

-. 58558

".58443

-. 58340

VAPSEN

410090000

(KG/M3-SEC)

-1.8638

-1.8612

-1.8584

-1.8554

-1.8525

-1.8498

-1.8473

-1.8450

-1.8426

-1.8401

-1.8376

-1.8352

-1.8327

-1.8301

-1.8273

-1.8246

-1.8218

-1.8191

-1.8163

-1.8135

-1.8107

-1.8079

-1.8050

-1.8022

-1.7993

-1.7964

-1.7935

-1.7905

-1.7876

-1.7846

-1.7816

-- 1.7786

-1.7756

-1.7726

-1.7696

-1.7666

-1.7636

-1.7607

-1,7577

-1.7542

-1.7507

-1.7475

-1.7446

-1.7417

:-1.7389

-1.7355

-1.7319

-1.7286

-1.7256

-i.7227

VAPGEN CNTRLVAR CNTRLVAR

420010000 400 402

(KG/M3-SEC) COLLEVEL DPLEVEL

SUM SUM

-3.6044 26.342 26.665 --3.5994 26.289 26.696

-3.5941 26.232 26.727

-3.5887- 26.172 26.755

-3.5833 26.109 26.783

-3.5782 26.045 26.810

-3.5732 25.080 26.030

-3.5682 25.915 26.862

-3.5633 26.846 26.888

-3.5581 25.773 26.913

-356529 25.698 26.039

-3.5478 25.621 26.965

-3.5424 25.644 26.990

-3.5369 25.466 27.O06

-3.5314 25.386 27.041

-3.5257 25.307 27.067

-3.5200 25.227' 27.092

-3.5143 25.148 27.117

-3.5086 25.069 27.142

-3.5028 24.991 27.167

-3.4970 24.913 27.192

-3.4911 24.837 27.216

-3.4852 24.762 27.241

-3.4792 24.689 27.266

-3.4733 24.617 27.290

-3.4673 24.546 27.315

-3.4613 24.477 27.340

-3.4554 24.410 27.364

-3.4494 24.344 27.388

-3.4435 24.280 27.413

-3.4375 24.217 27.437

-3.4315 24.156 27.461

-3.4255 24.097 27.485

-3.4195 24.040 27.509

-3.4135 23.984 27.532

-3.4075 23.931 27.656

-3.4016 23.879 27.579

-3.3957 23.828 27.602

-3.3898 23.780 27.625

-3.3833 23.733 27.648

-3.3769 23.688 27.670

-3.3708 23.645 27.693

-3.3650 23.603 27.715

-3.3593 23.563 27.738

-3.3534 23i524 27.761

-3.3471 23.487 27.783

-3.3406 23-451 27.805.

-3.3344 23.417 27.826

-3.3285' 23.385 27A848

-3.3226 23.355 27.870

0

940010000

(WATTS)

89564.

89564.

89564.

89563.

09563.

89563.

89563.

89563.

89563.

89563.

89562.

89562.

89562.

89562.

89562. •89561.

89561.

89561.

89560.

89560.

89560,

89559.

89559.

89558.

89558.

89557.

89557.

89556.

89556.

89555.

89554.

89553.

89553.

89552.

89551.

89550.

89549.

89548.

89547.

89546.

* 89545.

89544.

89543.

89542. : 89541.

89539.

89538.

89537.

89535.

89534.

CNTRLVAR

418

TOTPOW

FUNCTION

1.85000E40!

1.850004E0!

1.85000E40!

1.850004E0O!

1.85000E40!

1.85000E40!

1.85000E40-0

1.85000E40!

1.85000E+01

1.85000E40!

1.85000E60!

1.85000E40!

1.85000E601

1.85000CE 0!

1.85000640!

1.85000E40!

1.85000O40!

1.850006 40!

1.85000640!

1.85000E40!

1.85000f:40!

1.85000640!

1.850004E0!

1.85000640!

1.85000M40!

1.85000E*0!

1.850006 GO!

1.85000E 40!

1. 8500k0)E 40!

1.85000E40!

1. 85000E o0!

1.85000E GO!

1 .85000E fO!

1.85000E*0!

1.85000E+O!

1.85000E+O!

1•85000E4O!

1.85000E+O!

1.85000E+0O.

1.85000E40!

1.85000E+0!

1.85000E40!

1.85000E0O!

1.85000640!

1.85000E+01

1.850004E0!

1.85000E+0!

1.850004E40!

1.85OOOE+O!

I.8500040o!

CNTRLVAR

610

SGPOWEER

SUM

5 1.33745E606

5 1.34820E406

5 1.36374E406

5 1.38228E#06

5 1.39979E406

S 1.41435E+06

5 1.42676E406

S 1.43758E*06

6 1.44822E406

5 1.456806E06

5 1.46498E+06

5 1.47041EW06

5 1.47541Eo06

5 1.48029E606

3 1.48468E+06

5 1.48812E406

5 1.49115E+06

5 1.49373E+06

5 1.49606E+06

5 1.49827E406

5 1.50042E+06

5 1.50252E406

5 1.50453E606

5 1.50669E406

5 1.50888E+06

5 1.51124E+06

5 1.51362E406

5 1.51592E#06

5 1.51822E406

5 1.52050E406

5 1.52280E406

5 1.525066E06

5 1.52728E*06

5 1.52945E+06

S 1.53156E406

5 1.53361E+06

5 1.53564Ef06

5 1.53762E406

S 1.53960E+06

5 1.54154E406

5 1.54294E+06

5 1.543571E06

5 i,54365E+06

5 1.543716406

5 1.54399E+06

5 1.54429E406

5 1.54431E+06

5 1.543726406

5 1.54265E606

S 1.54152Ef06
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

:6DOEL4'- SPRAY CAPACITY TEST AT ZERO POWER 87/01/22. PAGE 257

TI ME -- .ý

!SEC)

50.o0000

51.0000

*: 50.000

53.0000 *: 64.0000•

55.0000 •* 6.o0000

57.0000 :- .0000

59.0000

60.0000 0 

61.0000 -:6 2.0000

63.0000

64.-0000

65.0000

66.0000

67.0000 60.0000

69.0000 !! 70 * 000

71.0000

72.0000

73.0000

7 74.0000

76.0000

78.0000

: 70. 0000

79.0000

800000 o 

81.0000

::'82.0000

83.0000o

"4 • 0000

86.0000

8106.000

.;8,8.0000

89.0000

90 i 0000

9 1.10000

92. 0000

93.0000

::'95.0000

.96.0000

97.0000

S98. 0000 9.... 000oO

* CNTRLVAR

710

*SGPOWER

SUM

* 1.33692E401

1.34768E#01

1.36323E401

1.38177Ef0E

1.39930E401

1.41386E401

1,42627E401

I,437 0E401

1;44774E401

1.45632E401 1. 4645 bE o0

1.46994E+01

1.47494E4Ol

1.47982E401 1.4842 lEfol

1 .48765E401

1.49068E!01

1.49326E#01

:i49559E+0I

1.49780E#00

1.49995E401

1 .50204E401

1:50407E401

1 .50624E 40

1.50844E40

1.51081E40

1;51318E+0' 1 .51549E00o

1.51779E*O

1.52007E÷0

1;52236E+O

1.52462Ei0

1:52685Et0 1 .62901E40

1.53!13E+0

1.53318Ef0

1••53521E O

1.53720E-O

* 153917E+0

.5425iE40 :1;54251E+0

1.54315E14

1.54323E+0

*.54328E40

A . 54356E+0

1. 54386Ei0 : . 54387E40

I.54329E40

.:1:54222E+0

1.54108E40

CNTRLVAR

810

SGPOWER

SUM

5 5.74690E#06

5 5.77324E406

5 5.40615E406

6 5.84624E406

6 6.88904E406

6 5.92827E*06

6 6.96120Ef06

5 5.98790E406

5 6.01087Ef06

3 6.02961E#06

5 6.04542E+06

5 6.05659E406

6 6.06384E+06

6 6.07061E+06

B 6.07734E+06

5 6.08352E106

5 6.08911E406

5 6.09391E406

6 6.09802Ef06

6 6.10164E406

B 8.10494E+06

6 6.10802E006

8 6.11093E+06

6 6.11394E406

6 6.11697E006

6 6.12011E106

6 6.12337E#06

6 6.12666E,06

6 6i13005Ef06

6 6.13350E*06

6 6.13703E#06

6 6.14056E406

6 6.14409E#06

6 6.14757E.06

6 6.15099E406

6 6.15434E106

6 6;15761E406

6 6.16081E.06

6 6.16394E+06

6 6.16698E506

6 6.16931E+06

6 6.17000E406

6 6;16892E406

6 6.16680E106

6 6.16494E+06

6 6.16363Eb06

6 6.16255E+06

6 6.16070E406

6 6.15766E406

6 6•J5374E406

CNTRLVAR CNTRLVAR CNTRLVAR PMPVEL

9

BALANCE

SUM

4.90676E406

4.86985E406

4.31722E+06

4.74993E406

4.68261E406

4.62437E406

4.57577E406

4.53733E106

4.60362E÷06

4.47877E406

4.45727E+06

4.44548E406

4.43972E406

4.43359E 106

4.42814E+06

4.42460E406

4.42208E406

4.42109E%06

4.42103E+06

4.42141E406

4.42187E#06

4.42237EO6

4.42293E 406

4.42283E406

4.42236E406

4.42136E4O6

4.41987E406

4.41839E406

4.41661E+06

.44147IE406

4.41252E406

4.41029E406

4.40796E406

4.40573E406

4.40350E406

4.40141Et06

4.39930E406

4.39730E406

4.39521E406

4.:39315E406

4.39261E÷06

4.39552E406

4.40143E+06

4.40876E406

4.41531E+06

.4.42115E406

4.42700E+06

4.43497E406 4i44512E÷06

4.45657E406

7

PRZRHEAT

SUM

2.85240E405

2.92793E405

3.00206E+05

3.06937E#05

3.1568BE405

3.24647E405

.4.12639E405

3.41283E405

3.60309E+05

3.59507E405

3.68760E5 06

3.78184E405

3.87293E+00

3.95936E405

4.04136E+05

4.11895E#05

4.19250E405

4.26217E005

4.32840E+05

4.39149E405

4.451657E05

4.50903E 05

4.56421E÷05

4.61748E405

4.66900E#05

4.71887EI05

4.76735Ef05

4.81461E405

4.06073E!05

4.90579E,05

4.94986E105

4.99298E405

5.03523Ef05

5.07663E405

. 11726-Et05

S. 167135406

5. 19631Ef05

5.23481E#05

5.27244E+05

5.30852E0o5

5.3451bE-O5

5.38384E405

5.42434÷405

5.4647JE405

5.50427E+05

5.54288EiOS

5.58106E+05

S.62052E405

5,66130E+05

5.170i87EV405

26 140

SPRBALAN (RAD/SEC)

SUM

1.77700E406 155.00

1.70195E406 155.00

1.56939E+06 155.00

1.44822E406 155.00

1.38602!E06 155.00

1.35997E#06 155.00

1.34705E406 155.00

1.34574E*06 155.00

1.47687E406 156.00

1.53871E506 155.00

1.59488E506 156.00

1.67252E*06 155.00

1.66453E+06 166.00

1.67749EOe 155.00

1.69309E406 155.00

1.70654E+06 155.00

1.71662E+06 155.00

1.72191E406 .155.00

1.72531E406 155.00

1.72558E406 155.00

1.72456E506 155.00

1.72019E406 155.00

1.71371E+06 155.00

1.70575+E06 155.00

1.69645E*06 155.00

1.68497E506 155.00

.167175E!00 155.00

1.65795E406 155.00

1.64302Ei06 155.00

1.62759E+06 155.00

1*.61140E406 155.00

1.59487E406 155.00

I.57797E100 155.00

.56093E406 156.00 .1.54373E+06 155.00

1.52650*E06 155.00

1.50924Et06 155.00

.49199E406 155.00

1.47474Et06 155.00

1.459665E06 155.00

1.45977E+06 155.00

i.46591Et06 155.00

1.47539Et06. 155.00

1.47046t406 155.00

1.46350E÷06 155.00

1.45511Et06 155.00 .. 45440E+06.. 155.00

1.456145io6 1i55.00

1.46675E506 15500.

1.46553t406 155.66

PMPVEL

240

(RAO/SEC)

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

156.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

165.00

155.00

156.00

155.00

155.00 • 155.00

155.00

155.00

155.00

155,00

PMPVEL

340

(RAD/SEC)

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

165.00.

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

i55.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

1565.00

155.00

155.00

155.00

155.00

155.00

155.00

155 .0

155.00

155.00

155.00

155.00

155.00 :155.00

155.00

CNTRLVAR

435

SPRAYVAL

FUNCTION

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0003

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

* 140000

1.0000

.1-0000

1.0000

1.0000

1.0000

1.0000

i.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

. 1.0000

1.0000

1.0000

1.0000

1.0000

1.0000 1 .0000

1.0000

. .1.0000

1.O000
"RELAP5/2/36.4 REACTOR LOSS OF COOLANT A14ALYSIS PROGRAM

DOEL4 ý- SPRAY CAPACITY TEST AT ZERO POWER

TIME CNTRLVAR TEMPF

(SEC) 445 125010000

SPRAYVAL (K)

FUNCTION

50.0000 1.0000 570.35

51.0000 1.0000 570.35

62*0000 1.0000 570.35

53.0000 1.0000 570.35"

54.0000 1.0000 570.35

55.0000 1.0000 570.35

56.0000 1.0000 570.35

57.0000 1.0000 570.35

58.0000 X1.0000 570.35

59.OOOO 1.0000 570.35

60.0000 1.0000 570.35

61.0000 1.0000 570.35

62.O000 1.0000 570.35

63.0000 1.0000 570.35

64.0000 IW0000 670.35

65.0000 1.0000 570.35

66.0000 1.0000 570.35

67.0000 1.0000 570.35

68;OO :0 1.0000 570.35

69.0000 1.0000 570.35

70.0000 1.0000 570.35

71.0000 1.0000 570.35

72;0000 1.0000 570.35

73.000X) 1.0000 570.35

74.0000 1;0000 570.35

75.0000 1.0000 570.35

76.0000 1.0000 570.35

77.0000 1.0000 570.35

7?.0000 1.0000 570.35

79.0000 1.0000 570.35

80,0000; 1.0000 570.35

81.0000 1.0000 570.35

:82.0000 1;0000 570.35

83.OOOO 1.OOO0 570.35

.04.0000 1.0000 570.35

85.0000 1.0000 570.35

.6, 0000: ....... ,0000 570.35

8.0000 1 .0000 570.35

88 .0OO00 1.0000 570.35

89.0000 *.1 60000 570.35

90 0000 1: 0000 570.35

91 00 0 1 0000 570.35

2.0000 .. I•0 000 570.35

93.0000" ".000 510.35 . :001. ¶IOO00 570.35 95.0000 ...... 0000 570.35 96,0000 ' .,0000 570.35

9760000 1..... .O:000 : 570.35

98:0000 10000 . 570.35

99.0000 1.0000 570.35

TEMPF

131040000

(K)

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

57Q. 33

570.33

" 570.33

570.33

570.33

570.33

570.33

570.33

TEMPF.

151010000

(K)

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58 570.58

570.68

570.58

570.58

570.58

570.58

570.58-

570.58

TEMPF

111010000

(K)

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.45

570.46

570.45

570.45

570.45

570.45

570.45

570.45

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

670.46

570.46

570.46

570,46

570.46

570.46

570.46

.570.46

570.46

570.46

570.46

570.46

570.46

87/01/22.

TEMPF

121010000

(K)

570.46

570.46

570.46

570.46

570.46

570.46

670.45

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47. 570.4? :

570.47

570.47

570.47

570.47

57o047,

570.47

570i47

570.47

570.47

570.47

TEMPF TEMPF

225010000 232010000

(K) (K)

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.36 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

8570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

570.35 570.33

PAGE 258

TEMPF

251010000

(K)

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

670.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.56

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

'570.58

570.68

570.58

570.58

570.58

570.58

570.58

570.58
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANAL.YSIS PROGRAM tOoEL4 - SPRAY CAPACITY TEST AT ZERO POWER PAGE 259

TIME:C

(SEC).":',:"

TEMPF

211010000

(K)*

50,0000 • 570.45

51.0000 570.45

52,0000 570.45

53.0000 570.45

64. 0000 50.46

55.0000 570.45

56.0000 570445

57.0000 570.45 08.0000 070.45

59.0000 570.45

0ooi.000 . 570.46

61.0000 570.45

62.0000 .'570.45

63.000O 570.45

M4.0000 570.45

65.0000 570.45

68.0000 570.45.

67.0000 570.45

68. 0000 .570.45

69.0000 570.45

70:0000 570.46

71.0000 570.46

72.0000 . 570.46

73.0000 570.46

74;0000. 570.46

75.0000 .570.46.

76,0000 '3570.41

77.0000 570.46

78.0000, 570.46

79.0000 570.46

.80.0000 570.46

81.0000 570.46

82;0000 570.46

83.0000 570.46

84.:0000:'. 570.48

6d.0000 570.48

88.0000: 570.46

87.0000 570.46

:88.:0000 -,570.46

89.0000 570.46

90.0000 570.46

9i.0000 570.46

92.0000 .... 570.46':

93.0000 570.46

940•000b 570.46

96.0000. .570.46

97.0000 570.46

98.0000,CF. 570.46

990000T 570.46

TEMPF

221010000

(K)

570.46

570.46

570.46

570.46

570.46

570.46

670.46

570.46

670.46

570.46

670.46

570.46

6 570.46

570.46

670.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.47

570.47

570.47

570.47

570.47

: 570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570o47

570.47

570;47

570.47

570.47

570.47

570.47

570.47 .. :-570i47 570.47

TEMPF

325010000

(K)

570.37

570.37

570.37"

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

670.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

'570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

.570M37

570.37

TEMPF

331040000

(K)

570.34

570.34

570.36

570.35

570.35

570.35

570.95

570.35

570.36

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

670.35

570.35

670.35

570.35

570;35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35•

570.35

570.35

570.35

570.35

.. 570.35 .

570.35

TEMPF

351010000

(K)

570.59

570.59

570.59

570.59

570.60

570.60

570.60

570.60

570.60

570.60

670.60

570.60

670.60

570.60

670.60

570.60

570.60

570.60 570.60

570.60

670.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

.570.60

570.60

570i60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.6d

570.45

570.45

570.45

570.45

670.45

570.45 670.45

570.45

570.45

570.45

670.45

570.45

670.45

570.45

570.46

570.45

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.48

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570, 46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570.46

570i46'.

570.46

570.64

570.64

570.56

570.65

570.65

570.65

570.65

570.65

570.65

570.65

570.65

570.65

570.65

570.66

570.66

570.66

570.66

570.66

570.66

570.66

670.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

570.66

87/01/22.

TEMPF

311010000

(K)

TEMPF

321010000

(K)

TEMPF

450010000

(K)

570.42

570.42

570.42

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

670.43

570.43

570.43

570.43

TEMPF

420010000

(K)

590.53

590.51

590.50

590.48

590.46

590.44

59O.42

590.40

590.38

590.36

590.34

590.32

590.30

590.28

590.26

590.24

590.21

590.19

590.17

590.14

690.12

590.10

590.07

590.05

590.02

590.00

589.97

589.95

589.92

589.90

589.87

589.84

589.82

589.79

589.78

589.74

* 589.71

589.69

589.66

589.63

589.61

589.58

589.56

589.53

.589.50

589.48

589.45

589.42

589.40

589.37
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

:OEL4 . SPRAY CAPACITY TEST AT ZERO POWER

PAGE 260

TIM E

(SEC)

•5o.000

51.0000

62.0000

53.0000

•54.0000

55.0000

6. 0000

57.0000

:8 0000

59.0000 (1 .00000

61.0000

62.0000

63.0000

64;0000

65 .o0oo

66.0000

67.0000

W 68.0000

69.0000

70.0000

71.0000

72;0000

73.0000

74.0000

75.0000

76.0000

77.0000

.78.,0000

79.0000

80. 0000

81.0000

82.0000

83.0000

84.0000

85.0000

86.0000

87.0000

:::.88.0000:

89.0000

90. 0000

9i.6000

92: 0000

9.3.0000

00004.0

95.0000

96.•0000

97.0000

.'.98.0000.:

99.0000

TEMPO

420010000

(K)

617.01

616.96

616.01

616.86

616.81

616.77

616.72

616.67

616.63

616.58

616.63

616.49

616.44

616.39

616.34

616.30

616.25

616.20

616.16

616.11

616.07

616.02

615.97

615.93

615.88

615.83

615.79

615.74

615.69

615.65

615.60

615.56

615.51

615.47

615.42

615.37

615.33

615.28

615.24

615.19

615;15

615.10

615.06

615.01

614'96

614.92

614.87

614.83

64,78

614.74

SATTEMP

420010000

(K)

617.07

617.02

616.97

616.92

616.87

616.82

616.70

616.73

616.68

616.64

616.69

616.54

616.49

616.45

616.40

616.35

616.31

616.26

616.21

616.17

616.12

616.07

616.03

615.98

615.93

615.89

615.84

615.80

615.75

615.70

615.66

615.61

615.57

615.52

615.47

615.43

615.38

615.34

615.29

615.25

615.20

615.16

615.11

615,06

:615.02

614.97

614.93

614.88

614.83

614.79

CNTRLVAR

8

PRZVAPII

SUM

8225.1

8507.1

8787.3

9055.3

9299.3

9516.1

9712.8

9892.6

10063.

10212.

10349.

10473.

10589.

10695.

10791.

10878.

10956.

11027.

11091.

11149.

11201.

11248.

11290.

11329.

11364.

11395.

11422.

11444.

11461;

11475.

11486.

11495.

11500.

11504.

11506.

11506.

11505.

11502.

11500.

11504.

11513.

11511.

11509.

11509.

11509.

1 1508.

11511.

11502.

11492,

11487.

CNTRLVAR"28

VAPGEN SUM

-4.6019

-4.5171

-4.3920

-4.2689

-4.1896

-4.1446

-4.1185

-4.1045

-4.0989

-4.0974

-4.0961

-4.1286

-4.1176

-4.1020

-4.0870

-4.0735

-4.0611

-4.0495

-4.0305

-4.0275

-4.0163

-4.0048

-3.9928

-3.9816

-3.9695

-3.9569

-3.9433

-3.9291

-3.9143

-3.8991

-3.8837

-3.8680

-3.8523

-3.8365

-3.8207

-3.8050

-3.7894

-3.773q

--3.7587

-3.7394

-3.7059

-3.6814

-3.6712

-3.6613

-3.6506

-3.6353

-346014:

-3.5716

-3.5594

-3.5488

87/01/22.

CNTRLVAR CNTRLVAR CUTRLVAR

27 912 911

HEATERW PRZMASL PRZMASW

SUM SUM SUM

2.00121E405 8207.7 3148.6

2.00024EI05 8217.8 3144.1

1.99839E405 8227.7 3139.6

1.99592E405 8237.4 3135.3

1.99370E405 "8247.0 3131.1

1.99214E405 8256.5 3126.9

1.99107E+05 8265.8 3122.8

1.99034E#05 8275.2 3118.7

1.98969E405 8284.5 3114.6

1.98917E,05 8293.9 3110.5

1.98881E405 8303.3 3106.4

1.98901E#05 8312.7 3102.3

1.98894E+05 8322.1 3098.2

1.98864E#05 8331.5 3094.1

1.988306E05 8340.9 3090.0

1.98798E405 8350.2 3086.0

1.98767Ef05 8359.5 3081.9

1.98734E405 8368.8 3077.9

1.98708E405 8378.1 3073.9

1.98687E#05 8387.3 3069.9

1.98664E405 8396.5 3065.9

1.98643E405 8405.7 3061.9

1.98625E05 8414.8 3057.9

1.98609E405 8423.9 3054.0

1.98595E#05 8432.9 3050.0

1.98581E405 8442.0 3046.1

1.98566E405 8450.9 3042.2

1.98550E+05 8459.9 3038.2

1.98533E!05 8468.7 3034.4

1.98515E405 8477.6 3030.5

1.98495Et05 8486.4 3026.6

1.98475E405 8495.1 3022.8

1.98453E405 8503.8 3019.0

1.98431E405 8512.5 3015.2

1.98409E405 8521.1 3011.4

1.98386E405 8529.6 3007.6

1.98363E#05 8538.1 3003.8

1.98340Ei05 8546.6 3000.1

1.98317E405 8555.0 2996.4

1.98297E405 8563.3 2992.7

1.98297E+05 8571.6 2988.9

1.98320E405 8579.9 2985.2

1.98355E+05 8588.2 2981.5

1.98377E005 8596.4 2977.9

1.98386E*05 8604.7 2974.2

1.98386E105 8612.9 2970.5

1,98393E405 862!0 2966.8

i.984140i05 8629.1 2963.2

1.98447E+05 8637,2 2959.5

1.984700405 8645.3 2955.9

CNTRLVAR

92C

SURGHEAT

SUM

-10540.

-8659.5

-6484.3

-4240.9

--2031.9

115.95

2195.9

4215.6

6238.8

8281.8

10318.

12372.

14373.

163091

18191.

20041.

21930.

23979.

26072.

28145.

30160.

32104.

33971.

35764.

37497.

39172.

40794.

42367.

43894.

45380.

46825.

48233.

49604.

50942.

52247.

53520.

54763.

55977.

57164.

58324.

59478.

60645.

61818.

62974.

64099.

65192.

66269.

67345.

-68414. 69471.

CPUTIME

(SEC)

1044.0

1064.0

1083.9

1104.0

1124.2

1144.4

1164.8

1185.3

1205.9

1226.6

1247.2

1271.3

1292.0

1312.6

1333.3

1354.2

1375.0

1395.8

1416.5

1437.2

1457.8

1478.4

1499.0

1519.6

1540.1

1560.5

1580.9

1601.3

1621.6

1642.0

1662.4

1682.7

1703.1

1723.4

1743.8

1764.1

1784.4

1804.7

1825.0

1845.3

1865.6

1889.4

* 1909.7

1930.0

1950.4

1970.7

1991.0

2011.3

2031.7

2052.1
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE

87/01/22.

ATTEMPTED ADVt TOT.- 1200 EDIT- 300

REPEATED ADV: TOT.- 0 EDIT- 0

SUCCESSFUL ADVi TOT.- 1200 EDIT- 300

REQUESTED ADV: TOT.- 600. EDIT- 150

TRIP NUMBER, TRIP TIME (SEC)

::597 1.OOOOOOOE-O1 598 20.10000

698 -1.000000

VOL.NO. PRESSURE VOIDG TEMPF

(PA) (K)

SYSTEM 1 MASS- 1.96371E+05 KG

UPDOWNC BRANCH COMPONENT

.11-010000 .1.1761E407 0. 570.d

UPDOWNOZZ BRANCH COMPONENT

13 -010000 1.51652E+07 0. 570.1

DOWNCTS ANNULUS COMPONENT

.1.,010000 1.51738E+07 0. 570.1

15-020000 1.51855E+07 0. 570.1

15-030000 1.51971E+07 0. 570.1

LOWPLEN BRANCH COMPOfENT

.23-010000 1.51992E+07 0. 570.(

COREIN BRANCH COMPONENT

.25-:010000 1.51329E÷07 0. 570.!

CORE PIPE COMPONENT

:31-010000 1.51003E+07 0. 570.

31-020000 1.50613E407 0. 570.

31-030000 1,50230EI07 0. 570.

31-040000 .1.49854E407 Q.. 570.

.31-050000 1.49486E407 0. 570.

BYPASS SNGLVOL COMPONENr

;--35-010000 1450345E!07 0. 570.

COREEX BRANCH COMPONENT

:::39-010000 1,49300E+07 0. 570.

UPPLEN1 BRANCH COMPONENT

41-;-010000 1.49132E+07 0.... 570.

•UPPLEN2 BRANCH COMPONENT

::43-010000 1,49050Ef07 0; 570.

UPHEAD BRANCH COMPONENT

445-010000 1.48901E+07 0.. 570.

HTLEGR1 PIPE COMPONENT

111-010000 1.47994E+07" 0. 570.

111-020000 1.47963E6O70. 570.

HTLEGR2:. :.BRANCH : COMPONENT

i13-010000 1.4790ooE407 0. 570.

INBOX ::. BRANCH " COMPONENT

121-010000 1.483i56.07 0. 570.

UTUBE,6 -::-. -PIPE.. COMPONENT

122-010000 i.48018tEO7 0. 570.

122-020000 .1.47855E407 0. 570.

122-030000 1.47695E407 0. 570.

122-040000: 147513E+07. 0. . 570.

122-:050000 1.47326t407 0. 570.

122-060000 1. a47154E607 0. 570';

122-070000 1.46982E407 0. 57.:

122-480000 1,.46811E17 0.. 570.

MIN.DT,*

MAX.DTAVG. DTREQ. DT-

.100000

.100000

.100000

.200000

SEC

SEC

SEC

SEC

LAST DTCRNT.DTERR.ESTCPU-.100000

.119862

5.898452E-07

2480.98

SEC MS.ERRSEC TOT.MSM. RATNSEC TIME-

-. 512299

196371.

-2.608834E-06

120.000

261

KG

KG

SEC

599 -1.000000

4

30

6O

3131

61

58

57

56

55

53

52

52

51

50

50

17

46

45

45

47

45

43

42

41

40

39

38

37

TEMPG

(K)

MASS ERROR -

616.21

616.16

616.20

616.27

616.33

616.34

615.99

615.81

615.61

615.40

615.20

615.01

615.46

614.91

614.82

614.77

614.69

614.20

614.19

614.15

614.38

614.22

614.13

614.04

613.94

613.84

613.75

613.66

• 613.56

SAT. TE

(K)

51230

616.2

616.16

616.2(

616.2

616.33

616.3'

615.9'

015.8

615.6

615.4(

615.1(

615.0

615.41

614.9

614.8:

614.7

614.6!

614.2C 614.1!

614.1!

614.31

614.2:

614. 1!

614.0'

613.8

. 613.7!

613.61

: 6135

EMP. NONCOND. BORuN UENS.

VAPOR QUAL. (KO/M3)

KG ERR.EST.- 6.89845E-07

1 0. .73167

3 0. .73134

3 0. .73135

7 0. .73136

3 0. .73138

4 0. .73138

9 0. .73131

1 0. .73127

1 0. .73123

3 0. .73118

0 0. .73114

1 0. .73109

a 0. .73124

1 0. .73108

2 0.' .73106

7 0. .73106

9 0. .73169

0 0. .73094

9 0. .73094

5 0. .73093

0 0. .73098

2 0. .73097

3 0. :;73097

4 0. .73096

4 0. i73095

4 0. .73094

5 0. .:1,73093

6 0. .73091

6 0i .73089.

UF

(J/KG)

1.30264E+06

1.30355E+06

1.30354E+06

1.30354E+06

1.30354E406

1.30353E÷06

1.30353E+06

1.30354E+06

1.30355E$06

1.30356E406

1.30357E+06

1.30358E+06

1.30341E606

1.30357E#06

1.30357E+06

1.30354E406

1.30176E+06

1.30354E606

1.30354E406

1.30354E+06

i .30353E406

1.303486÷06

1,30344E+06

1.30340E406

1.303376E06

i.30335E606

1.30334E+06

1.30333E+06

41.30333E+06

UG VOL.

(J/KG) FLAG

2.45566E+06

2.45590E+06

2.45570E+06

2.45541E406

2.45513E+06

2.45508E÷06

2.45669E+06

2.45748E+06

2.45843E406

2.45936E406

2.46025E406

2.46109E606

2A459086+06

2.46148E406

2.46183E406

2.46201E606

2.46232E+06

2.46423E606

2.46430E406

2.46443E406

2.46355E+06

2.46418E÷06

2.46452E+06

2..46486E+06

2.46525E+06

2.46565E 06

2.45601E+06

2.466376E06

.. 2.46§74E+06

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

;:O DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE. 262

122-090000 1.466395E07 0.

122-100000 1.46467E407 0.

122-110000 1.46303E+07 0.

UTUBE PIPE COMPONENT

124-010000 1.46194E+07 0.

124-020000- 1.46132E*07 0.

124-030o00 1.46069E407 0.

124-040000 1.46006E407 0.

.124-050000. 1.45956,407 0.

124-060000 1.45919E#07 0.

124-070000 1.45874E407 0.

OUTBOX BRANCH COMPONENT

1256010000 1.45966E407 0.

SEALR PIPE COMPONENT

:131-010000 1.45320E407 0.

131-020000 1.45413E107 0.

131-030000- 1.45461E+07 0.

131-040000 1.45384E407 0.

PUMPRf PUMP COMPONENT

RPM 155.00 (RAD/SEC)

OCTANT - I

140-010000 1.49193E507 o. COLOR1 I:; - SNGLVOL COMPONENT

151-010000 1.51236E+07 0.

COLDR2:: : BRANCH COMPONENT

152-010000 1.5i205E407 0.

COLDR3 : PIPE COMPONENT

153-010000 1.51171E+07 o. 1•3-0200 ..1.51373E407 0.

CVTANK TMDPVOL COMPONENT

:100-010000.2.000012E07 O..

HTLEGG1 PIPE COMPONENT

21!r010000 1.47993Et07 0..

211-020000 1.47962E+07 0.

H1TLEGG2, ."' BRANCH: COMPOENT

213-010000 1.47899E407 0.

INBOX- BRANCH . COMPONENT

221-010000 1.48314E407 0.

UTUBF : .. PIPE COMPONENT

222-010000 1.480i7E407 0.

222!-020000 1;47854E407 0.

222-030000 1.47693E407 0.

222-`040000 1.475!1Et07 O.

222-65500 1.473245E07 0.

222-ý060000 1471526407 0.

222-0700006 1.4698iEio7 0.

222-080000 1.468095407 Ok.

222-096000 1.46631E407 0.

222-100000: 1.46465E+07 0.

2212-10000 1.463016507 0.

PIPE ;: COMPONENT

224-016000 1.46091Et07 0."

224'020000 1.']46129E607 O.:

224 -030000 1.46066E407 0.

224ý-040000:•:i 1. 46002E+07 0...

224-058000 1.45952E407 0.

570.36 613.47

570.36 613.38

570.35 613.29

570.35 613.23

570.35 613.19

570.35 603.16

570.35 613.12

570.35 613.10

570.35 613.08

570.35 613.06

570.35 613.10

570.33 612.75

570.33 612.80

670.33 612.83

570.33 612.78

HEAD - 6.84486E405 (PA)

570.50 614.85

570.58 615.94

570.57 615.92

570.57 615.90

570.57 616.01

560.57 638.85

570.46 814.20

570.45 614.19

570.45 614.15

570.41 614.38

51g.45 614.22

570.43 614.13

570.42 614.04

570.41 613,94

570.40 613.84

570.39 613.75

670.38 603.66

570.37 613.56

570.36 613.47

570.36 613.38

570.35 613.29

570.35 613.23

570.35 613.19

570.35 613.16

-570.35 613.12

570.35 613.10

570.35. 613.08

613.47

613.38

613.29

613.23

613.19

613. 16

613.12

613.10

613.08

63l.05

013.10

612.75

612.80

'612.83

612.78

TORQUE

MTR.TORQUE

614.85

615.94

615.92

615.90

616.01

638.85

614.20

614.19

614.15

614.38

614.22

614.13

614.04

613.94

613.84

613.75

613.66

613;56

613.47

613.38

603.29

613.23"

613.19

613.16

613.12.

613.i0 613.08•

87/01/22.

0. .73088

0. .73086

0. .73083

0. .73082

0. .73080

0. .73079

0. .73078

0. .73077

0. .73076

0. .73075

0. .73077

0. .73070

0. .73071

0. .73071

0. .73070

-32250. (N-M) 32250. (N-M)

0. .73107

0. .73129

0. .73i31

0. .73131

0. .73133

0. .75823

0. ;7 3 09 4

0. .73094

0. .73093

0. .73098

0. .73097

0. .73097

0. .73096

O .73095

0. .73094

0. .. 73093

8. .73091

0. *73089

0. .73088

0:. .73085

0. .73083

0. .73082

0 ... :.73080

0. .73079

0. .. . 73078 0. .73077 " . ' t:,i'( .'l % " . 73075 .

1.30333E+06

1.30333E406

1.303345+06

1 .30335E406

1 .30337E406

1 .30339E406

S.30340E+06

1 .30341E406

1 .30342E#06

1.30343E+06

1.30342E406

1.30341E+06

1.30341E406

1.30341E+06

1.30341E406

1.30353E406

1.30354E+06

1.30346E+06

1.30347E406

1.30347E+06

1.24246E#06

1.30354E+06

1.30354E406

1.30354E406

1.30353Eo06

i.30348E506

1.30344E406

1.303405406

1.30337E+06

1.30335E+06

1.30334E606

1.30333E+06

1.30333E+06

1.30333E406

1.30333E+06

1.30334E+06

1.303356E06

. 30337E+06

1.303395406

1,30340E406

1.30341E406

.1,30342E+06

2.46710E+06

2.46747E406

2.46782E+06

2'.468055406.

2.46819E+06

2.46832E+06

2.468455E06

2.46856E406

2.46864E406

2.46874E+06

2.46856E+06

2.469926+÷08

2.46972E106

2.46962E+06

2.46979E406

2.46171E406

2.45691E406

2.45699E+06

2.45707E÷06

2.45658E406

2.30082E406

2.46423E+06

2.464305406

2.46443E+06

2.46355E+06

2.464185*06

2.464535+06

2.46487E+06

2.46525E+06

2.46565E406

2.46601E+06

2.46638E+06

2. 46674E÷06

2.46711E406

2i46747E+06

2.46783E406

1.46806E+06

2.46819E+06

2.46833E+06

2. 46846E+06

2.46857t406

2.46865E+06

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

10

00

00

00

00

00

0000

00

00

00

00

00

00

00

00

00

00

00

00

00

0o

000o

co

00

00
RELAP5/2/36.04 REACTOR LOSS OF C

DOEL4:;- SPRAY CAPACITY TEST'AT ZERI

224-070000 1.45870E+607 0.

OUTBOX BRANCH COMPONENT

225-010000 1.45952E+07 0.

SEALGI PIPE COMPONENT

231-010000 1.45315E607 0.

231-020000 1.45406E407 0.

231-O30000 1.45456E407 .0.

SEALG2 BRANCH COMPONENT

2321o0000 1.453805407 0.

PUMPR PUMP COMPONENT

* RPMI 155.00 (RAD/SEC) IE

OCTANT - 1

240-•O0000 1.49191E+07 0.

COLGI BRANCH COMPONENT

251-010000. 1.1237E+O7 0.

COLG2 PIPE COMPONENT

263-010000 1.61204E+07 0.

253-020000 1.51171E+07 0.

253-030000.. 1.51373E407 0.

LETOOi TMDPVOL COMPONENT

282.-O0000 3.80000E+06 0.

HTLEGB1 PIPE COMPONENT

311 -010000 1;40002E+07 0.

311-020000 1.47969E+07 1.88492E-04

NTLE0B2 " BRANCH COMPONENT

313-OIoO00 1.47901E+07 7.25187E-05

INBOX,..:'- BRANCH.: . COMPONENT

321-010000 1.48317,407 7.36255E-06

UTUBE:... PIPE. . COMPONENT

322-0IOOOO 1.48020E+07 3.10059E-06

322;-020000 1.47857E607 1.311OOE-06

322-030000 1.47696E+07 5.52613E-07

322-r040000 ;47515F+07 1.99422E-07

322-050000 1.47327E+07 .3.03376E-08

322-060000 .147156E607 4.20247E-09

322-o7ooo0 1.46984E407 5.71006E-10

322-080000. 1-46812F407 3.74691E-1O

322-090000 1,46641E.07 0.

322-100000 1:46469E+07 0.

322-110000 1,46304t407 0.

UTUBE". ':PIPE - COMPONENT

324-01000i 1.46195I÷t0o o.

324-020000:.-I461335+07 0.

324-030000 1.460706O07 0.

324-040000.1.46007E+07 O.

324:-0600 1.'45957E+07 0.

324ý-060000 -1.45920E+07 0.

324-0700O ,.458755.o? o.

OUTBOX_..-.;:.. BRANCH.:-'- COMPONENT

325-010000 1.45957507 0. " SEALBS ,... :PIPE., COMPONENT

331-"020000 .145414+O70.O-.

33f-610000 1,45462E.07 0.

331-040000(..:I•' 1.45384E+07 0.. PUMPR PUMP COMPONENT

RPM 155"00 .(RAD/SEC) [i

.OOLANT ANALYSIS PROGRAM

POWER

PAGE 263

87/01/22.

570.35 613.05

570.35 613.10

.570.33 612.75

570.33 612.80

570.33 612.82

570.33 612.78

.AD - 6.8488OE0O5 (PA)

570.50 614.85

570.58 616.04

570.58 615.92

570.58 615.90

570.59 616.01

412.00 520.46

570.46 614.21

570.64 614.20

57.0.64 614.15

570.66 614.38

570.62 614.22

570.59 614.13

570.56 6M4.04

570.53 613.94

570.50 613.84

570.48 613.75

570.47 613.66

570.45 613.56

570.43 613.47

570.42 613.38

570.41 61:3.29

570.40 613.23

570.39 613.19

570.39 613.16

570.38 613.13

570.38 613.10

570.37 613.08

570.37 613.05

570.37 613.i0

570.35 612.75

570.35 612.80

570.35 612.83

570.35 612.79

613.05

613.10

612,75

612.80

612.82

612.78

TOROUI

MTR.TORQUI

614.86

615.94

P15M92

615.90

616.04

520.46

614.21

614.19

614.15

614.38

614.22

614.13 614.04

613.94

613.84

613.75

613.66

613,56

613.47

613i30

613.23

0t3.13

613. i0

613.08

613.05

613.10

612.60.5"

6i2.83

612.79

0.

0.

0.

0.

0.

0.

E - -32253.

E - 32253.

0.

0.

0.

0.

0.

0.

0.

0.

0.

O0

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

b.

0.

.0.

O.

0.

0.

"0.

0.

.73075

.73077

.73070

.73071

.73071

i73070

(N-M)

(N-M) .73107

.73129

.73128

.73128

.73130

.92880

.73095

.73048

.73053

.73062

.73065

;73068

.73071

.73074

.73075

.73076

.73076

.73077

.73076

.73076

.73075

.73075

.73075

.73076

.,73075

.73075

i73075

.73075

.73076

.7306g

.73070

.7307i

. 73070

I.u0343E406

1.30342E406

1.30342E06*

1.30342E+06

1.30342E+06

1.30341E+06

2.46874E+06

2.46857E+06

2A46993E+06

2.46973E406

2.46963E+06

2.46979E+06

1.30353E406 2.46171E+06

1.30354E+06 2.46691E+06

1.30354E+06 2.45699E+06

1.30354E406 2.45707E+06

1.30355E+06 2.46658E+06

5.82440E+05 2.60184E+06

1.30354E+06 2;46421e+06

1.30455E#06 2.46431E+06

1.30457E+06 2.46437E+06

1.30457E406 2.46358E+06

1.30441E4O6 2.46416E#06

1.30428E+06 2.46452E406

1.30416E+06 2.46486E+06

1.304046÷06 2.46525E+06

1.30395E+06 2.46564E406

1.30387E#06 2.466016÷O6

1.30381E+06 2.46637E406

1.30375E+06 2.466745406

1.30371E+06 2.467105*06

I 30367÷+06 2.46747E+O6

1.30364E+06 2.46782E+06

1.30362E+06 2.46805+606

1.30358E+06 2.46818E+06

1.30356E406 2,468325+06

1.30354E+06 2.46845E+06

1.30353E+06 2.468565+06

1.30353E+06 2.46864E+06

i.30352E406 2.46873E+06

i .3351E4O6 2.46856E+06

1.3035E0606 2.469920406

1.30350E+06 2.46972E+06

1.30350EO6' 2.46962E406

1i30350E+06 "2;46978E+06

00

00

00

00

00

DO

10

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

EAt - 6.84326E+05 (PA) .. .:.-TORQUE.. w- *.-32247. . (N-M).
RELAP5/2/36.04 REACTOR LOSS OF COOLA11T ANALYSIS PROGRAM

: DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE

87/01/22.

]OCTANT - 1

340-010000 1.49193E407 0.

COLDB 1 SNGLVOL COMPONENT

351-010000 1.51234E407 0.

COLDR2 ; BRANCH COMPONENT

352-010000 1.51206E207 0.

COLDR3 .- PIPE COMPONENT

353-010000 1.51173E#07 0.

053-020000 1.51374E207 0.

SURGE PIPE COMPONENT

400'-00000 1.47930E+07 .16515

400-020000 1.47851E407 .12062

4o0-030o00 1.47769E+07 .10043

400-040000 1.47686E407 6.1107IE-02

PRESSU PIPE COMPONENT

410-616000 1.47635tE07 3.13777E-03

410'020000 1,47610[f07 6.96191E-03

410-030000 1.47573Ei07 1.35190E-02

411r0o4o00 1.47509E+07 9.77460E-03

410-050000 1.47417E407 .53655

410-060000 1.47354E407 .99809

410-070000 1.47326E*07 .98778

410-080000 1.47307E+07 .98138

410-090000 1.47302E*07 .97594

TOP' -'-"BRANCH COMPONENT

420-010000 i.47298E+07 .96962

SPRAYR . BRANCH COMPONENT

430-010000 1.51878E*07 0.

SPRAYB :.'BRANCIH COMPONENT

"440-010000' 1.51877E407 0.

SPRAYB : BRANCH COMPONENT

450-010000 1.47695E*07 0."

TV490 ... '. TMOPVOL COMPONENT

490-010000 1.5510OE407 1.0000

SYSTEM 2 MASS- 0.

TV940 ';': TMDPVOL COMPONENT 940;-010000 2.00000E405 0.

VOL.NO. RIIOF R14OG

(KG/M3) (KG/M3)

11-010000 731.66 98.516

.I:W13-01!0000 , 731.31 98.414

15-010000 731.32 98.503

15;-020000: 731;34 98.624

15--030000 731.35 98.745

23-010000 731.36 98.766

25-:0i0000 731.29 98.078

.::31-010000 731.25 97.741

31-020000 73i.20 97.340

,-.31-030000 731.16 96.945

31-040000 731.1i 96.561

31-050000 731.07 96.187

35-010000 731.22 97.064

"39-;010000 ::731:05 95.997

"41-010000 73i.04 95.826

:8-O10.•'• •Z' t 4 • 95'70

570.52

570.60

570.60

570.60

570.60

614.20

614.22

614.20

614.23

614.41

614.32

614.27

613.99

614.17

613.65

612.88

608.10

599.48

588.81

570.59

570.61

570.43

617.97

KG

323.15

LIQ.V.VE

(M/SEC)

3.57594E

7.8328

7.5461

7.5460

7.5459

-3i 10154E

5.0243

4.8767

4.8770

4.8774

4.8777

4.8780

7062 1

iL0262

2.1886

-7. 511!E

614.85

615.94

615.92

615.90

616.01

614.17

614.12

614 .08

614.04

614.01

614.00

613.98

613.94

613.80

613.78

613.78

613.77

613.78

613.78

616.28

616.28

614.04

617.97

MASS ERROR- 0.

393.38

.L. VAP.V.VEL.

(M/SEC)

-02 3.57594E-02

7.8253

7.5461

7.5460

7'5459

.- 05 -6.77292E-04

5.0243

4.8767

4.8770

4.8774

4.8777

4.8780

.70621

5.0263

2.1886

.- 03 -6.515142-03

MTR.TOROUE

614.85

615.94

615.92

615.90

616.01

614.17

614.13

614.00

614.04

614.01

614.00

613.98

613.04.

613.89

613.86

613.84

613.83

613.83

613.83

616.28

616.28

614.04

617.97

= 32247.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

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0.

0.

0.

0.

ERR.EST.-

(N-M)

.73107

.73128

.73128

.73127

.73129

.52214

.54954

.56176

.58518

.61855

.61600

.60869

.69850

.24673

8.98226E-04

5.86336E-03

9.62184E-03

1.37564E-02

1.92368E-02

.73138

.73137

.73094

0.

1.30362E*06

1.30363E+06

1.30363E+06

1.30363E406

1.30363E+06

1.57882E406

1.57905E+06

1.57894E+06

1.57931E+06

1.58081E406

1.58007E+06

1.57970E+06

1.67748E406

1.57902E+06

1.57484E+06

1.56885E+06

1.53256E406

1.47319E+06

1.407101E06

1.30347E+06

1.30356E+06

1.30348E206

1.60522E+06

2.46171E406

2.45692E206

2.45699E406

2.45707E406

2.45658E+06

2.46435E+06

2.464512E06

2.46468E+06

2.46486E406

2.46498E406

2.46504E+06

2.46511E+06

2.46525E406

2.46449E+06

2.46482E406

2.465014E06

2.46508E+06

2.46517E+06

2.46520E406

2.45536E206

2.45536E406

2.46486E+06

2.44763E406

2.52920E106

VAPOR GEN.

(KO/M3-SEC)

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0:.

264

10

00

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00

00

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00

0O

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

KG

393.38

OUNDE

M/SEC)

977.62

976.13

976.17

976.22

976.27

976.30

976.03

975.88

975.70

975.53

975.34

975.13

978.81

975.05

974.97

974,97:

0.

0.

STATIC QUAL.

0.

0

o.

0.

0.,

0.

0.

o.

0.

0.

0.

0.

O.

0.'..

0. 2.09218E+05

TOT.HIT.IP. VAP.HT.INP.

IWATTS) (WATTS)

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0.i 0. 0. C).

0. 0. 0. 0.

0. . .

0. 0.

0. 0.

0. 0. 0. 0.

O. O0 0.O
RELAP5/2/36.04 ' DOEL4 REACTOR LOSS OF COOL.ANT ANALYSIS PROGRAM - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 265

87/01/22.

45-,010000

111-010000

W11-020000

.113-010000

121-010000

122-010000

122-020000

i22-030000

122-040000

122-050000

122-060000

122-070000

122-080000

122-090000

122-:100000

122-110000

.124-010000

124-020000

124-ýogo0oo 124-040000

124-050000

124-060000

124-070000

125-010000

131-010000

131-020000

*131-030000

131-040000

.140-010000

151-010000

152-010000

153-010000

.153;-020000

180-010000

211-010000

211-020000

213-010000

:21-010t00

222-010000'

222-020000

222-030000

222-040000

222-050000.

222-060O0'0

222-070000

222-080000.

222-090000

222-100000

222-110000.

224-0J0000

2247020000

224-030000

224-040000

224-050000

224;-060000•

224-ý070000 225-0100o0

731.68 95.592

730.92 94.679

730.92 94.648

730.91 94.585

730.96 95.001

730.95 94.703

730.95 94,640

730.94 94.380

730.93 94.199

730.92 94.013

730.91 93.842

730.89 93.672

730.87 93.503

730.86 93.334

730.84 93.165

730.81 93.003

730.80 92.896

130.79 92.835

730.77 92.773

730.76 92.712

730.75 92.663

730.74 92.627

730.73 92.583

730.75 92.663

730.68 92i044

730.69 92.134

730.70 92.181

730.69 92.105

731.06 95.888

731.27 97.982

731.30 97.951

731.29 97.916

731.31 ... 98,125

758.23 170.17

730.92 94.678

730.92 94.646

730491 94.583

730196 95.000

730.95 

. 94.702

730.95 94.539

730.94 94.378

730.93 94.197

730.92 94.011

730.91 93.840

730.89 .93.670"

730.87 93.501

730.86. 93.331

730.84 93.162

730.81. 93.001

730.80 92.893

730.79 92.832

730.77 92.770

730.76 92.709

730*.75 92.659

.730.74 92.623

730.73 92.579 730.75 .92.659

-2.77876E-05

14.869

14.870

14.870

1.9813

5.9755

5.9756

5.9756

5.9757

5.9758

5.9759

5.9761

5.9762

5.9764

5.9766

5.9768

5.9,169

5.9771

5.9772

5.9774

5.9775

5.9776

5.9777

1.9820

13.040

13.346

13.346

13.346

2.4865

16.960

16.938

16.941

14.950

7.85737E-03

14.879

14.880

14.880

1.9826

5.9795

5.9796

5.9796

5.9797

5.9798

5.9800

5.9801

5.9802

5.9804

5.9806

5.9806

5.9810

5.9811

5.9813

5.9814

5.9815

5.9816

5.9817

1.9833

1.96761E-04

14.869

14.870

14.870

1.9813

5.9755

5.9756

5.9756

5.9757

5.9758

5.9759

5.9761

5.9762

5.9764

5.9766

5.9768

6.9769

5.9771

5.9772

5.9774

5.9775

5.9776

5.9777

1.9820

13.040

13.346

13.346

13.346

2.4865

16.959

16.892

16.941

14.950

7 .85737E-03

14.879

14.880

14.880

1.9826

5.9795

5.9796

5.9796

5.9797

5.9798

5.9800

5.9801

5.9802

5.9804

5.9806

5.9808

5.9810

5.9811

5.9803

5.9814

5.9815

5.9816

5.98i7

1.9833

977.82

974.44

974.42

974.39

974.63

974.56

974.54 974.52

974.48

974.42

074.36

974.29

974.21

974.12

974.03

973.94

973.87

973.81

973.75

973.69

973.65

973.62

973.58

973.64

973.34

973.39

973.41

973.37

975.06

975.97

976.08

976.06

976.14

1 1442.5

974.44

974.41

974.39

974.63

974.56

974.54

974.52

974.48

974.42

974.35

974.28

974.21

974.12

974.03

973.94

973.87

973.81

973.75

973.69

973.65

973.62

973.57

973.64

0.

0.

0.

0.

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0.

0.

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0.

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69.068

-2.87342E'05

-2.38115E405

-2.02601E405

-2.09012E405

-1.43085E405

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-89118.

-66347.

-45991.

-27791.

-13579.

-5569.8

-15956.

-20312.

-23832.

-14446.

-14355.

-23765.

181.78

0.

0.

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0.

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0.

0.

0.

0.

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69.231

-2.87309E*05

-2.38093E#05

-2.02586F#-05

-2.09001E405

-1.43077E405

-1.14582E.05

*-89109.

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-27774.

..- 13557.

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181.82

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RELAP'5"/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4ý- :SPRAY CAPACITY TEST AT ZERO POWER

PAGE 266

87/01/22.

231-10 "730.68 92.039

231-020000 730.69 92.129

231-030000 130.69 92.176

232-010000 730.69 92.102

240-01000 731.06 95.886

251-010000 731.27 97.984

23-010000: 731.27 97.950

253-020000 731.26 97.915

U34030000co 731.28 I8.125

282-010000 928.80 19.070

33011-01000: -700.92 04.687

311-020000 730.54 94.647

113 -010000 -. 730.63 94.596

321-010000 730.57 94.995

322-010000 1.730.60 94.707

322-020000 730.63 94.542

322-030000 :.730.66 94.381

322-040000 730.69 94.200

322-050000 730.70 94.014

322-060000 730.71 93.844

322-070000 730.71 93.674

322-080000 730.72 93.504

322-090000 730.71 93.335

322-100000 730.71 93.166

322-110000 730.70 93M004

324-010000 730.70 92.897

324-020000 730;71 92.836

324-030000 730.71 92.775

324-040000. 730.71 92.713

324'050000 730.70 92.664

324-060000 730.70 92.628

324-070000 730.70 92:584

325;-010000 730.71 92.664

331-010000 730.65 92.044

331-;020000 730.66 92.135

331-030000 730.66 92.181

331-040000 730.65 92.106

340-010000 731.02 95.888

351-010000 :731.24: 97.981 S52-010000 731.23 97.952

353-01000, 731.23 97.917

353-020000 731.25 98.126

400-010000:: 606.73 94.617

AO0-020000 606.62 94.539

400-030000( 606 66 94.457

400-040000 606.44 94.374

410-010000 605.61 94.321

410-020000 606.01 94.296

410-030000. 606.20 :-94ý260 410-040000 607.41 94.195

410-050000':"606.54. 94.252

4i0-066000 608.85 94.i59

410-070000 : 612.17 94.110

410`-ý080000 '631.09 94.087

410-090000 659.70 94.069

420-010000 689. 17 94.063

430-010CC" - 73!;37 98, 649.

13.049

13.355

13.355

13.338

2.4851

16.950

16.947

16.947

14.956

8.15310E-04

14.818

14.851

14.882

1.9826

6.9794

5.9792

6.9789

5.9787

6.9786

5.9785

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5.9785

5.9785

5.0786

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5.9788

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5.9789

1.9824

13.043

13.349

13.349

13.349

2.4870

16.963

16.923

16.924

14.935

-. 50169 -. 47970

-;46558

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13.049 073.34

13.355 973.38

13.355 973.41

13.338 973.37

2.4851 976.06

16.950 975.97

16.947 MAN

16.947 975.94

14.956 076.02

8.15310E-04 1467.8

14;833 914.46

14.931 972.79

14.865 972.72

1.9673 972.95

6;0778 073.06

6.0100 973.18

6.9972 973.28

5.9887 973.39

6.9835 073.40

5.9795 973.48

5.9786 973.51

5.9785 973.54

5.9785 973.50

5.9785 973.47

5.9786 973.44

5.9787 973.43

5.9787 973.45

5.9787 973.46

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5.9:88 973.44

5.9789 973.43

1.9824 973.49

13.043 973.19

13.349 973.24

13.349 973.26

13.349 973.23

2.4810 974.92

16.963 975.83

16.923 975.81

16.924 975.80

14.935 975.88 -. 33136 111.41 -. 34497 107.72

-i32222 106.09 -. 31623 103.29

.15531 99.883

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.16540 100.12

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3.32566E-02.. 159.89

1.68787E-02 377.59

1.33439E-02.. 364M83

1.16434E--02 355.79

1.23365E-02 ' 345;97

9.07851t-03 333.30

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-4.708OOE-O4

-1.72771E-04

-9.70481E-06

-1.43505E-05

-1.91366E-06

-1.56108E-10

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

O.

0.

0.

.21276

.21720

i24493

.17829

19008

017672

.22643

.7.37796E-02

-3 .440252-02

-ý.-6103 18 -. 56 152

-ý3. 2014

O0.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

01DOL4;- SPRAY. CAPACITY TEST AT ZERO POWER

PAGE 267

87/01/22.

440-010000 731.33 98.648

450-010000 730.91 94.380

490o-010000 593.86 102.04

940-010000 988.11 1.1294

VOL..NO. LRGST.MASS ERR. REI

EDIT TOTAL

11-010000 0 0

:13-01000 0 0

15-010000 0 0

15-030000 0 0

:23-010000 0 0

25-010000 0 0

31-0!0000 0 0

31-020000 0 0 !•31-30000 0 0

31-040000 0 0

.::3- 050000 0 0

35-010000 0 0

i39-010000 0 0

41-010000 0 0 A43-01000 0 0

45-010000 0 0

IP!-010000 0 0

111-020000 0 0

113 -00000 p0 0

121-010000 0 0

122ý-010000 0 0

122-020000 0 0

122-030000 0 0

122-040000 0 0

122-060000 0 0

122-060000 o 0

122-0Q0000 0 0

122ý-Oaoooo 0 0)

122V-090000:. o0 - 0 122-100000 0 0

122- 10000...' 0 ' 0

i124_-ioo00' 0 0

124;-020000 0 0

24-030o00 0 0

24Q40000.:.: 24"ibsoo0 . '. 0 0

:124;-060000 0 0.

124-0700006 0 0

125-010000 .. ... 0 0

13i -0*"00 0 0

:131o1-020000:0 0....

131030000 0.

1 ;-0 10000, 0 0.

152-010000 0 0

0..0

2.3567

4.7160

0.

0.

DUCE-QUALITY

EDIT TOTAL

0 0

0 0

0 0 o o 0 0

0 0

0 0

0 0

0 0 o 0 o 0

0 a 0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 .0

0 0

0 0

0 0

0 0

0 0

0 .0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0.

0 0

0 0

0.. 0 0 0 : o.,". 0

2.3567

4.8480

0.

0.

fEhnil( -E X TRAP

976.21

974.40

372. 3

1537.3

0.

0.

1.0000

0.

fl I

EDIT

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

6

0

.0

0

0

0

0

01

0

0

TOTA

REDUCE-MASS REDUCE

L EDIT TOTAL EDT

0 0 0

O 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

o o 0

0 d 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0.

0 0 0

0 .. 0 0

0 0 0

0 0 0

0 0 0O

0 0 .0

0 0 0

0 w 0 0

0 0 0

0 0 0

0 0 0

0 :. 0 0

0 0 0

00 0

0 0 0

0. 0 0

0 0 0

0 ~0 0

0 0 d 0.

0 0.

00 0

0 o o

0o o0. o. 0 .0 o0

0.

0.

0.

89498.

-PROPTY.

T TOTAL

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 . 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0" 0

0 0

0 0

0 o 0 0 o 0

0 0

0 0

0 0

0 0

0 0

0

0

0

0 0

0 0

0 0

0 0

0 .0

0 0

0 0

10 0

0 0

0' 0

0'. 0

0 0

0 0

0 0

0. 0

0 :0

0. 0

0 .0

0.

0.

0.

0.

MIN.COURANT REDUCE-COURANT

EDIT TOTAL EDIT TOTAL

0 0 0 0

0 0 0 0

0 0 0 0

0 a o 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 a 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0. 0 0 0

0 0 0 0

0 0. 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 . 0 0

0 0 0 0 0 0 0 0

0 0 0 0

0 0 .0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 -0 0 0

0 0 0 0

0 .0 0. 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 .0

0 0 0 0

0 .12 150 593

0 0 0 0

0 0 .. 0 0

0 0 0 0

0. 0 0 0.

0 0

0.

0.

0.

0.
REt.APS/2/36.04 REACTOR LOSS OF COOLAtfr AtHAI.YSIS PROGRAM

DOEL4.- SPRAY CAPACITY TEST AT IER0 POWER

PAGE 266

87/01/22.

211-010000 0

211-020000 0

213-010000 

0

221-010000 0

222ý010000 

0

222-020000 0

222-ý030000 

0

222-040000 0

222-050000' 0

222-060000 0

222-070000 0

222-080000 0

222-090000 0

222-100000 0

222-110000 0

224-010000 0

224-020000 

0

224-030000 

0

224-040000, 

0

224-O50O00 0

224-060000 

0

224-070000 0

2257010000 0

231-010000 0

231-020000 0

"231-030000 0

232-010000 0

240-010000 0

251-010000 0

253-010000 0

253-020000 0

253-030000 0

282-010000 0

311-010000 0

31-0200oo0 

0

313-010000 0

321-01.0000 0

322-010000 0

322-02000Q. 0

322-030000' 0

322-040000 0

322-050000" 0

322-060000 

0

322-070000 0

322-080000:' 0

322-090000 0

322-100000.'.:.:..::... 0

322-100... 0

324-ý010000 ..

0

324-020000 

0

324ý-030000 .... 0:

324-040000 0

324•050000!.: " 0

324:060000 

0

324;-070000 

.

. 0.

325-0O0000 0 ný? -.-0 1o 0Ooo .... 0... o

0000000000000000000000000000000005000000000000 -, 0

.0000

0.

0000000000000000000000000000000000000000000000

0O0

0 "

000

0.0000

0000000000000000000000000000000000000000000000000

0,

0.0000

00000000000000000000000000a0000000000000000000000000

: "0

00

0000000000000000000000000000000000000000000000000000

000000000000000000000000000000000000000000000000000000

0 0

0 0

0 0

0 0

0 

0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 

0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 

0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0.

000000000000000000000000000000000000000

"000000000000000

; "0

0

0000000000000000000000000000000000000000000000

.0000000000

0:

0000000000000000

.0000000000I000000000000000000000000000

.0

00

0000000000000000000000000000000000000000000000000000

.0

0

0~0

00000000000000000000000000000000000000000000000

.000000000
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM .::bOEL4: - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 269

87/01/22.

331-7020000 0 0

331-030000 0 0

331-040000. 0 0

340-010000 0 0

351-010000 0 0

352-010000 0 0

153-010000 0 0

353-020000 0 0

406-010000 49 483

400-020000 0 36

400-030000 0 70

400-040000 0 0

410-010000 217 218

410-020000 3 3

410;-030000• 4 17

410-040000 15 345

410-60o000- 0 0

410-060000 12 12

410-070000 0 0

410-080000 0 0

410-090000 0 0

420-010000 0 6

430-010000 0 0

440-010000 0 0

400-010000 0 3

490-010000 0 0

940-010000 0: " 0

S.:JUN4NO. FROM VOL..... TO VOL.

SYSTEM 1

PDPO.WNCi BRANCtl COMPONENT

11-010000 -13-010000 11-010000

1. 1-020000 11-010000 45-010000

UPDOWNOZZ BRANCH COMPONENT • :13-;010000 153-020000 13-010000

13-020000 253-030000 13-010000

3-•030000 353-020000 13-010000

13-04oooo 13-010000 15-010000

DOWNCTS ANNULUS COMPONENT

01 00000 15-010000 15-020000

15--5020000 15-020000 15-030000

LOWPLEN BRANCH COMPONENT

!.23-000O-00 15-030000.' 23-010000

23-020000 -23-010000 25-010000

COREIN :. : BRANChf.' : COMPONENT

25-010'00 25-010000 31-010000

*: 25ý-020000 ::-.25-010000:. 35-010000

CORE "" PIPE '' COMPONENT . i-.31-010000 .."31-010000 31-020000

3 -020000 31-020000"" 31-030000

3 I-030000... 31-030000 3.31-040000

31-040000 31-040000 31-05o000

COREEX- ' ":BRANCH ..... COMPONENT . 39-010000 31-050000 39-010000

:..39-020000. 35-010000 39-010000

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0 o 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0 o 0

0 0

LIO.J.VEL.

(M/SEC)

3.57594E-02

17.911

14.950

14.956.

14.935

7.8328

7.5461

7.5460

7.5459

5.0241-

4.8766

,5.7120

4i8769

4.8772

4.8775.-

4.8778

4.8781 S5,7132".

0

0

0

0

0

0

0

0

0

0

0

0

a

0

0

0

0

0

0

0

0

0.

0

0

0

VAP.J.VEL.

(M/SEC)

3.57594E-0: 17.911

14.950

14.956

14.935

7.8328

7.5461

7.5460

7.5459

5.0241

4.8766

5.7120

4.8769

4.8772

4.8775 4.8778

4.8781

:5.7132

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

MASS FLOW

(KO/SEC)

2 48.43i

48.488

4745.0

4746.6

4739.7.

14193.

i4183.

14183..

14183.7:-

14183.

13766.

417M71

13766.-

13766.

13766.

13766.

13766. :417,76 !.

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

O 0

0 0

0 0 o 0

O 0

0 0

0 0

0 0

0 0

0 0

0 0

0 oo 0 0 C

0 0

0 0

0 0

0 0

0 0

0: 0

JUN.AREA T

(M2) R

1.8520

3.70000E-03

A43400

.4340O

.43400

2.4760

2.5700

2w5700

2.8 5700

3.8600

3.8600

10000

3s8600.

3.8600

3.*. 8600:.:

3.8600

3. 8600

;.i10000

.0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

.0

0

0

0

HROAT

AT 10

0 0

0 0

300 1187

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 a 0 0

0 0

0 0

0 0

JUNCTION CtiOKE

FLAGS FLAG

0 0

0 0

0 7

0 0

0 0

0 0 o 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

NO.ADVS.CHOKEP

EDIT TOTAL

1.0000 00)00

1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

11*0000 00000

1.0000 00000

1.0000 00000

i.0000 00000

1.a0000 00000

1,OOO 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.0000 00000

1.0000... 00000:

o 0 o 00

0. 0 0

0 0 0

0 0 0

0 0 0

0 0 0 0 0. 0 0

0 .0 0

0 0 0

0 0 0

0 0. . 0

0. 0 0

0 0 0

0 . 0 0

0 0 0

0 0. 0 .. , ; O .•:.:. ...... 0 . : -! .. 0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

OEL41 

- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 270

87/01/22.

UPPLENli BRANCH COMPONENT

41-o0O000 39-010000 41-010000

41ý-020000" 41-OI00O0 43-010000

UPPLEN2 BRANCH COMPONENT

'43-010000 -43-010000 111-010000

43-020000 -43-010000 211-010000

.43-030000 -43-010000 311-010000

UPHEAD BRANCH COMPONENT

:45-010000 43-010000 . 45-010000

HTLEGRI PIPE COMPONENT

111-010000 111-OIO0 111-020000

HTLEGR2 BRANCII COMPONENT

113-010000 .111-020000 113-010000

ItiBOX BRANCH COMPONENT

121-010000 121-010000 122-0100)

121-020000 113-010000 121-010000

UTUSE .. . PIPE COMPONENT

122-010000 122-010000 122-020000

122-020000 122-020000 122-030000

122-030000 122-030000 122-040000

122-O40000 .122-040000 122-050000

122-O5000 122-O5OOOO 122-060000

122-060000: 122-060000 122-070000

122-070000 122-070000 122-080000

.122-080000 122-080000 122-090000

122-090000 122-090000 122-100000

122-100000 122-100000 122-110000

UJUN SNGLJUN COMPONENT

123-000000 122-110000 124-010000

UTUBE PIPE COMPONENT

124-010000 124-010000 124-020000•

124-02OOOO 124-020000 124-030000

124-030000. 124-030000 124-040000

124-O4OOOO 124-O40000 124-050000

124-050000 124-050000 124-060000

124-060000 124-O6oooo 124-070000

OUTBOX*, :E BRANCI ..,. COMPONENT

125-010000 124-070000 125-010000

125-020000 125-010000 131-010000

SEALR PIPE COMPONENT

:131-010000 131-010000 131-020000

131-020000 131-020000 i31-030000

131-030000 131-030000 131-040000

PUMPR PUMP COMPONENT

140-010000 131-040000 140-010000

140-026000 14-0O10ooo 151-01ooo0

COLDR2:: .:!...BRANCH-. COMPONENT

152-010000 151-010000 152-010000

.152-020000 .:.152-010000 153-010000

COLOR3 PIPE COMPONENT

:153-010000.153-010000. 1537020000

CVJUN . TMDPJUN COMPONENT

'181-ý000000; `180-`010000• 152-010000

HTLEGG . PIPE COMPONENT

211-010000-.211-010000 211-020000

HTLEGG2 9RANCH COMPONENT

30o!-• •211-020000 ..213-010000

5.0263

2.1886

14.868

14.877

14.817

-7.50365E-03

14.870

14.870

5.9754

14.870

5.9755

6.9766

5.9757

5.9757

5.9759

5.9760

5.9761

5.9763

5.9765

5.9767

5.9769

5.9770

5.9772

5.9773

5.9775

5.9776

5.9776

5.9739

13.040

13.446

13.346

13.346

13.346

16.962

16.920

16.941

16.941

:2;2514

14.880

14,860

5.0263

2.1886

14.868

14.877

14.817

-7.50365E-03

14.870

14.870

5.9754

14.870

5.9755

6.9756

5.9757

5.9757

5.9759

5.9760

5.9761

8.9763

5.9765

5.9767

5.9769

5.9770

5.9772

5.9773

5.9775

5.9776

5.9776

5.9739

13.040

13.346

13.346

13.346

13.346

16.962

i6.920

16.941

16.941

2.2514

• 14.880

14.880

14184.

14184.

4748.5

4751.7

4732.4

-48*.672

4748.6

4748.6

4748.7

4748.6

4748.7

4748.7

4748.7

4748.8

4748.8

4748.8

4748.8

4748.8

4748.8

4748.9

4748.9

4748,9

4748.9

4749.0

4749.0

4749.0

4749.o

4749. i

4749.2

4749.2

4749.2

4749.2

4749.2

4749.3

4139.o

4744.9

4745.0

5i9577

. 4751.7

4751.0

3.8600

6.8650

.43690

.43690

.43690

8.8650

.43690

.43690

1.0072

.43690

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

i.0879

.49840

A48700

.48700

.48700

.48700

.38300

.38300

.38300

,38300

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1;0000

1.0000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

)OOOOO

00000

00000

00000

00000

00000

00000

00000

OOOOO0

00000

00000

00000

00000

00000

00000

00000

00000

O(X)OO

00000

00000

00000

00000

00000

00000

00000

00000.

00000

.OOOOO

00000

00000)

OOO000

00000

(X0000

3.490OOE-03 .'.1.0000

,43690 " 1,0000

.. 436S0::...•.•• •
RELAP5/2/36.04 REACTOR LOSS OF COOLAtIT ANALYSIS PROGRAM

.DOEL4 "- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 271

87/01/22.

INBOX ". : BRANC11 COMPONENT

221-010000 221-010000 222-010000

221;-020000 213-OiCX)10 221-010000

UTUBE PIPE COMPONENT

2222010000 222-010000 222-020000

222-020000 222-020000 222-030000

222-090000. 222-030000 222-040000

222-040000 222-040000 222-050000

222-050000 222-050000 222-060000

222-060000 222-060000 222-070000

222-070000 222-070000 222-080000

222-080000 222-080000 222-090000

222-090000 222-090000 222-100000

222-100000 222-100000 222-110000

W 'JUN 

. SNGLJUN COMPONENT

223-000000 222-110000 224-010000

UTUBE :.' PIPE COMPONENT

224-010000 224-010000 224-020000

224-020000 224-020000 224-030000

224-030000 224-030000 224-040000

224"040000 224-040000 224-050000

224-050000 224-050000 224-060000-

224-060000 224-060000 224-070000

OUTBOX BRANCtH COMPONENT

225-010000 224-070000 225-010000

225-026000 225-010000 231-010000

SEAL l _.. PIPE _....... COMPONENT,

231-010000 231-010000 231-020000

231-020000 231-020000 231-030000

SEALG2 BRANCH COMPO1ENT

232-:010000 231-030000 232-010000

PUMPR PUMP COMPONENT

240`010000 232-010000 240-010000

240-020000 240-010000 251-010000

COLGI I::, : 

- BRANCH. 1 COMPOENT

251-010000 251-010000 253-010000

COLG2.:ý:, PIPE :: COMPONENT

253-010000 253-0i0000 253-020000

253-'020000 1253-020000 253-030000

TJA3O TMOPJUN COMPONENT

283-,000000 .231-030000 282-010000

ItTLEGBt PIPE COMPONENT

311-010000 311-010000 311-020000

SURGEJUN SNGLJUN COMPONENT

312-0*!0000O,400-O100O -311-020000

HTLEGB2 *BRANCH COMPONENT

313-010000 3117020000 313-010000

INBOX BRANCH COMPONENT

321-010000 321-010000 322-010000

321-020000 313-010000 321-010000

UTUBE ::.::::.:PIPE : `.- : COMPONENT.

322-01000 322-010000 322-020000

322-ý020000 322-020000 322-030000

322-030000 322-030000 322-040000

322-040000.:-.32R-040000 .322-050000

322-050000 322-050000 322-060000

822-0600000 32206(0000 .322-070000

5.9794

14.880

5.9796

5.9796

5.9797

5.9798

5.9799

5.9800

5.9802

5.9803

5.9805

5.9807

5.9809

5.9810

5.9812

5.9813

5.9815

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

AtNALYSIS PROGRAM PAGE 272

87/01122.

M22-07000 a22-010000 322-080000

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RELAP5/2/36.04 REACTOR LOSS

00:6DL4 

- SPRAY CAPACITY TEST AT

SYSTEM 

2

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

PAGE 273

87/01/22.

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT

1DOEL4- SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE 274

87/01/22.

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ... DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

ANAI.YSIS PROGRAM PAGE 275

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STR.NO. SIDE._ BORY.VOL.

NUMBER

1211-001. .EFT..... 121-010000

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1 220ý-002 :LEFT. .122-020000

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12207-003 -LEFT 122-030000

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RIGH'T 0-000000

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SURFACE

TEMP.

(K)

570.47

570.49

570.41

570.35

570.40

570.35

570.40

570.35

570.39

570.35

570.38

570.35

570.37

570.35

570.37

570.35

570.36

570.35

570.36

570.35

570.36

570.35 570.35

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180.66

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-17.217

-15.537

VOL. AVE.

TEMP.

(K)

570.49

570.38

570.38

570.37

570.37

570.36

570.36

570.36

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570.35

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RELAP5/2/36.04 REACTOR LO

DOEL4 -SPRAY CAPACITY TEST

RIGHT 0-000000

1231-001 LEFT 121-010000 .RGlT 125-010000

1240-001 LEFT 124-010000

RIGHT 0-000000

1240-002 LEFT 124-020000

RIGHT 0-000000

1240-003 LEFT 124-030000

RIGHT 0-000000

1240-004 LEFT 124-040000 . .. RIGHT . 0-000000

1240-005 LEFT 124-050000 . . RIGIIT 0-000000

1240-006 LEFT 124-060000 :240-007" .:.RIOIIT *" " o -000000

10,460-077 LEFT 124-070000 : '.- RI-T 0-000000

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2211-001 LEFT 221-010000

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2220-001 LEFT 222-010000

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2220-002 t EFT 222-020000

RIGHT 0-000000

2220-003 LEFT 222-030000

RIGHT 0-000000

2220-004 LEFT 222-040000

RIGHT 0-000000

2220-005 LEFT 222-050000

:':0-o - RIGHT 0-000000

2220-006 LEFT 222-060000

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EF i 20-0500000

ISS OF COOLANT A1NALYSIS PROGRAM

AT ZERO POWER

PAGE 276

87/01/22.

570.35

570.45

570.37

570.35

570.35

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570.35

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570.41

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.36

570.49

570.38

570.38

570.37

570.37

570.36

570.36

570.36

570.36

570.35

570.35

570.35

570.41

570.35

570.35

570.35

570.35

576.35
REf AP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

:.:DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER 871/01/22.

PAGE 277

2240-006 LEFT 224-060000

RIGHT 0-000000

2240-007 LEFT 224-070000

RIGHT 0-000000

2240-008 LEFT 224-070000

RIGHT 0-000000

2251-:001 LEFT 225-010000

RIGHT 0-000000

3211:001 LEFT 321-010000

RIGHT 0-00000( 3220-001 LEFT 322-010000

RIGHT 0-000000

3220-002 LEFT 322-020000

RIGHT 0-000000

3220-003 LEFT 322-030000

RIGHT 0-000000

3220-004 LEFT '"322-040000

RIGHT 0-000000

3220-005 LEFT 322-050000

RIGHT 0-000000

3220-006 LEFT 322-060000

RIGHT 0-000000

3220-007 LEFT 322-070000

RIGHT 0-000000

3220-008 LEFT 322-080000

RIGHT 0-000000

3220-009 LEFT 322-090000

RIGHT 0-000000

3220-010 LEFT 322-100000

RIG1HT 0-000000

3220-011 LEFT 322-110000

RIGHT 0-000000

32314001 LEFT 321-010000

RIGHT 325-010000

3240-001. LEFT. 324-010000

RIGHT 0-000000

3240-002. LEFT 

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RIGHT 0-000000

3240-003. LEFT 324-030000

RIGHT 0-000000

3240-004 :LEFT. .324-040000

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3240-005 LEFT 324-050000

RIGHT 0-000000

3240-:006:. LEFT 3..324-060000 ..tGit - 0-000000

3240;-007 LEFT .... :324-070000

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3240-008: LEFT.' -:324-070000

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3251-001 LEFT ::325-010000

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4000-001 LEFT .. '400-010000

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570.35

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570.63

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570.36

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570.37

614.56

615.53

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0. 2 37865.

0. 0 0.

0. 2 37867.

0. 0 0.

O 2 37868.

0. 0 0.

0. 2 37870.

0. 0 0.

0. 2 37871.

0. 0 0.

0. 2 5997.6

0. 2 6000.3

0. 2 37872.

0. 0 0.

0. 2 37873.

0. 0 0.

0. .2 37874.

0. 0 0.

0. 2 37874.

0. 0 0.

0. 2 37875.

0. 0 o.

0.- 2 37875.

0. 0 0.

0. 2 .37876.

0. 0 0.

0. 2 37876.

0. 0 0.

0.; .2 6000.3

0. 0 0.

'3.10668E+05 4 10278o

0. 0 2.5i00

3,14513Et05 .4 10905, 0. "0 2.5100

3.3-19546E-t05 4:': 10962 

.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

"" 0.

0.

0.

0.

0.

0.

O.

0.

0.

-4.3706

-4.1172

-1.7575

70.305

-1184.3

-1.8852

-2.1198

-2.2647

-2.9825

-2.2388

-2.4351

-2.3743

-2.2718

-2.1546

-1.9922

-2.0613

-17.956

-2..0582

-4.2444

-4. 5 9 

.

.

-4.7427

-3.0261

-2.8198

-2,8821

:-1.2303 -50.442

24309..

* 26730.:

26850.

570.35

570.35

570.35

570.36

570.53

670.44

570.43

570.42

570.41

570.40

S70.39

570.39

570.38

570.38

570.37

570.37

570.51

570.37

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.37

615.32

615.46

61543.
REL.AP5/2/36.04

DOEL4 - SPRAY

REACTOR LOSS OF COOL.ANT AtIALYSIS PROGRAM

CAPACITY TEST AT ZERO POWER

PAGE 2"8

87/01/22.

4000-004

4101i-001

4101-002

4 1 2-0

4102-002

4102-003

4102-004

4102-00:

4102-006

4103-001

41 . 03.0.02

4113-001

4113-002

S TR. NO.

1211-001

.1220;-001

1220-002

1220-003

1220-004 1220"005

1220-006

1220-007

1220-008

1220-009

1220-010

122Q-0 11

1231-0)01

1240;00 1

1240-:002

1240-003

1240-004

1240-005

1240-006

1240-007

1240-008

1251-001 .

221 1-001

2220-001".

2220-002

2220-003.::

2220-004

2220-=o:

RIGI4I

LEFT

R/GllT

LEFT

RIGHT

LEFT

RIGIlT

LEFT

RIGIIT

LEFT

RIGOIT"

LEFT

RIO0IT

LEFT

RIGHt

LEFT

RIGHT

LEFT

RIGHT

LEFT

RIGHT

LEFT

RIGHT

LEFT

RIOGHT

LEFT

RIGHT

940-010000

400-040000

940-010000

410-010000

940-010000

410-020000

040-010000

410-030000

940-010000

410-040000

940-010000

410-050000

940-O10000

410-060000

940-010000

410-070000

940-010000

410-080000

940-010000

410-090000

940-OIOO

420-010000

940-010000

0-000000

410-040000

0-000000

410-050000

615.71

614.48

615.68

614.51

615.01

614.49

615.01

614.47

615.09

614.44

615.09

614.86

615.93

615.15

615.93

615.14

615.93

614.81

615.95

614.71

616.07

614.52

616.06

617.73

614.77

618.44

615.47

4621.7

22289.

4621.2

7259.5

1224.8

14555.

2450.1

23306.

3799.8

49218.

7947.2

1.08255E*05

16332.

99804.

16332.

97549.

16332.

24716.

3811.1

10228.

1637.1

7226.5

1148.1

0.

1 .48472E #05

0.

49726.

734.32

4439.2

734.24

4955.1

732.58

4966.6

132.58

4981.1

732.76

5029.6

732.77

5398.6

734.87

4977.1

734.87

4864.7

734.87

5282.4

734.93

5183.9

735.23

5222.7

735.21

0.

13808.

0.

13883.

0.

3.2479lEO5

0.

2.96643E*06

0.

2.95614EO6

0.

2.93757E406

0.

2.95165E0O6

0.

2.98347EO6

0.

6482.6

0.

43685.

0.

56241.

0.

73607.

0.

94132.

0.

0.

2.95165E406

0.

3.25053E406

0

4

0

4

0

4

0

4

0

4

Q

4

0

3

0

3

0

3

0

3

0

3

0

0

4

0

4

2.5100

11224.

2.5100

10160.

2.5100

10165.

2.5100

10148.

2.5100

10199.

2.5100

5616.8

2.5100

3855.2

2.5100

3646.0

2.6100

4915.8

2.6100

3991.8

2.5100

3280.5

2.5100

0.

16798.

0.

8827.1

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

1.38750E405

46250.

26910.

8484.3

17005.

27106.

57166.

1.24587E405

1.16136E,05

1.13881E405

28527.

11865.

8374.6

9722.2

3475.6

615.39

615.42

615.42

615.45

615.45

616.17

616.23

616.23

616.16

616.15

616.08

615.87

616.58

ME.Stl POINT

570.47

570.41

570.40

570.40

570.39

570.38

570.37

570.37

570.36

570.36

570.36

570.35

570.45

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570,36:- ,.: 570.47

570.41

570.40

570;40 '•70.39

* ,38:

TEMPERATURES

570.48

570.30

570.38

570.37

570.37

570.36

570.36

570.36

570.36

570.35

570.35

570.35

570.42

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.36

570.48

.570.38

570.38

570.37

570.37

570.36

(K)

570.49

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.40

5"70.35

570.35

570.35

510.35

570.35

570.35

570.35

570.35

570.36

570.49

570.35

570.35

570.35

570.35

570.25

570.49

576.37

570.37

570.49

570.49

570.37

570.49
REiLAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM PAGE 279 .... DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

2220-006 570.37 570.36 570.3t

2220-007 570.37 570.36 570.35

2220-008 570.36 570.36 570.35

2220-009 .570.36 570.35 570.35

2220-010 570.36 570.35 570.35

2220-011 570.35 570.35 570.35

2231-001 670.45 570.42 570.40 570.37

2240-001 570.35 570.35 570.35

2240-002 570.35 570.35 570.35

2240-003 570.35 570.35 570.35

2240-004 670.35 570.35 570.35

2240-005 570.35 570.35 570.35

2240-006 570.35 570.35 570.35

2240-007 570.35 570.35 570.35

2240-008 670.36 670.35 570.35

2251-001 570.36 570.36 570.36 570.37 570.37

3211-001 670.63 570.56 570.51 570.50 570.60

3220-001 570.53 570.44 570.35

3220-002 670.51 570.43 570.35

3220-003 570.49" 570.42 570.35

3220-004 570.47 670;41 570.35

3220-005 570.45 570.40 570.35

3220-006 570.44 570.39 570.35

3220-007 570.43 570.39 570.35

3220-008 570.42 570.38 570.35

3220-009 570.41 570.38 570.35

3220-010 570.40 570.37 570.35

32.20-011 570.39 570.37 570.35

3231-001 570.61 570.54 570.48 570.41

3240-00i 570.38 570.37 570.35

3240-002. 570.38 570.36 570.35

3240-003 570.37 570.36 570.35

3240-004. 570;37 570.36 570.35

3240-005 570.37 570.36 570.35

3240-006 570.37 570.36 570.35

3240-001 570.36 570.36 570.35

3240-008 570.36 570.36 570.35

325i-00i 570.37 570.31 570.37 570.37 570.31

4000-001 614.50 615.29 615.58 615.53

4000-002 614.56 615.40 615.76 615.74 4000-003 614.52 615.37 615.73 615.71

4000-004 614.48 615.33 615.70 615.68

4101z-001 614.51 615.89 615.60 615.01

410i-002 614.49 615.89 615.60 615.01

4102-001 : 

- 614.47 615.91 615.66 615.09

4102oo2- 614.44 615.91 615.67 615.09

4102-003 614.86 616.60 616.48 615.93

4102-004 615.15 616.67 616.49 615.93

4102- 005 615.14 616.66 616.48 615.93

4102-006 614.81 616.58 616.49 615.95

4103-7001 614.71 616.50 616.53 616.07

4103-002 614.52 616.41 616.51 616.06

4113-001.:: .... 617.73 ..... : 616.12 614.77

413j-002.' 618.44 616.83 615.47

CONTROL vAR!IABLE EDIT I P/RtOI8O DiV ........ 26377.3 

. 2 ENTHA180 SUM : 268836E406
RELAP5/2/36.04 REACTOR LOSS or COOLANT ANALYSIS PROGRAM

DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 280

87/01/22.

3 CVENERGY

5 ENTIIA231

7 PRZRlEAT

9 BALANCE

11. MEAS-P

13 TEMPF420

15 SAT420

20 P/R110450

22 SPRENER

24 ENrnIA410

26 SPRBALAN

28 VAPGEN

32 TURBPOW

101 LAGI

103 LL1

105 777

107 LA02

109 LL3

:111 S4

113 S6

-135: LIMIT

137 D(AREA)

140 AREA•*2

142 K(T4DT)

144;:.:: K(T)

146 P(T 154 DUM

156 DUM

158 

A

160 OUM

171 DOM

173 DUM

1759 . *2

171 02-4AC

.179 PUM

181 Q(TtiT) 183 00(T+OT)

18 P(PUMP)

200. TAVG(G)

202 SI

.204 S2

206 OELIA-T

208 LL2

210 LAG3

212 55.'

281 LETi

283 LET3

300 TAVG(B) 302 Sl . 304 S2

.306 .. DELTA-T.

308 LL2

310: LAG3.3 "312 ""5

400 , CO•.LEVEL

J04 PQZMASS *4 • . , . E . .:

MUL T

SUM

SliM

SUM

FUNCTION

MUI.T

MUL T

DIV

MOLT

SUM

SUM

SUM

SUM

LAG

LEAD-LAG

SUM

LAG

I.EAD-LAG

SUM

SUM

MUL 

T

PROP- INT

MUL 

T

SUM

MUL T

MUL T

SUM

MUL T

SUM

MUL. 

T

MUL 

T

MUL 

T

MUL 

T

SUM

SUM

SUM

MOLT

FUNCiT 1ON

SUM

SUM

.SiJM.

SUM

LEAD-LAG

LAG

SUM

SUM

STDFNCTN

SUM

SUM

SUM

SUM

LEAD-LAG

LAG

. SUM

.'SUM SUM

FUNCTION

7.559312E406

1.323303E*06

640316.

4.529481E#06

1.472700E407

588.808

613.828

20206.9

2.732946E 07

1.603262E406

1.241872E106

-3.29003

0.

570.519

-. 581439

-358992.

-. 125515

570.519

0.

41. 1841

9.50000

1.075601E-03

9.002553E-03

'27311.7

27311.7

1.512052E,07

963447.

130.204

27181.5

4.79967

4.348451E-02

792.038

1.880091E409

1.880103E109

6.899948E-02

11.3962

7.79336

2.022701E407

570.519

-14.6312

-9783.47

-. 125732

-. 124907

570.519

-3.318360E-02

2.146305E407

5.95720

570.527

-14.6230

-9783.47

-. 141482

-. 140611

570.527

-3.316494E-02

23.0193

11689.4

25.3915. .

468

10

12

14

16

21

23

25

27

31

100

102

104

106

108

110-

112

134

136

139

141

143

145

153

158

157

159

170

172

174

176

178

180

182

184

186

201

203

205

207

209

211

213

282

284

301

303

305

307

309

311

3i3

402

4i0

412

P/Rlf0231

LETDENER

PRZVAFH

CALC-P

MEAS-L

IEMPG420

SPRYIEMP

ENTHIA450

P/Rh10400

SURGENER

lIEATERW

POW

TAVG(R)

51

S2

DELTA-T

LL2

LAG3

S5

LEVREG

DELITAF

VAL.VAREA

K(VALV)

DELTA-K

DELTA-P

KO()2

A(M)

DUM

DUM B

OUM C

AC4

SORT

DELTA-0

DUM

OTOT

DFD0

LAG1

LLt

?77

LAG2

LL3

54

56

LET2

LETDOWN

LAGI

L11 7???

LAG2

LL3

S4

56

DPLEVEL

T-AUCT-H

.DLT-LEV.

DIV

MULT

SUM

MUL 

T

FUNCTION

MULl 

T

MULT

SUM

DIV

MtLT

SUM

SUM

SUM

SUM

SUM

SUM

LEAD-LAG

LAG

SUM

PROP--IN!

SUM

SUM

DIV

SUM

SUM

DIV

MOLT

MULT

SUM

MOLT

SUM

S TDFNCTN

DIV

SIDFNCTN

SUM

FUNCTION

LAG.

LEAD-LAG

SUM

LAG

LEAD-LAG

SUM

SUM

LAG

LEAD-LAG

SUM

LAG

LEAD-ILAG

SUM 

- SUM

SUM

STDFNCTN

• ;: SUM ,.. ...

19887.7

7.883498E406

11251.5

1.472982E*07

29.4500

613.777

670.433

1.323683E406

24381.6

2.672790E#07

198136.

0.

570.519

-14.6313

-9783.47

-. 125433

-. 124611

570.519

-3.31838 IE-02

2.03443

-3.168440E-03

9.488178E-02

26903.0

6.09854

-831.359

917956.

1.037939E-06

-43343.8

311249.

43360.0

-792.105

-. 110068

-11967.3

43360.2

2.538475E-06

.683856

19.1896

-45496.1

570.519

-. 581436

-358992.

-. 125813

570.519

0.

41.1841

1.568261E+10

21.5752

570.527

-. 581109 -358992.

-. 141568

570.527

0.41.1835

28.2997

570.527

2.90828
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

V DOEL4,- SPRAY CAPACITY TEST AT ZERO POWER

".413 DELTA-P SUM -779278. 414 DP-CORR

415 POW-11Ell TRIPUNIT 0. 416 POW-BKR

417 POWVAR FUNCTION 308000. 418 TOTPOW

435 SPRAYVAI. FUNCTION 1.00000 445 SPRAYVAL

606 POWCOLDL SUM 14446.4 607 POWPREII

608 POWItOTLG SUM 937070. 609 POWUBEHiO

010 SOPOWER SUM 1.555556E406 706 POWCOLDL

707 POWPREII SUM 38043.5 708 POWNOTLG

709 POWUBEND SUM 565929. 710 SGPOWER

806 POWCOLDL SUM 103420. 807 POWPREII

80 POWIHOTLG SUM 2.756797E+06 809 POWUBEND

810 SGPOWER SUM 6.14255BEt06 900 MGAI

901-. M02 MULT .789166 902 M03

903 MG4 MULT 4.76495 904 MG5

905 MG6 MULT 996.691 906 MOI

907 MGB MULT 228.483 908 MG9

WO9 M0Ol MULT 61.8689 911 PRZMASW

912 PRZMASL SUM 8806.82 920 SURGtEAT

--- RESTART NO. 1200 WRITTEN. BLOCK NO. 5---

NUMBER OF ELEMENTS IN SPARSE MATRIX 1: ORIGINAL = 410, FACTORED = 665

PAGE 281

87/01/22.

PROP-INT

TRIPUNIT

FUNCTION

FUNCTION

SUM

SUM

SUM

SUM

SUM

SUM

SUM

MULT

MULT

MULT

MULT

MULT

SUM

SUM

ROUNDOFF ERROR =

-954293.

0.

185000.

1.00000

38120.4

566171.

14409.3

936989.

1.555120E+06

195059.

3.086029E406

.178119

3.15330

536.320

985.878

74:4090

2882.64

86314.9

1.600000E-11 NCOUNT - 1201
RELAP5/2/36.04 DOEL4 - REACTOR LOSS OF COOLANT ANALYSIS PROGRAM SPRAY CAPACITY TEST AT ZERO POWER

PAGE 282

87/01/22.

TIME

(SEC)

P

420010000

(PA)

P P P P P P P P

410090000 410080000 151010000 351010000 231010000 430010000 440010000 450010000

(PA) (PA) (PA) (PA) (PA) (PA) (PA) (PA)

100.000

101.000

102.000

103.000

104-000

105.000 lO6 .ooo 107.000

108.000

! 09. 000

110.000

111.000

112.000

113.000

114.000

115.000

11.o000

117.000

1 a8.000

119.000

120.o000

121.000,

122.000

123.000

124'.000.

125.000

:126.000

127.000

128.000

129.000

130.;000

131.000

.132.000

133.000

134.000

135.000

136.000

137.000

139.000

140.000

141.000

142OOO

I43.000

144000.. 145.000

146.000. 147.O000"

148 000

149.000

1.48992E407

1.48906E+07

I .4882OE+07

1.48734E+07

1.48648E+07

1.48563E*07

1.48477E107

1.48392E407

1.18307E407

1.48222E407

1.18137E407

1.48053E407

1.47968E*07

1.47884E*07

I.47800E407

1.47716E*07

1.47632EO7

1.47548E407

1.474658.07

1.47381E+07

!A47298E407

1.47215E#07

1.47132E407

1.47050E407

1.46967E807

1.4688ES407

I.46003F#07

1.46720E407

1.46639E+07

i.46557E807

1.46475EO7

1.46393EfO7

1.46314E8O7

1.4624OEWO7

146170E+07

1.46103E#O7

1.46041E+07

1.459838407

1.459298407

1.458808O7

1,45835E+07

1.457OOE407

1,45758E807

1.45723E*07

1:45698E+07

1.45673E407

1.456568E07

1.456408E07

...I45630E+07

i.45622i407

1.48995E407

1.48909E'07

1.488238E07

1.48738E407

1.48652E#07

1.48566E407

1-.8481E407

1.48396E407

1.48311E+07

1.48226E#07

1.48141E407

1.48056E407

1.47972E807

1.47887E#07

1.178038407

1.47719E'07

1.176358407

1.47552E407

1.474688407

1.47385E+07

1.473028407

1.47219E407

1.47136E407

1.470538407

1.46971E*07

1.46888Et07

1.46806E807

1.46724E407

1.46642E407

1.46560E407

1.46478Et07

1.463968407

1.46318E407

1.46243E407

1.46173E+07

1.46107E807

1 .16044E407

11.5986E407

1.45932E+07

i.4588384o7

1.45839E+07

1.45794Et07

1.45761E407

i.45726EiO7

1.45701E+07

1.45676E*07

1.45659E407

i.45643E407

1;45633E+Q7

1.456258007

1.49001E107

1.48915E407

1.48829E#07

1.48743E*07

1.48658E407

1.48572E 07

I.484878107

1.48401O407

1.48316E407

1.48231EI07

1.481468E07

1.48062E107

1.479778E07

1.47893E*07

1.47809E407

1.47725E*07

1.476418E07

1.47557E407

1.47474Ef07

1.47390E807

1.47307Et07

1.47224E#07

1.47141E+07

1.47059E807

1.46976E407

1.46894E807

1.46812E807

1.46729E407

1.466488407

1.46566E407

1:46484E*07

I.46402E'07

1.46323E407

1.462498E407

1.46179E807

1.46112E407

1.46050E#07

i.459918*07

1. 45938E807

i.45889E407

1.45844E+07

1.45799Et47

1.457678407

1.457328E07

1.457068+07

1.456828017

1.45664E407

I.4564880O7

1-.45688407

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1.46069E*07 1.52633E 07

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1.454828E07 1.52045E+07

1.45398E407 1.51961E+07

1.4531E507 1.51878E+07

1.45232E407 1.517958E07

1.451508E07 1.51712E+07

1.45067E+07 1.51630E+07

1.44985E#07 1.51547E807

1.44902E+07 1.51465E407

1.4482OEfO7 1.51382E#07

1.44738E807 1.513008+07

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1.62717E+07

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1,45956E+07

1.45947E007
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAh. .... DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 283

87/01/22.

TIME ':: ' (SEC)

MFLOWJ

430010000

(KG/SEC)

100.000 10.327

101.000 10.327

102.000 10.327

103.000 10.326

104.000 10.326

105.000 10.326'

106.000 10.325

107.000 10.325

.108.000 10.325

109.000 10.325

110.000 10.324

111.000 10.324

112.000 10.324

113.000 10.324 :114.000 10.324

115.000 10.323

116.000 10.323

117.000 10.323

!8I.C00 10.323

119.000 10.323

120.000 10:323

121.000 10.323

122.000 10.322

123.000 10.322

124.000 10.322

125.000 10.322

M12.000 10:322

127.000 10.322

128.000 10.322

129.000 10.322

....130.000 10;322 131.000 9.9523 '1.32.000 9.5305

133.000 9.1111

134.000 8.6905

135.000 8.2699

;:/136.000 7.8494

137.000 7.4281

:13 38.000 . 7.0088

139'000 6.5887

-140.000 6-1694

141.000 5.7600

,142;000 5:3318

143.000 4.9229

:144,000 4.5007

145.000 4.0890 ..:146 000:.:::: 396729

147.000 3.2613

148.000 . 2.8493

149'000 2.4402

MFLOWJ

440010000

(KG/SEC)

10.326

10.325

10.326

10.325

10.324

10.324

10.324

10.324

10.323

10.323

10.323

10.323

10.322

10.322

10.322

10.322

10.322

10.322

10.321

10.321

10.321

10.321

10.321

10.321

10.321

10.320

10.320

10.320

10.320

10.320

10.320

9.9508

9.5290

9.1097

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7.8482

7.4276

7.0078

6.5878

6.1685

5.7591

5.3310

4.9222

4.5001

4.0885

3.6724

3.2608

2.8489

2.4398

MFLOWJ

435000000

(KG/SEC)

10.328

10.328

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10.327

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10.326

10.326

10.326

10.326

10.325

10.325

10.325

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10.324

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10.324

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10.323

10.323

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9.9532

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8.2706

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6.5893

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5.7605

5 3322

4.9234

4.5010

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3.6731

3.2615

2.8494

2.4403

MFLOWJ

445000000

(KG/SEC)

10.327

10.326

10.32$

10.326

10.325

10.325

10.325

10.325

10.324

10.324

10.324

10.324

10.323

10.323

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10.323

10.323

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10.322

10.322

10.322

10.322

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9.9517

9.5299

9.i105

8.6900

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7.8489

7.4283

7.0084

6.5883

6. 1690

5.7596

5.3315

4.9226

4.5004

4.0888

3i6725

3.2610

2.8490

2.4400

MFLOWJ

450010000

(KG/SEC)

MFLOWJ

283000000

(KG/SEC)

20.656 6.0056

20.655 6.0031

20.655 6.0007

20.654 5.9982

20.663 5.9958

20.653 5.9934

20.652 5.9910

20.652 5.9885

20.651 6.9861

20.651 5.9837

20.650 5.9813

20.650 5.9789

20.649 6.9766

20.649 5.9741

20.649 6.9717

20.648 5.9693

20.648 5.9669

20.647 5.9646

20.647 5i9622

20.647 5.9598

20.647 5.9574

20.646 5.9551

20.646 6.9527

20.646 5.9504

20.645 5.9480

20.645 5.9456

20.645 5.9433

20.645 5.9410

20.645 5.9386

20.645 5.9363

20.644 5.9339

19.906 5.9317

19.062 5.9294

18.223 5.9273

17.382 5.9253

16.541 5.9234

15.700 5.9216

14.858 5.9199

14.018 5.9184 13.178 5.9169

12.339 5 5:9156

11.520 5.9147

10.664 5.9133

9.8463 5.9127

9.0017 5.9116

8.1785 5.9112

7.3459 .5.9105

6.5228 5.9101

5.6986 5.9097

4.8804 5.9095

MFLOWJ

181000000

(KG/SEC)

6.0058

6.0034

6.0009

5.9985

5.9961

5. 9936

5.9912

5.9888

8.9864

5. 9840

6.9816

5.9791

6.9767

5.9743

5.9720

5. 9696

5.9672

5.9648

5.9624

5.9600

5.9577

5.9553

5.9529

5. 9506

5.9482

5.9459

5.9435

5. 9412

5. 9389

5. 9365

5.9342

5.9319

5. 9296

5.9275

5.9255

5.9236

5.9218

5.9201

5.9185

5.9171

5.9158

5.9148

5.9135

5.9128

5.9117

5.9ii3

5.9105

5.9 102

5. 9097

5.9096

MFLOWJ

153010000

(KG/SEC)

4747.0

4746.9

4746.0

4746.7

4746.6

4746.5

4740.4

4746.3

4746.2

4746.1

4746.0

4745.9

4745.8

4745.7

4745.6

4745.5

4745.4

4745.3

4745.2

4745.1

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4744.8

4744.7

4744.6

4744.5

4744.4

4744.3

4744.2

4744.1

4744.0

4743.9

4744.1

4744.3

4744.6

4744.8

4745.0

4745.3

4745.5

4745.7

4746.0

4746.2

4746.5

4746.8

4747.1

4747.3

4747.6

4747.9

4748.2

4748.4

4748.7

MFLOWJ

253010000

(KG/SEC)

4748.6

4748.5

4748.4

4748.3

4748.2

4748.1

4748.0

4747.9

4747.8

4747.7

4747.5

4747.4

4747.3

4747.2

4747.1

4747.0

4746.9

4746.8

4746.7

4746.6

4746.5

4746.4

4746.3

4746.2

4746. 1

4746.0

4745.9

4745.8

4745.7

4745.6

4745.5

4745.4

4745.2

4745.1

4744.9

4744.7

4744.6

4744.4

4744.3

4744.2

4744.0

4743.9

4743.7

4743.7

4743.5

4743.4

4743.3

4743.2

4743.1

4743.0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

TIME.-

(SEC)

WLOWJ

353010000

(KG/SEC)

MFLOWJ

31200(X)00

(KG/SEC)

VOIDOG VOIG

410010000 410020000

VOIOG

410030000

87/01/22.

VOIOD

410040000

PAGE 284

VOIDG

420010000

VOI0G

410080000

.100.00m 4741.7 16.738

101.000 4741.6 16.739

102.oo0 4741.5 10.741

103.000 4741.4 16.743

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105.000 4741.2 16.749 ,:-106.OO0 4041.1 16.753

107.000 4741.0 16.757

D108.O0) 4740.9 16.761

109.000 4740.8 16.766'

J10.000 -4740.7 16.771

111.000 4740.6 16.776

S12:0 .. 4740.5 16.781

113.000 4740.4 16.787

114.0W D 4740.3 16.792

115.000 4740.2 16.798

116.000 4740.1 16.804

117.000 4740.0 16.810

.10.000 4739.9 16.816

119.000 4739.8 16.822

120.000 4739.7 16.028

121.000 4739.6 16.834

.122.000--- . 4739.5 16.841

123.000 4739.4 16.847

124;000 4739.3 16.853

125.000 4739.2 16.860

126.000:.... 4739.1 16.866

127.000 4739.0 16:872

128.000 4738;9 16.877

129.000 4738.8 16.877 .. 130.000 .4738.7 16.879

131.000 4738.8 16.307

1•132.000 4739;0 15.664

133.000 4739.2 14.989

.1:34.000 4739.4 14.320

135.006 4739.6 13.623

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137.000 4740.1 12.257

1•138.000. 4740.3 11.607

139.00:60 4740.5 10.943

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141.000 4741.0 9.7450

:.142.000 4741.3 8.9978

143.000 4741.5 8.2529

.144-.000 4741.8 .. 7.9003 145.000 4742.0 6.8727

146.000 . :- : ::4742.3 - '6.6214

147.000 4742.6: 5.5972

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3.17608E-03

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3.16048E-03

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3.15430E-03

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3.14894E-03

3.14651E-03

3.14419E-03

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3.13984E-03

3.13777E-03

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3.85704t-03

1.42007E-02

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.99147

.99216

.99286

VOZOG

-410090000

.97489

.97495

.97600

.97505

.97611

.97516

.97521

.97527

.97532

.97537

.97543

.97548

.97553

.97558

.97564

.97569

.97674

.97579

.97584

.97589

.97594

.97599

.97604

.97609

.97614

.97619

.97624

.97629

.97634

.97636

.97643

.97667

.97720

.97783

.97853

.97928

.98007

.98089

.98174

.9826i

.98350

.98440

.98533

.98625

.98719

.98811

.98905

.98997

.99091

.99184

.96848

.96854

.96860

.96865

.96871

.96877

.96883

.96889

.96895

.96900

.96906

.96912

.96918

.96923

.96929

.96935

.96940

.96946

.96951

*96957

.96962

.96968

.96973

.96979

.96984

.96989

.96995

.97000

.97005

.97010

.97016

.97066

.97147

.97237

.97335

.97438

.97544

.97654

.97766

.97880

.97995

.98111

.98230

.98348

.98469

.98589

.98709

.98829

.98949

.99070
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAP4. .DOOEL4 SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

-SMEC VAPCdEN

410070000

(KG/M3-SEC)

V

* 100.000 -. 10956

101.000 -. 10926

:.102.000 -,105

103.000 -. 10864

'104;.00 -. 10831

105.000 -. 10799

*.l:!:.o0o0 -. 10766

107.000 -. 10734

:--;::108.000 .- : --. 10701

109.000 -. 10668

110.000 -. 10636

111.000 -. 10603

112.o000 -.. 1o61I

113.000 -. 10539

::"114.000 -" . W10507

115.000 -. 10475

:,IIQ.000 -. 10443

117.000 -. 10412

18. 000 -.. 10380

119.000 -. 10349

I120.000 " .10318

121.000 -. 10287

:;,:122;000 -r10256

123.000 -. 10225

124.000 -. 10195

125.000 -. 10165

..126.*000 *-ý.- 10134.

127.000 -. 10104

'..:.1128.000 -. 10075 129.000 -. 10047

I 130.i0::I: -. 10022 . 13l.000 -9.98797E-02

134.000 -9.16037E-02

135.000 -1.87623E-02 1:;:i36 000:•. ; 7". 24560E-02

...... 138.000 -. 63048E-02

':i(18000 :6.02092E-02 -. ...139.000 -5.41859E-02

1!40.000 ....- 483079E-02

141.000 '4.30225E-02

142.-000 -3.71672E-02

143.000 :3.20520E-02

:-::':144.000 .... :.-2.66017E-02

145.000 -2.18439E-02

S 000..14 .,000: ..: -b69070E-02

147•.00 -1:'.25787E.-02 .. 14.000 4-833068E-03

i49.000 -:4.543696-031

APGEN

410080000

(KG/M3-SEC)

-. 58240

-. 58139

-. 58036

-. 57933 - .57829

-. 57725

-. 57621

-. 57516 -. 57410

-. 57304

-. 57198

-. 57092

-. 66987

-. 56881

-. 56776

-. 56672

-. 56567

-. 56463

-. 56359

-. 56255

-. 56152

-. 56049

-. 55946

-. 55844

- 55742

-. 55640 -. 55538

-. 55437

-. 55337

-. 55239

-. 55144

-. 54733

-?.52793

-. 50271

-".47682

-. 45095 -. 42510

-. 39923

-. 37326

-. 34727

-:.32134

-. 29605 -. 27028

-. 24491

-. 21978

-. 19553

-,17125

-. 14757

-;12404

-. 10111

VAPGEN

410090000

(KG/M3-SEC)

-1.7198

-1.7168

-1.7139

-1.7109

-1.7080

-1.7050

-1.7021

-1.6994

-1.6966.

-1.6938

-1.6911

-1.6883

-1. 6856

-1.6828

-1.6801

-1.6774

-1.6747

-1.6719

-1. 6693

-1.6666

-1. 6639

-1.6612

-1. 6585

-1.6559

-1.6532

-1. 6506

-1.6480

-1.6454

-1.6428

-1.6402

-1.6377

-1.6168

-1.5642

-1.5067

-1.4486

-1.3900

-1.3304

-1.2697

-1.2080

-1. 1452

-1.0815

-1.0179

-. 95171 -. 88565 -. 81715 --. 74898 -. 67833 -. 60865

-. 53709 - .46442

VAPGEN

420010000

(KG/M3-SE(

-3.3168

-3.3109

-3.3050

-3.2991

-3.2932

-3.2874

-3.2815

-3.2757

-3.2699

-3.2641

-3.2583

-3.2525

-3.2468

-3.2410

-3.2353

-3.2296

-3.2239

-3.2182

-3.2126

-3.2070

-3.2014

-3.1958

-3.1902

-3.1846

-3.1791

-3.1735

-3.1680

-3.1624

-3.1569 -3.1514

*-3.1459

-3.1027

-3.0263

-2.9423

-2. 8541

-2.7630

.- 2.6705

-2.5759

-2.4788

-2.3791

-2.2768

-2.1735

:-2.0637 -1.9538

-1.8372

-1.7193

1" 5948

1.4680

-1.3348

-1.1957-

CNTRLVAR

400

I) COLLEVEL SUM

23.326

23.298

23.272

23.247

23.224

23. 203

23.183

23.164

23.146

23.130

23.114

23.100

23.087

23.075

23.064

23.054

23.045

23.038

23.031

23.024

23.019

23.015

23.012

23.009

23.007

23.006

* 23.006

23.006

23.007

23.009

..23.012

23.015

23.025

23.039

23.058

23.084

23.111.

23. 135

230151

23.157

23. 152

23. 140

23.115

23.087

23.048

23.004

22.952

22.901

22.852

22. 804

CNTRLVAR

402

DPLEVEL

SUM

27.891

27.912

27.934

27.955

27.076

27.997

28.018

28.039

28.059

28.080

28.100

28.121

28.141 28.161

28.181

28.201

28.221

28.241

28.261

28.280

28.300

28.319

28.338

28.358

28.377

28.396

28.415

28.434

28.452

28.47 1

28.490

28.509

28.530

28.549

-* 28.568

28.585

* 28.602 28.618

28.634

28.650

* L 28.665

28.678

* 28.694

28.706

28.;721

28.733

28.745

28.756

28.1767,..

28.776

:0

940010000

(WATTS)

89533.

89531.

89530.

89528.

89527.

89525.

89523.

89522.

89520.

89518.

89517.

89515.

89513.

89511.

89509.

89507.

89506.

89504.

89502.

89500.

89498.

89496.

89493.

89491.

89489.

89487.

89485.

89483.

89480.

89478.

89476.

89474. m 0 89471.

89469.

* . 89466.

89464.

89462. • 89459.

89457.

89454.

89452.

89449.

89446.

89444.

89441.

89439.

89436.

89434.

89431.

89428.

CNTRLVAR

418

TOTPOW

FUNCTION

1.85000E+O0

1.850006E40

I.85000E40fO

1.850006E OE

1.85000E40E

1.85000E40E

1.115000OO40!

I.85000E40E

1.85000E+01•

1.850006E40

1.850006E+!O

1.85000E40O

f.85000E+0!

1.85000E40O

1 .85000E+Ot

1.85000E40÷

1.85000E+0o

1.85000E+01

1.850006400.

1.85000E40E

1.850006E40

1.85000E60!

1.850006E40,

1.85000E40E

1. 85000E40f

1.85000640!

I.85000E40f

1.850006E40

1.85000XE0O;.

1. 85000E +f)!

1.8500064E0+

1.85000E40!

1.85000E401

1.85000E +o0

**1;850006401.

1.850004E0O

1. 85000mt01

1.85000E6O!

IZ185000E+0! 1.85O0E00..

1.85000E4+O

1.85000640!

1.85000E+O!

1.85000E6+o

I . 850006 +0!

1.85000E+0!

1.85000E+OE 1.•85000E+OF.

1.85000E40O

1.85000E+O!

i.85000o÷t40

PAUE 285

CNTRLVAR

610

SGPOWER

SUM

i 1.54070E+06

5 1.54015E406

1.63977E+06

i% 1.53953E406

i 1.53944E+06

5 1.53951E406

i 1.53976BE06

i 1.54021E406

I 1.54086E+06

5 1.54167E406

5 1.54261E+06

5 1.54366E406

i 1.64479E406

a 1.54599E+06

; 1.54724E+06

5 1.54854E+06

1.54988E406

5 1.55126E+06

I 1.55267E+06

5 1.55410E+06

1.55656E+06

i 1.55703E406

1.55853E+06

1.56003E406

I 1.56155E+06

1.56308E406

i li56462E406

1.56616E606

1.56769E+06

5 1.56877E606

1 1.56968E406

i 1.57827E406

5 1.58058E606

1.59510E606

a 1.61179F406

1. 631966E06

5 1.65619R406 ; 1.68346E406

i 1.71660E+06

1 .T7263E106

5 1.79234E+06

; 1.84901E406

i 1.86630E+06

i 1.93588t+06

I 1.95939E+06

2.01947E406

S.2.05339E+06

i 2.10409E406

i 2.14245E606

i 2.18960E406
RELAP5/2/36.04 DOEL4 - SPRAY REACTOR LOSS OF COOLANT ANALYSIS PROGRAM CAPACITY TEST AT ZERO POWER " : "87/01/22.

'TIME]

(SEC)

"00.000

101.000

103.000

SM C040o.

105.000

106.000

107.000

109.000

111.000 112.000

113.000 7114.000

115.000

116.000

117.000

118.000

119.000

120000.

121.000

122.000

123.000

124.000

125.000

128.000

127.000

1283. 00

129.000

130:.000

131.000

132.000

133.000

134.000

13ý.000

-136:000

131.000

138;000

139.000- 140.000

141.Ooo

:142.000:

143.000

:144;,000

145.000

146. Q.00

47W.000

148,00011

149.000

CNTRLVAR

710

* SGPOWER

SUM

1.54027E401

1.53972E101

1.63934E+01

1.53909E401 • 1.53900E+01

1.53907Et01

1. 63933E401

1.53975E604

1.54042E+01

1.54123E401

1.54217E+01

1.54322E601 ... 1.54435E+04

1.54555E6O0

1.64681E401

1. 54811 E4O0

1.549456iO0

1:55082E401

1552236E401

1.55366E40i

1.55512E40,

1.55660EtO* *1.5580gE401

1.55960E60'

1.56112F401

1.56264E40'

1.56418E!0O

1.56572E40

1.56726E40

1.56833E40'

1.56924E60

1.57778EI0

1.58008et0

1.59461E40

1.61130Et0

1.63147t40

1;65571E40

1.68298E40

1.71613EEO

I.75217E 0

1.79189E40

1.84858E6 0 . 1.86588E0

i.93548E6O 1.!,959006+0

2.01908E*0

2.05303E+0

2.10373E*0

2.142106+0

2.18927E40

CNTRLVAR CNTRLVAR CNTRLVAR CNTRLVAR PMPVEL

810 9 7 26 140

SOPOWER BAI.ANCE PRZRHEAT SPRBALAN (RAD/SEC)

SUM SUM SUM SUM

5 6.15002E#06 4.46710E+06 5.74148E405 1.46235E405 155.00

5 6.14700Ei06 4.47630E+06 5.78005E405 1.45644E606 155.00

5 6.14466E106 4.48429E+06 5.81770E+05 1.44873E406 155.00

5 6.14287E406 4.49141E*06 5.85460E405 1.43537E606 155.00

5 6.14146E406 4.49775E406 5.89145E405 1.42552E606 155.00

5 6.14036E406 4.50336E#06 5.92753E605 1.41533E(06 155.00

5 6.139556E06 4.50823E#06 5.96289E405 1.40529E406 155.00

5 6.139006E06 4.51235E406 5.99760E405 1.39497E*06 155.00

5 6.13870E+06 4.61575E+06 6.03169E+05 1.38407E406 166.00

5 6.13860E606 4.51853E406 6.06520E405 1.37284E606 155.00

5 6.13868E+06 4.52079E406 6.09816E+05 1.36131E400 165.00

6 6.13889E406 4.52262E406 6.13061E+05 1.34957E606 155.00

5 6.13919E406 4.52411E+06 6.16257E6O5 1.33767E206 165.00

6 6.13956E006 4.52534E406 6.19406E405 1.32567E606 155.00

5 6.13997E406 4.52635E406 6.22511E405 1.31362E406 155.00

5 6.14041E406 4.52718E406 6.25574E605 1.30156E606 155.00

5 614u86Ei06 4.52786E406 6.28597E005 1.28951*E06 155.00

5 6.14130E406 4.52841E406 6.31581S405 1.27750E406 155.00

5 6.14174E006 4;52885E406 6.34521E405 1.26554Ei06 155.00

6 6.14216E*06 4.52920E406 6.37439E405 1.25366E606 155.00

8 6.14256E406 4.52948E406 6.40316Et05 1.24187E606 155.00

5 6.14293E406 4.52970E*06 6.43159E005 1.23019E406 155.00

6 6.14326E606 4.52986E+06 6.45971E405 1.21862E406 155.00

6 6.14356E606 4.530006E06 6.48752E605 1.20717E*06 155.00

6 6.14382E406 4.53010Ef06 6.51503E*05 1.195876E06 155.00

5 6.14403E406 4.53019E406 6.54225E405 1.18468E606 155.00

6 6.14420E406 4.53026E606 6.56919E*05 1.17364Ef06 155.00

6 6.14432E#06 4.53033E606 6.59585E405 1.16276E606 155.00

6 6.14438E+06 4.52650E#06 6.583216E05 1.15057E605 155.00

6 6.14382E406 4.52024E*06 6.53243E405 1.14449E*06 155.00

6 6.14246E#06, 4.51402E606 6.46977E405 1.13431Ef06 155.00

6 6.14704E606 4.48627E606 6.41577E605 1.078496006 155.00

6 6.10690E606 4.50921E#06 6.33649E*05 9.94029E605 155.00

6 6.01231E406 4.55726E606 6.21621E+05 9.61374Ei05 155.00

6 5.87830E406 4.64051E*06 .6.07224r405 9.19050E605 155.00

6 5.72274E606 4.73999E406 5.93634E+05 9.07321E605 155.00

6 5.55975E+06 4.82462E#06 5.64247E+05 8.35739E605 .155.00

6 5.39544E406 4.93140E406 5.61663E605 7.15606E*05 155.00

6 5.23572E406 5.02227E606 5.58215E+05 .7.39714E+05 155.00

6 5.08170E*06 5.10010E#06 5.54005t+05 7.54095t#05 155.00

6 4.93316E406 5.16435E106 5.49343E605 7.43646E405 155.00

6 4.806176+06 5.17429E406 5.43792E605 5.81411E*05 155.00

6 4.648149t06. 5;28919E406 5.38959E+05 6.98373E605 155.00

6 4.522986406 5.26506t#06 5.34062E+05 8.758466405 155.00

6 4136936E+06 5.37378E606 5.27820E+05 3.29791E605 155.00

6 4.24256E406 5.35998E06 5.221406+05 9.77473E*05 155.00

6 4.09650E+06 5.44262E606 5.15679E+05 2176690Et05 155.00

6 3.96550Ei06 5.45228E406 5.09219E605 5.87041Ei05 155.00

6 3.82599E406 5.51614E606 5.033986E05 2757.5 155,00

6 3.70124E006 5.53365E406 4.971106005 14410. 155.00

PMPVEL

240

(RAD/SEC)

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

PMPVEL

340

{ RAD/SEC)

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

165.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

i55.00

155.00

155.00

155.00

i55.00

PAGE 286

CNTRt.VAR

435

SPRAYVAL

FUNCTION

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1 .0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1 .0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1 .0000

1.0000

1.0000

.96000

.92000

.88000

.84000

.80000

.76000

.72000

.68000

.64000

.60000

.56000

.52000

.48000

.44000

.40000

.36000

.32000

.28000

.24000
RPLAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM.-

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

: ,I. :

87/01/22.

TIMSE

(SEC)

CNTRLVAR

445

SPRAYVAL

FUNCTION

TEMPF

125010000

(K)

100.000

101.000

102.000

103.000

104 .000

105.000

:0:6..0o0.0oo

107.000

co108.0

109.000

* 110.000

111.000 : 112.000

113.000 *f. 114, o..00

115.000

116 *000

117.000

• 118.000

119.000

120.000

121.000

122.000

123.000

'124.000

125.000 ... 126.000

129.000 ... 130;000 131.cooo 132.000 .....133.000

1::"34.000 135.000

136.0100 :....::136;000

•139.000 141.000

140 *. 000

" 41.000

147.00 .. . ..... 145.000

.. 147.000

.. 1.4.8: .o o . .

i.0000 570.35

1.0000 570.35

1.0000 570.35

1.0000 570.35

1.0000 570.35

1.0000 570.35

1.0000 570.35

1.0000 570.35

1.0000 670.35

1.0000 570.35

1.0000 570.35

1.0000 570.35

1.0000 670.35

1.0000 570.35

1.0000; 570.35

1.0000 570.35

1.0000 570.35

1.0000 570.35

1.0000 570.35

1.0000 570.35

1.00000 570.35

1.0000 570.35

.0000 570.35

1.0000 570.35

1.0000 570.35

1.0000 570.35

1.0000 570.35

1.0000 570.35

1.0000 570.35

1.0000 570.35

1.0000 570.35

.96000 570.35

.92000 570.35

.88000 570.36

i84000 .570.36

.80000 570.36

.76000 . 570.36

.72000 570.36 .68000 570.36

.64000 570.36

;60000 570.36

.56000 570.36

i52000 570.36

'.48000 570.36

.44000 . 4660 570.36

570.36 ,36000 570.36

.32000 570.36

.28000 .:570i36

.24600 570.36"

TEMPF

131040000

(K)

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

670.33

570.33

670.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570;33

570.33

570.33

570.33

570.33

570.33

570i33

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

TEMPF

151010000

(K)

TEMPF

111010000

(K)

570.58 570.46

570.58 570.46

570.58 570.46

570.58 570.46

570.68 $70.46

570.58 570.46

570.50 570.46

570.58 570.46

570.58 670.46

570.58 570.46

670.58 670.46

570.58 570.46

570.58 570.46

570.58 570.46

570.65 570.46

570.58 570.46

570;58 570.46

570.58 570.46

570.58 570.46

570.58 570.46

570.58 570.46

570.58 570.46

570.58 570.46

570.58 570.46

570.58 570.46

570.58 570.46

570.58 570.46

570.58 570.46

570.58 570.46

570.58 570.46

570.58 570.46

570.58 570.46

* 570.58 570.46

570.58 570.46

570;58 570.46

570.58 570.46

570.58 570.46

570.58 570.46

570i58 570.46

570.59 570.46

570.59 570.46

570.59 570.46

570.59 -. 570i47

570.59 570.47

570.59 570.47

570.59 570.47

570.59 570.47

570.59 570.47

.570.59 570.47

570.59 570.47

* TEMPF

121010000

(K)

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

* 570.47

570.47

570.47

570.47

* 670.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

* 570.47

570.47

570.47

570.48

570.48

570.48

570.48

570.48

570.48

570.48 .. 570.48

570.49

TEMPF

225010000

(K)

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

670.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36 570.36

TEMPF

232010000

(K)

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

.570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.33

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

570.34

PAGE 287

TEMPF

251010000

(K)

570.58

570.58

570.58

570.58

570.68

570.58

570.58

570.58

570.58

570.58

670.58

570.58

670.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.58

570.59

570.59

570.59

"570.59

570.59

570.59

570.59

570.59

570.59

570.59 570.59
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM.

*DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 288

TIME

(SEC)

TEMPF

211010000

(K)

100.000 570.46

101.000 570.46

102.000 570.46

103.000 570.46

104.000 570.46

105.000 570.46

106.000 670.46

107.000 570.46

108.000 670.46

109.000 570.46

110.000 670.46

111.000 570.46

.112.000 670.46

113.000 570.46 • 114.000 670.46

115.000 570.46

110.000 570.46

117.000 570.46

118.000 570.46

119.000 570.46

120:000 570.46

121.000 570.46 122.000 570.46

123.000 570.46

124.000 570.46

125.000 570.46

-. 120.000 : 570;46

127.000 570.46

.128.000 570.46

129.000 570.46

130;000 570.46

131.000 570.46

'132-000. 570.46

133.000 570.46

:134.000::- 135.000. 570.46

570.46

130;000 570.46

131.600 570. 46

138,000: 570.46

139.000 570.46

140'.000 , 570.46

141.000.. 570.46 --.1420+ i '(M570.47

1434000 570.47 :!4 •()Q::::: 0 :;•' 570-;450 70 :-

146.000 570.47

147.000 570.47

148.000 : 570.47

t49000. .. .. 570.47

TEMPF

221010000

(K)

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

670.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570.47

570..47

570.47

570.47

570.47

570.47

570.48

570;48

570.48

.570.48

570.48

570.48

570.48

570.48

570.49

TEMPF

325010000

(K)

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37.

570.37

570.37

670.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

'570.37

570.37

570.37

570.37

570.37

570.37

570.37

570.37

TEMPF

331040000

(K)

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

670.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.36

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

TEMPF

351010000

(K)

570.60

570.60

570.60

570.60

570.60

570.60

$70.60

570.60

670.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570i60

570.60

87/01/22.

TEMPF TEMPF

311010000 321010000

(K) (K)

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.65

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

.570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.66

570.46 570.65

570.46 570.64

570.48 570.64

570.46 570.63

570.46 570.62

570.46 570.61

570.46 570.61

570.46 570.60

570.46 570.59

570.46 570.59 570;47 , 570.58

570.47 570.58

570.47 570.57

570.47 570.57

570.47 570.56

570.47 570.55

57047 . 570.55

570.47 570.54

TEMPF

450010000

(K)

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

570.43

TEMPF

420010000

(K)

589.34

589.31

589.29

589.26

589.23

589.21

' 589.18 589. 15

589.13

589.10

589.07

589.05

589.02

588.99

588.97

588.94

588.91

588.89

588.86

588.83

588.81

588.78

588.76

588.73

588.70

588.68

588.65

588.63

588.60

588.57

588.55

588.77

589.08

589.38

589.67

589.97

590.27

590.59

590.93

591.29

591.67

592.07

592.53

593.00

593.53

594.10

594.74

595.42

596.21

597.11
RELAP5/2/36.0, REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4: - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 289

87/01/22.

TIME".. TEMPG SATTEMP

(SEC) 420010000 420010000

:. (K) •(K)

1''. 00 " 614.69 614.74

101.000 614.64 614.69

:02.000o 14.60 614.65

103.000 614.55 614.60

104.000 . 614.50 614.56

105.000 614.46 614.51

106.000 64.41 614.46

107.000 614.37 614.42

108a000 614.32 614.37

109.000 614.28 614.33

S110*000 614.23 614.28

111.000 614.18 614.24

112.000 ' 614.14 614.19

113.000 614.09 614.14

114.000 614.05: 614.10

115.000 614.00 614.05

116;0 W 613.96 614.01

117.000 613.91 613.96

I18;000 M 613.87. 613.92

119.000 613.82 613.87

1M20.00::.-- 613.78 613.83

121.000 613.73 613.78 122.000 613.69 613.74

123.000 613.64 613.69

-:124.00 " 613.60 613.65

125.000 613.55 613.60

128.0)0 613.51 613.56

127.000 613.46 613.51

12M8.Q .613.42 . 613.47

129.000 613.37 613.43

1-130;000 613.33 613.38 131.000 613.29 613.34

132.000 M 613;24 613M29

133,.000 613.20 613.25

134Q000 613.17 613.21

135.000 613.13 613.18

136.000 613.10 613.14

137.000 613.07 613.11

138.0•0 - 613.04 613.08

139.000 613.02 613.06

1:!40i000 612.99 -613.03

141. M1W2.97 613.01

1:142 000. 612.95 612.99

143.C000 612.94 612.97

-144 .o000 -: 612.92 .612.96

145.000 612.9i 612.94

•.145.000- 612.91 612.93

147,100 612.0 6i2.93

-148.000" 612.90 612.92

1M49000 612.89 612.92

CNTRLVAR

8

PRZVAPII

SUM

11482.

11477.

11471.

11463.

1 1456.

11447.

11437.

11427.

11416.

11404.

11392.

11379..

11366.

11353.

11339.

11325.

11311.

11296.

11282.

11267.

11251.0

11236.

11221.

11205.

11189.

11174.

11158.

11142.

11185.

11304.

11463.

11718.

11962;

12210.

12472.

12175.

14287i

14192.

14036,

13840.

13605.

12994.

12949.

12489.

12200.

11884.

11521. 11177.

10840.'::::..

i0464.

CNTRLVAR.

28

VAPGEN

SUM

-3.5383

-3.5272

-3.6156

-3.5034

-3.4900

-3.4783

-3.1657

-3.4530

-3.4403

-3.4275

-3.4148

-3.4020

-3.3893

-3.3766

-3.3640

-3.3515

-3.3390

-3.3267

-3.3144

-3.3021

-3.2900

-3.2780

-3.2661

-3.2543

-3.2426

-3.2309

-3.2194

-3.2079

.- 3.1997

-3.1948

,-3. 1906

-3.1415

-3.0144

.- 2.8543

-2.6933

-2.5343

:-2.3972.

-2.2372

-2.0844

-1.9356

-1.7894 -1.6749

-1. 5137

-1.3561

-1.2241

-1.0627

-. 92606:

-. 77363

62131

.47050

CNTRLVAR CNTRLVAR CNI

27 912

HEATERW PRZMASL PF SUM SUM St

1.98480E+05 8553.3

1.98480E405 8661.4

1.98475E+06 8669.3

1.98466E405 8677.3 1.98454E605 8685.2

1.98439EI05 8693.0

1-08423E405 8700.9

1.98405E#05 8708.7

1.98387E+06 8716.4

1.98368E+05 8724.2

1.98348E+08 8731.8

1.98328E+05 8739.5

1.98307E405 8747.1

1.98287E405 8754.7

1.98266E+06 8762.2

1.98244E405 8769.8

1.98223E+05 8777.2

1.98202E405 8784.7

1.98180j405 8792.1

1.98158E405 8799.5

1.98136E+05 .8806.8

1.98115E+05 8814.1

1;98093F405 8821.4

1.980716E05 8828.7

1.98049E505 8835.9

1.98027E+05 8843.1

1.98005Ei05 8850.2

1.97983E405 8857.4

1.97965E05 8864.5

1.97958E$05 8871.5

1.97957E+05 8878.6

1.97959E405 8885.5

* 1.97717Et05 8892.1

1.97339E÷05 8898.3

1.96880E*05 8904.1

1.96378E405 8909.5

1.95829E505 8914.5

1.95263E406 8919.3

• 1.94631E+05 8923.9

1.939566t05 8928.3

:193280E405 8932.4

1.92494E+05 8936.2

1.91738E+05 8940.2.

1.91387E+05 8943.4

1. 90334E+05 8946.8

1. 900206E05 8949.6 .. 1..89085E+05 8952.5

1.88617E+05 8954.8

1.87970E+05 8956.9 :. 1.87402E+09 8958.5

TRLVAR

911

tZMASW

JM

2952.2

2948.6

2945.0

2941.4

2937.0

2934.3

2930.7

2927.2

2923.7

2920.2

2916.7

2913.2

2909.7

2906.3

2902.8

2899.4

2896.0

2892.6

2889.2

2885.9

2882.5

2879.2

2875.9

2872.6

2869.3

2866.0

2882.7

2859.5

2856.2

2853.0

2849.7

2846.5

2843.4

2840.5

2837.7

2835.0

2832.6

2830.2

2828.1

2826.0

2824.2

2822.4

2820.8

2819.4

2818".1

2817.0

2816.0

2815.1

2814; 4

2813.9

CNTRLVAR CPUTIME

920 (SEC)

SURGHEAT

SUM

70498. 2073.8

71498. 2094.1

72472. 2114.6

73420. 2134.9

74335. 2155.2

75225. 2175.6

76093. 2195.9

76942. 2216.3

77771. 2236.7

78580. 2257.0

79371. 2277.4

80143. 2297.7

80897. 2318.1

81633. 2338.5

82352. 2358.8

83053. 2379.2

83738. 2399.5

84406. 2419.9

85058. 2440.3

85694. 2460.6

86315. .. 2481.0

86920. 2504.8

87511.. 2525.2

88087. 2545.5

88648. 2565.9

89196. 2586.3

89729M 2606.6

90249. 2627.0

90756. 2647.4

91266. 2667.9

91782; 2688.3

91112. 2708.7

90473. 2729;.1

89457. 2749.5

88375. 2769.9

87146. 2790.4

85919i 2810.8

84870. 2831.2

83919i: 2851.5

82809. 2871.9

81487i 2892.3

79438. 2914.0

78700.: 2934.8

76309. 2956.1

75135. . 2977.1

72680. 2997.9

71118. 3018.7

68753. 3038.9

66983.' : . 30589

64628. 3078.8
RELAPS/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE

87101/22.

.ATTEMPTED ADVt TOT.- 1500 EDIT- 300

REPEATED ADV: TOT.- 0 EDIT= 0

SUCCESSFUL ADVi TOT.- 1500 EDIT- 300

REQUESTED ADV: TOT.- 750 EDIT- 150

TRIP NUMBER. TRIP TIME (SEC) 67:: I.OOOOOOOE-01 598 20.10000

698 -1.000000

VOL.NO. PRESSURE VOIDG IEMPF

(PA) (K)

SYSTEM:: 1 MASS- 1.96371E405 KG

UPDOWNC BRANCH COMPONENT

:11-0100001.50083E+07 0. 570.'

UPDOWNOZZ BRANCH COMPONENT

*13--010000- 1.49984E+07 0. 570.1

DOWNCTS ANNULUS COMPONENT

'16-010000 •1.50069E+07 0. 570.f

15-020000 1.50186E407 0. 570.1 .15-030000 1.50302EI07 0. 570.1

LOWPLEN BRANCHt COMPONENT

231-01(X0000 1.503236+07 0. 570.f

CORE IN BRANCH COMPONENT

,25-010000 2 1.49659E407 0. 570.(

CORE PIPE COMPONENT

::31-010000 1.493336407 0. 570._

31-020000 1.48943E407 0. 570.`

:;:31-030000 1.48560EtO7 0. 570.!

31-040000 1.48184E407 0. 570.!

31-050000 1.47815E407 0. 570.!

BYPASS SNGLVOL COMPONENT

.Po35-010000 . 1;48675E.07 0. 570.!

6OREEX BRANCH COMPONENT

'39-Q;010000 147629E607 0. 570.1

UPPLENI BAANCII COMPONENT

.A41-;0100O:. -1.47461E07 0. 570.!

6PPL"EN'2 BRANCH COMPONENT

*!43-010000 , 47379E+07 0. 570.!

UPIHEAD BRANCH COMPONENT .. 45-010000 1.472306407 .0 570.

HfLEGRA PIPE COMPONENT

'111-010000, ?.46325E407 0. 570.4 111-020000 1.46294E407 0. 570.4

HTLEGR2;.. :,. BRANCH,.: . COMPONENT

1'13-616606 1.462306.07 0. 570.•

INBOX : BRANCH:, . COMPONENT

121-bi000 1.466456t407 0. 570.4

UTUBIE ,:: - PIPE COMPONENT

122-010000 .46349E+07 0.570.'

122-020000* 1.461856+07 0. 570.g 122-030000 1.460256407 0. 570.4

:122-040000 1.:::1458446E07 0. 570.'

122-050000 1.456566+07 0. 570.,

122-060000.:::! -45485E+07 0. 570.'

122-070000 1.453e3io07 o. 570.,

'22-ý080000 1;45142E+07 0. 570.•

MIN.DTMAX.DT=

AVG.DTREQ.DT-

.100000

.100000

. 100000

.200000

SEC LAST DTSEC CRNT.DTSEC ERR.ESTSEC CPU-

.100000 SEC

.119921 SEC

3.443697E-08

3100.00 SEC

MS.ERRTOT.MSm

M. RATNTIME-

-. 529773

196371.

-2.697821E-06

150.000

290

KG

KG

SEC

599 -1.000000

16

31

31

52

32

32

30

59

S7

56

55

54

S5

3

52

52

12

48

47

47

'9

46

45

4

52

'I

40

393a

TEMPG

(K)

MASS ERROR616.32

615.27

615.32

615.38

616.44

615.45

616.10

614.92

614.72

014.51

614.31

614.11

814.57

614.01

613.92

613.87

613.79

613.30

613.28

613.25

613.47

613.31

613.22

613.14

613.04

612.93

612.84

612.75

-612.65

SAT. TEMP.

(K)

-. 52977 KG

615.32

616.27

615.32

615.38

615.44

615.45

615.10

614.92

614.72

614-.•1

614.31

614.11

614.57

614.01

8613.92

613.87

613.79

.613.30

613.28

613.25

613.47

613.31 . . 613.22

613.14

613.04

612.93

612.84

692.75

612i65

NONCOND.

VAPOR QUAL.

ERR.EST.-

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

*0.

0.'

.0.

0.

0.

0.

0.. 0.

0.

0''

0:

0.*

0.

0.

BORON DENS.

(KO/M3)

3.443706-08

.73133

.73104

.73105

.73106

.73107

.73107

.73100

.73096

.73091

.73087

.73082

.73078

.73091

.73076

.;73074

.73074

.73147

.73062

.73062

.73066

.73065

.73065

.73064

.73064

.13063

.73062

.73060

. 73059

UF

(J/KG)

1.30311E+06

1 .30396E +06

1 .303966+00

1.303966406

1.30396E+06

1.30396E+06

1.30396E+06

1.303976+06

1.30398E 406

1.30400E+06

1.30401Ef06

1.30402E408

1.303906406

1.30402E406

1.30401E406

1.304006 E406.

1. 30187E+06

1.30400E+06

1.30400E+06

1.30401E#06

1.304006+06

1.30394E406

1.30389E+06

i.30385E406

• . 30381E*06

i.303786+06

1.303766+06

I.30375E+06

1.303746406

UG VOL.

(J/KO) FLAG

2.45972E406

2.45996E+06

2.469756+06

2.459476406

2.45919E+06

2.45914E406

2.46070E+06

2.46141E+06

2.46223E+06

2.48304E+06

2.46383E406

2.46461E+06

2.462796+06

2.465006406

2.46536E406

2.46553E+06

2.465856+06

2.46777E+06

2.46784E+06

2.467971+06

2.467096E406

2.46772E+06

2.46807E+06

2.46841E406

2.46880EM+06

2.46920E406

2.46957E+06

2.46994E406

2.47030E+06

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 291

87/01/22.

122-090000 1.4497OE47 0.

122-100000 1.44799E+07 0.

122-110000 :144635E407 0.

UTUBE PIPE COMPONENT

124-010000 1.44525E207 0.

124-020000 1.44463E407 0.

i24-300000 1.44401E207 0.

124-040000 1.44338E+07 0.

.124-O5ooo0 1.44288E207 0.'

124-060000 1.44251E407 0.

1240o7oooo 1.44206E+07 0.

OUTBOX BRANCH COMPONENT

:125-010000 1.44288E407 0;

SEALR PIPE COMPONENT

131-010000 1.43653E+07 0.

131-020000 1.43747E+07 0.

.131-030000 1.43795E+07 0.

131-040000 1.43717E-07 0.

PUMPR PUMPF COMPONENT

RPM = 155.00 (RAD/SEC)

OCTANT-- 1.

140-010000 1.47526E+07 0.

COLORI ''" SNNGIVOL COMPONENT

151-010000 1.49570E+07 0.

COLOR2. ':-BRANCH ... : COMPONENT

152-010000 1.49536E207_ 0. .... COLOR3 PIPE COMPONENT

153-010000 1.49501E207 0.

153-020000 1.49704E407 0.

CVTANK TMOPVOL COMPONENT

:180o010000 2.0OOOOE00 7 0o

HTLEGG1 PIPE COMPONENT

211-010000 1.46323E407 0.

211-020000 1.46292E407 0.

!|TMEGG2 ' BRANCH COMPONENT

213-010000 1.46229E407 0.

INBOX .... BRANCH. .: COMPONENT

221-01i600 1.46644E4o7 0.

UTUBE. PIPE COMPONENT

222-010000 1.46347E+07 0.

222-0200001.O46184F t07 0;.

222:0386000 .46023E407 0.

222-,040000 1.45842E+07 *0.

222-050000 j.45655E407 0.

222-1060000- 1.45483E÷07 0.

222-076006 1.453114o07 0.

222i-080000 ]A!45140E+O7 0.7

222"090000 .449688E07 "0. ' 222-4100000:., 1 44796E+07 ,0."

222-1ii000 1.446326+07 0.:

UTUBE: ::--:!-::`' PIPE 'COMPONENT .. 224-ý016000 i.445226E07 0..

224"020000.: 1.44460E+07. 0.

224-'030000.. 1.44397t407 0.

224ý-0400001:.44.334E29070 0

224-050000 1.4428407 O. . 224-0P000-. -!.44247E*07.- 0.:"... '

570.37 612.56 612.56 0. .73057

570.37 612.46 612.46 0. .73055

570.36 612.37 612.37 0. .73053

570.36 612.31 612.31 0. .73052

570.36 612.28 612.28 0. .73050

570.36 612.25 612.25 0. .73049

570.36 612.21 612.21 0. .73048

570.36 612.18. 612.18 0. .73047

570.36 612.16 612.16 0. .73046

570.36 612.14 612.14 0. .73045

.570.36 612.18 612.18 0. .73046

570.'34 611.83 611.83 0. .73039

570.34 611.88 611.88 0. .73040

570.34 611.91 011.91 0. .73041

570.34 61i.87" 611.87 0. .73040

lEAD = 6.84443E105 (PA) TORQUE - -32239. (N-M)

MTR.TORQUE - 32239. (N-M) 570.51 613.95 613.95 0. .73076

570.59 615.05 615.05 0. .73098

570.58 615.03 615.03 0. .73100

510.58 615.01 615.01 0. .73100

570.69 615.12 615.12 0. .73102

560.58 638.85 638.85 0. .75821

570.48 613.30 613.30 0. .73062

570.47 613.28 613.28 0. .73062

570.47 613.25 613.25 0. .73061

570.49 603.47 613.47 0. .73066

570.46 613.31 613.31 0. .73065

570.45 613.22 613.22 0. ... 73065

570.44 613.13 613.13 0. .73064

570.42 .613.04 613.04 O .73064

570.41 612.93 612.93 0. .73063

570.40 612.84 612.84 0! .73062

570.39 612.75 612.75 0. .73060

570.38 612.65 612.65 0. .73059

570.37 612.56 612.56 0. .73057

570.37 612.46 612.46 0. O. .73055

570.36 612.37 612.37 0 . .73053

570.36 612.31 6121 .73052

570.36 612.28 612.28 0. .73050

570.36 612.24 612.24 0. .73049

570.36 -. 612.21 .. 612.21 .0: " 73048

570.36 612.18 612.8 0 .73047

:570.36 612.16 .. :6126 1 .. .:...73046

1.30374E+06

1.30374E+06

1.30374E+06

1.30375E406

1.30376E#06

1.30378E+06

1.30379E406

1.30380E+06

1.30381E406

1.30382E+06

1.30382E+06

1.30382E+06

1.30382E406

1.30382E+06

1.30382E406

1.30395E206

1.30396E406

1.30388E406

1.30389E406

1.30389E406

1.24252E+06

1.30400E+06

1.304002+06

1.30401E406

1.30400E406

1.30394E+06

1.30389E+06

1.30385E406

1.30381E÷06

1.30378E406

1.30376E+06

1.30375E+06

1.30374E+06

1.30374E+06

1.30374E+06

.1.30374E÷06

1.303752+06

1.30376E+06

1.30378E÷06

':1.30379E+06

1.30380E+06

1;30381E+06

2.47067E-406

2.47104E406

2.47140E406

2.47163E406

2.47176E 406

2.47190M+06

2.47203E #06

2.47214E406

2.47222E406

2.47232E406

2.47214E+06

2.4735012E06

2.4733 1E *06

2.47321E+06

2.47337E4 06

2.46522E+06

2.46090E406

2.46098E406

2.46 lO5E +06

2.46059E 406

2.30082E +06

2.46778E 406

2" 46784E÷06

2.46798E 406

2. 46709E+06

2.46773E 406

2. 46807E+06

2. 46842E206

2.46881E1406

2. 46921E-406

2.46957E ÷06

2.46994E-406

2. 47031E2+06

2.47068E 406

2.47 105E *06

2. 47140E+06

2.47164E:406"

2.47177E+06

2.47191E406

2.47204E+06

2.47215E206

2.47223E406

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

10

00

00

00

00

00

00

003

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

0000

00
RELAP5/2/36.04 REACTOR LOSS

SDE04: - SPRAY CAPACITY TEST AT

224-070000 1.44202E407 0.

OUTBOX BRANCH COMPONENT

225-010000 1.44284E407 0.

SEALGI PIPE COMPONENT

231-010000 1.43646E407 0.

231-020000 1.43741E407 0.

231-030000 1.43789E+07. 0.

SEALG2 BRANCH COMPONENT

V32-010000 1.43713E407 0.

PUMPR PUMP COMPONENT

RPM'i ' 155.00 (RAO/SEC)

OCTANT - 1

240o0100oo 1.47523E+07 0.

COLGi BRANCH COMPONENT

261ý-00000 1.405706407 0.

COLG2 PIPE COMPONENT

263-010000 1.49637E607 0.

253-020000 1.49503*E07 0.

253;030000 "1.49705E+07 0.

LETOOI TMDPVOL COMPONENT

282-010000 :3.80000E406 0.

IITLEGBi PIPE COMPONENT

311-010000 1.46326E407 0.

311-020000 1.462956E07 0.

HTLEG82. BRANCH COMPONENT

313-010000 1.46231E407 0.

INBOV . : BRANCH:.; COMPONENT

321-010000 1.46645E407 0.

UTUF,3:,E PIPE. COMPONENT

322-010000 1.46349E407 0.

322-020000": bi46186607 0.

322-030000 1.46025E#07 0.

322'040000. 1.45844E407 0.

322-050000 i.45657E407 0.

322-ý060000 1.454856*07 0.

322-070000 1.45314E407 o.

322-080000 1.451426407 0.

322-69000O i.4497E407 0.

322-100000 1.44799E+07 0.

322-110000 1.446356to0 0.

UTUBE PIPE'.' COMPONENT

J24-610060 1.44525E60? 0.

324-020000 1.444636+07 0.

324-030060 i.44401E407 0.

324-040000 "1.443386+07 0....

324•-00000 i.44288io07 0.

324-ý060000' 1'44251E+07 0.

324-070000 1.442066*07 0.

OUTBOX BRANCH '-COMPONENT

326 010000 1.442886407 0.

SEAL:: PIPE COMPONENT

33i-010000 1.436536*07 0.

33j-020000--.437466E07 0.

331-:030000 1.437946407 0.

331-040000 ::1.437176+07 0. :- PUMPN N PUMPi COMPONENT

RPM - 15F .. (RAO/SEC,

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

570.36 612.14

570.36 612.18

570.34 611.83

570.34 611.88

570.34 611.91

570.34 611.87

HEAD - 6.84759E105 (PA)

570.51 613.95

570.69 616.05

670.69 615.03

570.59 615.02

570.60 616.12

412.00 620.46

670.48 613.30

570.52 613.28

570.51 613.25

570.54 t 613.47

570.51 613.3i

570.49 613;22

570.47 613.14

570.45 613.04

570.44 612.93

570.43 612.84

5/O.42 612.76

570.40 612.65

570.40 612.56

570.39 612.46

570.38 612.31

570.38 612.31

570.37 612.28

570.37 612.25

570.37 612.21

570.37 612.18

570.37 612.16

570.37 612.14

570.37 612.18

570.34 611.83

570.35 :611.88

570.35 611.81 ... 570.35 611.87

PAGE

612.14

612.18

611.63

611.88

611.01

611.87

TORQUE

MTR.TORQUE

613.95

616.05

615.03

615.02

615.12

520.46

613.30

613.28

613.25

613.47

613.31

613.22

613.14

613.04

612.93

612.84

612.15

612.65

612.56

612.46 612.31

612.31

612.28

612.25

612.21

612.18

612.16

612.14

612.18

611.83

611. 9

... 611.87 "

87/01/22.

0. .73045

0. .73046

0. .73039

0. .73040

0. .73041

0. .73040

- -32241. (N-M)

- 32241. (N-M)

0. .73076

0. .73098

O. .73098

0. .73097

0. .73099

0. .92880

0. .73062

0. .73056

0. .73055

0. .73058

0. .73058

0. .73059

0. .73060

0. .73060

0. .73060

0. .73059

O. .73058

0. .73057

0. .73056

0. .73055

0. .73053

0. .73052

0. .73051

0. .73051

0. . .73050

0. .73049

0. .73049

0. .73048

0. :.73049

0. .73042

0. .73043

0. .73043

0. 73042

1.303826+06

1.30382E406

1.30382E606

1.30382E406

1.30382E406

1.30382E+06

1.303956E+06

1.30396E+06

1.30396E406

1.303976406

1.30397E+06

5.82440E406

1.30400E+06

1.30423E+06

1.304236E06

1.304266+06

i.30418E406

1.304116406

1.30405E406

1.303996+06

1.30395E606

1.303916406

1.30389E406

1.303876*06

1.30385E406

1.30384E*06

1.303846E06

1.30383E+06

1.303836+06

1.303846406

1.303846406

1.30384E406

1.303856406

1.30385E406

1.30385E06

fA.3038E406'

1i30386E+06

1.30386EiO6

:1630386E+06.

2.47233E406

2.472156E06

2.473526+06

2.47332E406

2.473226E06

2.47338E406

2.46523E+06

2.46090M+06

2.460976E06

2.461056406

2.460596406

2.601846E06

2.46777E+06

2.46784E406

2.46797E+06

2.46709E406

2.46772E+06

2.468076406

2.4684.16406

2;46080V+06

2.46920E606

2.46957E406

2.469946E06

2.47030E606

1.470676E06

2.471046406

2.47130E906

2.47163E+06

2.47176E+06

2.4719OE406

2.47203E06

2.472146*o6

2.47222E+06

2.47232t4O6

2.47214E406

2.4735iE406

2.47331E+06

2.47321E406

2.47338E406

292

00

00

00

00

00

00

10

00

00

00

(00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

0000

00

00

".843686-4O5. (PA?': 7T01QUE "--:32238o -W..'
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

:DOEL4-:'; SPRAY CAPACITY TEST AT ZERO POWER

-. QCTANT w I340-010000 1.47525E407 0.

COLDOBI - SNGOVOL . COMPONENT

351-010000 1.49569E+07 0.

COLOR2 :; BRANCIt COMPONENT

352-010000 1.49537E+07 0.

CoLDR3': PIPE COMPONENT

353-010000 1.49503E+07 0.

065-020000 t.49705E407 0.

SURGE PIPE COMPONENT

400`010000 1.46257E+07 .19574

400-020000 1.46178E407 .12588

400-030000 1.46096E+07 .10723

400-040000 1.46012E407 6.76408E-02

PRESSU PIPE" COMPONENT

410-010000 1.45960E+07 1.66164E-03

4JO-020000 1.45935E+07 3.63803E-03

410-030000 1.45897Ef07 7.07008E-03

410-040000 1.45833E+07 2.63779E-03

410-050000 1.45738E407 .51217

-410-060000 1.45672E407 .99909

410-070000 1.45645E+07 .99470

410-080000 1.45627E407 .99355

410-090000 1.45622E407 .99283

TOP: : BRANC. .: COMPONENT

420-010000 1.45619E407 .99191

SPRAYR BRANCH! COMPONENT

430-010000 1.50254E÷07 0.

SPRAYB . nRANCH COMPONENT

440-010000 1.50253E607 0.

SPRAYB .:.. DRANCI! COMPONENT

450-010000 1.45943E607 0.

TV490 ' TMDPVOL COMPONENT

490-010000 1.551OOE407 1.0000

SYSTEM 2 MASS- 0.

TV940..: . TMDPVOL* COMPONENT

940-010000 2.OOOOOE-fO5 0.

VOL.NO. RI iOF RHOG

(KG/M3) (KG/M3)

11-010000 731.31 96.794

13-;010000 :! 730.98. 96.693

15-010000 730.99 96.781

1:15-:020000 731.00 96.900

15-030000 731.02 97.020

23-;010000 731X02 97.041

25-010000 730.95 96.363

.:i31-.010000 : 730.91 96,031 31-020000 730.•86 95.635

.'31-030000 730;81 95.247

31-040000 730.77 94.869

7.31-050000 730.72 94.500

35-010000 730.86 95.363

:.39-010000 .730.71 94.314 41-010000 730.69 94.147

A43-010000 ".730.68 . 94.066

570.52 613.95

570.60 615.05

570.60 615.03

570.60 615.02

570.61 615.12

613.39 . 613.26

613.42 613.22

613.39 613.17

613.38 613.13

613.34 613.10

613.27 613.09

613.20 613.07

613.04 613.03

613.16 612.93

612.93 612.91

612.81 612.90

611.56 612.90

607.31 612.90

598.16 612.90

570.60 615.42

570.62 615.42

570.43 613.09

617.97 617.97

XG MASS ERROR- 0.

323.15 393.38

LIQ.V.VEL. VAP.V.VEL.

(M/SEC} (M/SEC)

3.58102E-02 3.58102E-02

7.8387 7.8312

7.5517 7.5517

7.5516 7.5516

7.5515 7.5515

-3.24931E-06 -6.59406E-04

5.0280 5.0280

4.8803 .. 4.8803

4.8806 4.8806

4.8809 4.8809

4.8812 4.8812

4.8815 4.8815

.70671 .70671

5.0298 5.0299

2.1902 2.1902

-7.49244E-03"-6.48614E-03

MTR.TE

613.95

615.O0

615.03

615.02

618. 1:

613.2f

613.22

613.13

613.13

613. CC

613.07

613.03

612.9f

612.94

612.93

612.9:

612.92

612.91

615.42

615.42

613.09

6i7.97

393.3E

SOUNDE

(M/SEC)

976.19

974.7E

974.83

974'.87

974.92

974.93

974.62

974.43

974.21

973.99

973.78

973.57

974.21

973.48

973.40

973.38

PAGE 293

3RQUE - 32238. (N-M)

0. .73079

0. .73100

0. .73100

0. .73099

0. .73101

0. .50850

0. .55182

0. .56287

0. .58662

0. .62661

0. .62398

0. .61620

0. .59975

0. .25678

0. 4.40630E-04

0. 2.57708E-03

0. 3.19234E-03

0. 3.75409E-03

0. 4.69266E-03

0. .73108

0. .73109

0. .73063

0. 0.

KG ERR.EST.- 0.

0. 0.

STATIC QUAL. TOT.HT.INP.

(WATTS)

0. 0.

0. *0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0.

0. 0.

0. 0 0. ... 0.

0. 0."

0."

1..30399E6OQ

1.30400E606

1.30400E+06

1.30401E+06

1.30401O406

1.57354E+06

1.57377E606

1.67361E406

1.57361E06

1.57335E406

1.57276E+06

1.57225E406

1.57101E+06

1.57205E406

1.57018E+06

1.56928E406

1.55949E406

1.52770E*06

1.46536E÷06

1.30387E+06

1 .30394E+06

1.30386E*06

1.60522E÷06

87/01/22.

2.46522E+06

2.46090E+06

2.46097E406

2.46105E406

2.46059Em05

2.46789E+06

2.46805E406

2.46823E+06

2.46844E÷06

2.46855E÷06

2.468661E+06

2.46869E 06

2.46682E+06

2.46857E+06

2.46888E+06

2.46900E606

2.46904E406

2.46909E 06

0.46910E+06

2.45930E606

2:45931E406

2.46859E+06

2.44763E+06

10

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

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VAP.HT.INP. VAPOR GEN.

(WATTS) (KG/M3-SEC)

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 ;- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 294

87/01/22.

45-010000

111-010000

111-020000

113-010000

121-010000

122-010000

122-020000

122-030000

122-040000

122-050000

122-060000

122--070000

*122-080000

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122-100000

122-110000 124-a loo0o 124-020000

124-030000

124-040000

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125-010000

131-010000

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140-010000

151-010000

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180-010000

211-010000

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213-010000

221-010000

222-L010000

222-020000

222-030000

222-ý040000

222-050000

222-060000

222-070000

222-080-000

2224090000

222-100000

222-110000

224-610000

224-020000 224-030O00

224ý040000

224-'050000

224-060000

224-070(xx,

225-0V :,0

731.46

730.57

730.57

730.56

730.61

730.60 730.60

730.59

730.69

730.58

730.57

730.56

730.64

730.52

730.50

730.48

730.47

730.46

730.46

730.43

730.42

730.42

730.41

730.42

730.35

730.36

730.38

730.35

730.72

730.94

730.96

730.96

730.98

758.21

730.57

730.57

730.56

730.61

730.60

730.60

730.59

730.59

730.58

730.57

730.55

730.54

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730.50

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730.47

730.46

730. 44

730.43-

730.42

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730.41 730,62

93.918

93.024

92.994

92.932

93.339

93.048

92.888

92.731

92.653

92.371

92.204

92.037

91.871

91.704

91.539

91.380

91.276

91.215

91.154

91.094

91.046

91.010

90.968

91.047

90.438

90.527

90.573

90.499

94.211

96.272

96.237

96.202

96.408

170.17

93.023

92.992

92.930

93.338

93.046

92.886

92.729

92.552

92.369

92.202

92.035

91.868

91 i702

91.536

* 91.377

91.272

91:212

91.151

.-91.090

91.042

91.OO6

90. 963

91.042

-4.81438E-06

14.865

14.866

14.866

1.9807

5.9739

5.9739

5.9739

5.9739

5.9740

5.9741

5.9742

6.9743

5.9745

5.9746

5.9748

6.9749

5.9750

6.9751

5.9752

5.9753

5.9754

5.9794

1.9813

13.035.

13.341

13.341

13.341

2.4855

16.953

16.961

16.963

14.970

7.79392E-03

14.877

14.878

14.878

1.9823

5.9785

5.9786

5.9786

5.9786

5.9787

5.9788

5.9789

5.9790

5.9791

5.9793

5.9794

5.9796

.5.9797

5.9798

5`9799

5.9800

5 9800

5.9801

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2.21465E-04

14.865

14.866

14.866

1.9801

5.9739

5.9739

5.9739

5.9739

5.9740

5.974 

1

5.9742

5.9743

5.9745

6.9746

5.9748

5.9749

5.9750

6.9751

5.9752

5.9753

5.9754

5.9754

1.9813

13.035

13.341

13.341

13.341

2.4855

16.953

16.912

16.963

14.970

7.79392E-03

14.877

14.878

14.878

1.9823

5.9785

5.9786

5.9786

5.9756

5.9787

5.9788

5.9789

5.9790

5i9791

5.9793

5.9704

5.9706

5.9797

5.9798

5.9799

5.9800

5.9800.

5.9801

1.98281

976.84

972.86

972.84

972.80

973.02

972.97

972.97

972.96 972.94

972.89

972.84

972.78

972.72

972.64

972.66

972.47

972.41

972.35

972.30

972.25

972.21

972.18

972.14

972.18

971.88

971.92

971.94

971.90

973.55

974.58

974.67

974.65

974.75

1442.5

972.86

972.84

972.80

973.02

972.97

972.97

972.96

972.94

972.89

972.84

972.78

972.71

972.64

972.55

972.47

972.40

972.35

972.30

972.25

972.21

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS pROGRAM. :V:DOEL4 - SPRAY.CAPACITY TEST AT ZERO POWER

231;-010000 730.35 90.432

231-020000 730.36 90.521

231-030000 730.36 90.567

232-010000 730.35 90.495

240-6010000 730.72 94.208

251-010000 730.94 96.272

253-010000 730.93 96.238

253-020000 730.93 96.204

253-4030000 730.95 96.409

282-010000 928.80 19.070

31a-010000 730;57 93.026

311-020000 730.48 92.995

313-o00000 730.47 92.932

321-010000 730.51 93.340

322-01000. 730.61 93.048

322-020000 730.51 92.888

322-030000 .- 730.1 2 .92.731

322-040000 730.52 92.553

322-0S0000 730.62 92.371

322-060000 730.51 92.204

322-070000. 730.50 92.037

322-080000 730.49 91.871

322-090000 730.48 91.705

322-100000 730.46 91.539

3224110000 730.45 91.380

324-010000 730.44 91.275

.324-ý0200007 730.43 91.215

324-030000 730.42- 91.154

324 040000 730.42 91.094

324-050000 730.4i 91.046

324-060000- 730.40 91.010

324-070000 730.40 90.968

325-010000 730.40 91'047

331-010000 730.34 90.437

331;-020000 730.34 : 90.527

331-030000 730.35 90.572

33ý-040000 730;34 90.498

340-OiOOOo 730.71 94.211

351ý-010000 730.92 96;271 352-;010000 730.92 96.238

353.-010000 730.91 98.201 353-020000 730.93 96.409

400;010000 609.28 :-92.962

400-020000 609.14 92.885

400-030000 609;21- 92.805

400-040000 609.20 92.718

410-010000: 609i32 92.667

410-o2OOO 609.64 02'.643

410 -030000 609.91. 92.606 410-040000 610.56 92.543

410-050000: 609.98 .. 92.520

410-060000 610.98 92.429

410-070000 61.1-48 92i394 410-080000 616.76 92.376

410-090000 633!21 92.365

20-010000 663.10 92.362 430-01000 731.04 9i:i:, 6.970

13.045

13.351

13.351

13.335

2.4844

16.945

16.042

16.942

14.951

8.09106E-0,

14.855

14.863

14.870

1.9812

5.9752

5.9752

5.9751

5.9751

5.9751

5.9751

5.9751

5.9752

5.9763

5.9754

5.9755

5.9756

6.9757

5.9758

5.9758

5.9759

5;,9759

5.9760

1.9814

13.036

13.342

13.342

13.342

2.4857

16.954

16.944

16.944 14.953

-. 12026 -. 11248 -. 10474

-9.31756E-0!

-2.62837E-0,

-2.752399-0:

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-3.39072E-0:

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-1.5060

.-. 67271 -. 45351 -. 52084 -. 32104

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13.045

13.351

13.351

13.335

2.4843

16.945

16.942

16.942

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4 8.09106E-04

14.855

14.863

14.870

1.9812

5.9752

5.9752

5.9761

5.9751

5.9761

5.9751

5.9751

5.9752

5.9753

5.9754

5.9755

5.9756

5.9757

5.9758

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5.9759

5.9759

5.9760

1.9814

13.036

13.342

13.342

13.342

2.4857

16.954

16.944

1 16.944

14.953

2.39405E-02

2.91215E-02

4.04117E-02

2 3.53139E-02

3 6.97389E-02

3 .19763

3 .17002.

3 .39733

2 1.539332-02

7.08323t-03

4,81061E-03

3.876392-03

4;365052-03

3.36703E-03

,46412 - :

971.88

971.92

971.94

971.90

973.54

974.57

974.55

974.53

974.63

1467.8

902.86

972.48

972.43

972.59

972.68

972.61

972.63

972.64

972.62

972.59

972.55

972.51

972.45

972.38

972.31

972.26

972.24

972.20

972.17

972.14

972.12

972.08

972.12

971.82

971.86

971.88

971.04

973.48

974.51

974.49

974.46

974.56

M13.22

107.23

105.70

102.69

* 97.843

97, 711

97.733

96.872 153.69

380.99

.375.31

373.70

372.20

369.64

975.,04

PAGE 295 87/01/22.

0. 0. 0. 0.

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3i58039E-02 14368i 45.150 6.32746E-02

2.148762-02 15936. 34.948 7.76537E-02

1.796762-02 16064. 38.983 8.186224E-02

1.092i02-02 16233. 21.435 8.66559t-02

2.53063E-04.: 4631:3 0. 7.06348E-02

5.545592-04 9289.1 0. 6.957762-02

1:.07997E-03 14982. 0. 6.40130E-02

4.007042-04 1.714302505 o. 5.09460E-02 . 13737 1.294562+05 4671.5 2.966132-02

.99400 5618.8 5459.6 -5.32920E-03

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' . ' 0.. . . ... 0 . . . 0 , .:Y: 0. . .-. 
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DITOEL4:- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 296

87/01/22.

440-010000 7,1.02 96.969

450-010000 730.58 92.651

490-01Oo 693.86 102,04

940-010000 988.11 1.1294

VOL.NO. LRGST.MASS ERR. RE[

.:....'.: EDIT TOTAL

11-010000 0 0

13-0100001 0 0

15-010000 0 0

15-010000 0 0

15-030000 0 0

23-010000 0 0

25-010000 0 0

• 31-00oooo. 0 0

31-020000 0 0 .-31-030000 0 0

31-040000 0 0

31-6ooooo 0 0

.35-010000 0 0

.35-010OO0 0 0

41-010000 0 0

43-010000. 0 0

45-010000 0 0

111-010000 0 0

111-020000 0 0

113-00000 0 0

121-010000 0 0

122-010000 0 0

122-020000 0 0

122-030000 0 0

122-040000 0 0

122-050000 0 0

122-060000 0 0

122-070000 0 0

122-080000 0 0

122-090000 0 0

122-100000 0 0

122-110000 0 0

024-010000 0 0

124-020000 0 0

124-•0o000 0 0

124-04ooo0 0 0.

124-050000 O 0

:124-060000..:.. 0 0

124-070000 0 0

125-010000'-- 0- 0

12-010000 -0 0

"131-020000 " 0 0

131-030000 0 0

.131-040000; -0. 0 

140-010000 0 0

'151-O 0000. .. 0... 0.. 0

152-010000'' 0 0

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153-1020.000 0 . 0 0

.46406

.92865

0.

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DUCE-QUALITY

EDIT TOTAL

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

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0 0

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0 0

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46406

1.3726

0.

0.

REOUCE-EX TRAP.

EDIT TOTAL

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

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0 0

0 0

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0 0

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0 o 0 0

0 0

0 0

0 0

0 0

0 0

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0 .0

0

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974.03

972.90

372.13

1537.3

0.

0.

1.0000

0.

REDUCE -MASS

EDIT TOTAL

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0 o o 0 0

0 0

0 0

0 0

0 0 o o 0 0 o 0

0 0

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-.*.: 0 0"0

0 0

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0.

O0

89426.

REDUCE-PROPTY.

EDIT TOTAL

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

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0 0

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0 0

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0 .0

0 " 0 - 0

0.

0.

0.

0.

MIN.COURANT

EDIT TOTAL

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0 0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

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0 0

0 0

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0 0

0 0

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0 0

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0 12

0 0

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0.

REOUCE-COURANT

EDIT TOTAL

0 0

0 0

0 0

0 0

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0 0

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0 0

0 0

0 0

0 0

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0. 0

0 0

150 743

0 0

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0 0

0 0
RELAP5/2/36.04 REACTOR LOSS

'. .. DOEL4:-ISPRAY CAPACITY TEST AT

OF COOLANT ANALYSIS PROGRAM

ZERO POWER

PAGE 297

87/01/22.

211-010000 0 0

211-020000 0 

0

2.13-010000 0 

0

221-010000 0 

0

2220010000 0 

0

222-020000 0 

0

222-010000 0 

0

222-040000 0 

0

222-05000 0 

0

222-060000 0 

0

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0

222-080000 0 

0

222-090000 0 

0

222M-100000 0 

0

222-110000 0 

0 224-010000 0 0

224-020000 0 

0

224-030000 0 

0

224-04oooo 0. 

0

224-050000 0 

0

224--060000 0 

0

224-070000 0 

0

225-010000 0 

0

231-010000 0 

0

231-020000 0 

0

231-030000 0 

0

232-010000 

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0

240-010000 0 

0

251-010000 ' 0 

0

253-010000 0 

0

253'-020000 

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253-030000 0 

0

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RELAP5/2/36.O4 REACTOR LOSS OF COOLANT ANALYSIS PPOGRAM

: DOEL4"-- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 298

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JUNiNO•;. FROM VOL. TO VOL. LI4VJ.VEI

SYSTEM I

UPDOWNCO..FA CI..COMPONENT

11-O0O0O0 -13-01OOO 11-010000

1..1020000 :11-010000 45-010000

UPDOWNOZZ BRANCH COMPONENT

%13-!0000 153-020000 13-010000

13-020000 253-030000 13-010000

e13-030000 353-020000 13-010000

13-040000 13-010000 15-010000

POWNCTS . ANNULUS COMPONENT

15-010000 15-010000 15-020000

}'.15-020000 :- 15-020000 15-030000

LOWPLEN BRANCiH COMPONENT

:23-010000 .15-030000 23-010000

23-020000 -23-010000 25-010000

COREIN ."BRANCH COMPONENT

25-010000 25"610000 31-010000

"..25-:020000 ,:..25-010000. 35-010000

CORE "PIPE 'COMPONENT

(31-010000.3 31-010000 31-020000

31 02bOO 31-020000 3i-030000 '.731-030000 31-030000: 31-040000

31ý-040000 31-040000 31-050000

COREEX'. BRANCH- '.: -.. COMPONENT ::'

"9-ý01000 31-050000 39-0i0000 •-020•. z?-010000 3o-o10oo

3.58102E

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14. 970

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4.8802

5.7162

4.8804

4.8807

4;8811

4.8814

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(M/SEC)

-02 3.58102E-02

17.924

14.970

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5.0278

4.8802

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5.7171

MASS-FLOW JUN.AREA

(KO/SEC) (M2)

THROAT

'RATIO

1.0000

1.0000

JUNCTION CHOKE NO.ADVS.CHOKEO

FLAGS FLAG EDIT TOTAL

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48.500

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4742.9

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

.0D0L4.- SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

UPPLENi. BRANCH COMPONENT

41-010000 39-010000 41-010000

:41-0200oo 41-o0oooo 43-O0OOOO

UPPLEN2 BRANCH COMPONENT

.43-010000 -43-010000 111-010000

43-020000 -43-010000 211-010000

437030000 -43-010000 311-010000

UPtEAD BRANCH COMPONENT

:.45-01so0oo" 43-010000 45-010000

tTLEGR I P1PE COMPONENT

11I-010000 111-O10000 111-020000

HTLEGR2 BRANCH COMPONENT

|Il-O100O .111-020000 113-010000

ItJBOX BRANCH COMPONENT

121-010000 121-010000 122-010000

121'-020000 113-010000 121-010000

!TUBE : -: PIPE COMPONENT

122-010000 122-010000 122-020000

122'020000 122-020000 122-030000

122-030000 122-030000 122-040000

122-040000 122-040000 122-050000

122-050000 122-050000 122-060000

:122-060000 122-060000 122-070000

122-070000 122-070000 122-080000

122-080000 122-080000 122-090000

122-090000 122-090000 122-100000

122-7100000 122-100000 122-110000

UJUN SNGLJUN COMPONENT

123-000000 122-110000ý 124-010000

UTUBE PIPE --------COMPONENT . :124-010000. 124-010000 124-020000

124-020000 124-020000 124-030000

124-030000 124-030000 124-040000

124-040000 124-040000 124-050000

,124-050000 124-050000 124-060000

124-060000 124-060000 124-070000

OUTBOX BRANCti COMPONENT

125-0100i 124-070000 125-010000

,125,020000 :1?25-010000. 131-010000

SEALR PIPE COMPONENT

131ý-010000" 131-010000 131-020000

131.020000 131-020000 131-030000

13!-030000 131-030000 .131-0o0000

PUMPRn PUMP COMPONENT

:140-010000 131-040000 140-010000

140-0O200 140 o-O 0000 151-Oi0000

COLDR2,-. ::':.BRANCH. -COMPONENT

152-•10000 1i1-01o000 i52-010000

'152-020000-152-010000 .153-010000

COLDR3 PIPE COMPONENT

153ý-010000 153-010000 153-020000

VJUN TMOPJUN COMPONENT

'181-000000 :.180-010000 152-010000

HTLEGGi " PIPE COMPONiENT

211-010000. :.211-010000' )2117020000

IITLEGG2 BRANCN COMPONENT

21..3-010000 PO:211-020000.- 213-010000

5.0299

2.1902

14.864

14.875

14. 854

-7.48431E-03

14.866

14.866

6.9738

14.866

5.9739

6.9739

5.9739

5.9740

5.9741

5.9742

5.9743

5.9744

5.9745

5.9747

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5.9751

5.9752

5.9753

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5.9754

5.0716

13.035

13.341

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16.955

16.943

16.963

16i963

242332

14.878

5.0299

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6;9742

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5.9744

5.9745

6.9747

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5.9751

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5.9754

5.9716

13.035

13.341

13.341

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13.341 16.9655

16.043

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2.2332

14.878

14187.

14187.

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT

DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE 300

87/01/22.

IN)OX: BRANCII COMPONENT

221-010000 221-010000 222-010000

221-020000 213-010000 221-010000

UTUBE PIPE COMPONENT

222-010000 222-010000 222-020000

222-020000 222-020000 222-030000

222-010000 222-030000 222-040000

222-040000 222-040000 222-050000

222-0o0000 222-050000 222-060000

222-060000 222-060000 222-070000

222-070000: 222-070000 222-080000

222-080000 222-080000 222-090000

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222-100000 222-100000 222-110000

UJUN SNQLJUN COMPONENT

223-000000 222-110000 224-010000

UTUHE PIPE COMPONENT

224-010000 224-010000 224-020000

224-020000 224-020000 224-030000

224-030000 224-030000 224-040000

224-040000 224-040000 224-050000

224-050000 224-050000 224-060000

224-060000 224-060000 224-070000

OUTBOX BRANCH COMPONENT

225-010000 224-070000 225-010000

225-020000 225-010000 231-010000

SEAl.1. -. PIPE 

. COMPONENT

231-010000 23i-010000 231-020000

231.-020000 .231-020000 231-030000

SEALG2 BRANCH COMPONENT

232-010000 231-030000 232-010000.

PUMPR PUMP COMPONENT

240-010000 .232-010000 240-010000

240-020000 240-010000 251-010000

COLGI.:: BRANCHi. COMPONENT

251-010000 251-010000 253-010000

COLG2 ...... PIPE .... COMPONENT

253-010000 253-010000 253-020000

253ý-020000 253-020000 253-030000

TJi3 TMDPJUN COMPONENT

283-000000 ..231-030000 282-010000

HTLEGB1 PIPE' COMPONENT

311-01000X0 311-010000 311-020000

SURGEJUN SNGLJUN COMPOENT

312-000000 -400-010000 -311;-020000

t1TLEi82 IBRANCH COMPONENT

313-010000 311-020000 313-010000

INaOX BRANCHI COMPONENT

321-010000 :.321-010000 .322-010000

321-020000 313-010000 32i-010000

UTUBE ..:.:.:: - PIPE 

. -' COMPONENT

322-010000 322-010000 322-020000

322`020000-322-020000 322-030000

322-030000 322-030000 322-.040000

322`-040000:322-040000. 322-050000

322-OtOC00 ',122-080000 322-060000

322-06C'..r 

- 22-060000-322-070000

5.9785

14.878

5.9786

5.9786

5.9786

5.9786

5.9787

5.9788

5.9789

5.9790

B.9792

5.9793

5.9795

5.9796

5.9797

5.9798

5.9799

5.9800

5.9801

5.9763

13.045

13.351

13.351

13.335

13.335

16.947

16.942

16.942

16.942

1.66141E-02

14.856

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14:870

5,9752

14. 870

5.9752

5.9751

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5.975i

5.9785

14.878

5.9786

5.9786

5.9786

5.9786

5.9787

5.9788

S.9789

5.9790

5.9792

5.9793

5.9795

5.9796

5.9797

5.9798

5.9799

5.9800

5.9801

5.9763

13.045

13.351

13.351

13.335

13.335

16.947

16.942

16.942

16.942

1.66141E-02

14.856

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14.870

5.9752

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5.9751

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1.0872 1.0000

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1.0872 1.0000

1.0872 1.0000

1.0879 1.0000

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.38300 1.0000

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,-,--.LAP5i2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

"OEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 301

87/01/22.

322-070000 322-070000 322-080000

322-080000 322-080000 322-090000

322-090000 322-090000 322-100000

322-100000 322-100000 322-110000

UJUN • - SNGLJUN . COMPONENT

323-000000 322-110000 324-010000

UTUBE:. PIP9 : COMPONENT

324-010000 324-010000 324-020000

$24-020006 324-02006 324-030000

324-030000 324-030000 324-040000

324-040000. 324-040000. 324-050000

324-050000 324-050000 324-060000

324ý-060000 324-060000 324-070000

OUTBOX BRANCH . COMPONENT

325'010000 324-070000.325-010000

325-020000 325-010000 331-010000

$EALS':,' PIPE COMPONENT

331-010000 331-010000 331-020000

331L-020000 331-020000 331-030000

331-030000 331-030000 331-040000

PUMPR .;' PUMP COMPONENT

340-*0610000 331-04000 340-010000

340-020000 340-010000 351-010000

COLDR2 BRANCH COMPONENT

352-010000.'351-010000 352-010000

352-020000 352-010000 353-010000

COLO-3 ý ' PTPE , COMPONENT

353-010000 353-010000 353-020000

SURGE. PIPE COMPONENT

60-61666 400`010060 400-020000

400-020000 400-020000 400-030000

400-030000 400-03000o 4oo-04oooo

SURGE :' SNGLJUN.; COMPONENT

405-000000 400-040ooo 410-010000

PRESSU : ' PTPE-': COMPONENT

410-010000 410-o00(o00 410-020000

410-020000 410-020000 410-030000

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410-040000 410-040000 410-050000 410o-o50o0 41o-o0o(ooo 410-060000

110ý-060000 410-060000 410-070000

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410-ý080000 410-080000 410-090000

TOP ''.......bANCti" COMPONENT

420-ý010000410-090000 420-010000

SPOAVAY WOANCH COMPONENT

430-010000,-;.151-010000..--430-010000.

SPRAYR VALVE COMPONENT

435(-000000 430-010000 '450-010000

SPRAYS' BRANCH . COMPONENT

440-010000 351-010000 440-010000

SPRAYS VALVE COMPONENT

445-O00 ::..440-010000::450-010000

SPRAYS " RANCH COMPONENT

450-ý010000 .::450-010000.420-010000( . PRESVAL ' VALVE ' COMPONENT

4891-0000.420-0100.00:: 490-01.0000

5.9752

5.9753

5.9754

5.9755

5.9756

5.9757

5.9757

5.9758

5.9759

5.9759

5.9760

5.9722

13.036

13.342

13.342

13.342

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16.957

16.944

16.944

16.945

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-8.64046E-02

-2.63012E-03

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6.9760

5.9722

13.036

13.342

13. 342

13.342

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16.957

16.944

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2.39405E-02

3.73249E-02

4.40388E-02

2.14698E-02

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1.04505E-02

5.35536E-03

4.26325E-03

5.36050E-03

3.36877E-03

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT . DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

SYSTEM:2'

ANALYSIS PROGRAM PAGE

87/01/22.

JUNNO, VOIDFJ

11-010000 1.0000

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111-010000 1 .0000

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121-01(000 1.0000

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1.936E-07 0. 2.30

1.748E-02 0. .429

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3.487E-02 0. .160

4.OO2E-02 0. 0.

4.002E-02 0. 0.

2.076E-O2 0. 1.43

3.426E-03 0. 5.27

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4.351E-04 0. 7.45

1.30 0. 2.47

1.30 0. 2.40

1.30 0. 2.31

1.30 0. 2.23

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4.350E-04 0. 6.45

I.905E-03 0. 2.04

3.897E-03 0. 0.

1.920E-02 0. .380

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3.836E-02 0. 0.

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1.316E-02 0i .255 2.551E--02 0. .

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT

.1:IOOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

152-020000 1.0000 0. BBY

153-010000 1.0000 0. BeY

181-000000 1.0000 0. BaY

211-010000 1.0000 0. BaY

213,010000 -.1.0000. 0. Bay

221-010000 1.0000 0. BeY

221-020000 1.0000 0. BaY

222-010000 1.0000 0. BeY

222-020000 1.0000 0. B1Y

222-030000 1.0000 0. BeY

222-040000 1.0000 0. BeY

222-050000 1.0000 0. BeY

222-060000 1.0000 0. BeY

222-070000 1.0000 0. BeY

222-080000 1.0000 0. BBY

222-090000 1.0000 0. BeY

222-100000 1.0000 o. BBY

223-000000 1.0000 0. BOY

224-010000 1.0000 0. BOY

224-020000 1.0000 0. BOY

224-030000 1.0000 0. BeY

224-040000 1.0000 0. BOY

224-050000 1.0000 0. BOY

224-060000 1.0000 0. BOY

228-010000 1;0000 0. BOY

225-020000 1.0000 0. BOY

231-010000 i.0000 0. BBY

231-020000 1.0000 0. BOY

232-010000 1.0000 0. BeY

240-010000 1.0000 0. BOBY

240-020000 1.0000 0. CTB

251-0i0000 1.0000 0. BOY

253-010000 1.0000 0. BOY

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283-000000 1.0000 0. BOY

311-010000 1.0000 0. BeY

312-000000 ,80426 0. BOY

313-010000 1.0000 0. BBY

321-010000- 1.0000 0. BOY

321:020000 1.00o00 0. BOBY

322-010000 1.0000 0. BOY

322-020000 1.0000 0. BeY

322-030000. 1.0000 0. BeY

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322-070000 1.0000. 0; BOY

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32470600.0 1,000 0.., BOY

ANALYSIS PROGRAM PAGE 303

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21.287

21.276

21.266

21.259

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21.240

13.611

12.334

20.961

21.209

21.208

13.324

14.121

21.622

21.620

20.356

21.210

21.383

2563.8

21.378

11.850

13.707

21.379

21.369

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21.345

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21.321

21.309

21.298

21 .286

21.274

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21.258

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21.250

21.246

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3. 196E-02

2.842E-02

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87/01/22.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

ANALYS IS PROGRAM PAGE 304

87/01/22.

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13.324

14.120

21.621

21.619

20.355

6796.6

6150.0

4897.9

1655.2

682.38

706.50

580.40

1181.3

36.172

20.300

103.43

122.11

192.99

18.062

21.527

18.062

21.527

785.10

199.62

HEAT FLU

(WATT/M2

-51.524k

0.

-1423.2

1258.6

-1233.4

1090.6

-1063,9

940.65

-885.37

782.65

-735.83

650.33

-609.07

538.17

-495.86

438.00

-394.76

348.55

-304.46

268.66

-223.82

197.31

-155.70

.650

1.316E-02

2.551E-02

3.326E-02

3.096E-02

1.074E-02

1.598E-02

3.197E-02

3. 196E-02

2.842E--02

.371

.389

.396

.217

5.362E-03

3.642E-03

7.676E-03

5. 148E-02

1.456E-04

6.202E-04

5.814E-04

1. 178E -04

1.416E-04

1.24

3.28

1.24

3.28

1.05

228.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

.534

.458

.434

.428

2.917E-03

1.637E-03

4.659E-03

1.050E-05

1.823E-04

7.828E-06

9.829E-08

2.434E-06

4.004E-06

0.

0.

0.

0.

4.094E-10

5.770E-02

.580

.255

0.

0.

0.

.195

.270

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

1.00

0.

.225

.325

0.

0.

0.

.195

.270

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

1.00

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

.377

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

4.501E+03

0.

4.501F+03

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

37.3

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

4.501E+03

0.

4.501E+03

0.

0.

STRF.NO. SIDE BDRY.VOL. SURFACE

NUMBER TEMP.

(K)

1211-001 LEFT. :;"121-010000 570;48 RIGHT 0-000000 570.49

1220-001 LEFT 122-010000 570.43

RIGHT 0-000000 570.35

1220-002:. LEFT.:".. 122-020000 570.42

RIGHT 0-000000 570.35

1220-003 LEFT: 122-030000 570.41

RIGHT 0-000000 570.35

1220-004 LEFT: : 122-040000 570.40

RIGHT 0-000000 570.35

.220-OO5. LEFT 1.22-050000 570 39 . .RIT O0-000000 570.35

1220-0.06LEFT 122-060000 570i38

iGuir 'o-0o00000 570.35

1 220•9007. LEFT.-. 122-070000, 570;38

RIGHT O-OC'0OO 570.35

:1220-r008:: LEFT :-"122-080000 570.37 .A............ RIGHT "0-600006 570.35

1220-009q LEFT.: .122-090000 570.37

RIGHT. 0-000000 570.35

1220-010 .:LEFT:-, 122-0000 570.36

RIGHT. 0-000000 570.35

:122C-0 1 :: LEFT .122-110000. 570.36

HEAT TRF.

RATE

(WATT)

-478.42

0.

-3.46893E405

3.46395E405

-2.90738E405

2.90295E405

-2.50789E405

2.503800E05

-2.63770E+05

2.63299E405

-1.85513E+05

i.85144Eio0

-1.53555E205

1.53212E*06

-1,25014E405

i.24696E.oS

-99524.

99229. .- 76759.

76485. -56428. ..

56173.

:-422254.:.:.::::

X CRITICAL MODE HEAT TRF.

HEAT FLUX COEF.

) (WATT/M2) (WATT/M2-'

K)

0. 2 5995.3

0. 0 0.

0. 2 37846..

0. 0 0.

0. 2 37847.

0. 0 0.

0. 2 37849.

0. 0 0.

0. 2 - 37850.

0. 0 0.

0. 2 37852.

0. 0 0.

0. O 2 37854.. O0. 0 0.

O. . 2 37856..

0. 0 0.

0. 2 37857.

0. 0 0. • O 2 37859.

0. 0 0. ... : 0 - .••• ... :.•.. 2 • . .:37861 •.•

0. 0 0. ...0,, O :•.:. : .. " .:2 ;:: 3"8•? i•.: ..

INT. 1I2A

SOURCE

(WATT)

0.

0.

0.

0.

0.

0.

0.

0.

0.

,0.

.O

AT NET HEAT VOL.AVE

LOSS TEMP.

(WATT) (K)

-478.42 570.49

-497.77 570.39

-442.95 570.38

-409.24 570.38

-471.03 570.37

-369.19 570.37

-342.59 570.37

-318.18 570.36

-295.55 . 570.36

. -274.51 570.36

-255.09.... -570;36

0... -254.09 .570.35
RELAPS/2/36.04 REACTOR LO

DOEL4 .-. SPRAY CAPACITY TEST

: RIGHT 0-000000

1231-001 LEFT 121-010000 : RIGHT 125-010000

1240-001 LEFT 124-010000 . ' RIGHT •0-000000

1240-002 LEFT 124-020000

RIGHT 0-000000

1240-003 LEFT 124-030000 : RIGT : 6-000000

1240-004 LEFT 124-040000

-RIGHT 0-000000

1240-005 LEFT 124-050000

RIGHT 0-000000

1240-006 LEFT 124-060000

RIGHT 0-000000.

1240-007 LEFT 124-070000

•IGHT 0-000000

1240-008 LEFT 124-070000

RIGHT 0-000000

1251-001 LEFT 125-010000

RIGHT 

- 0-000000

2211-001 LEFT 221-010000

RIGHT 0-000000

2220-001 LEFT 222-010000

RIGHT 0-000000

2220-002 LEFT 222-020000

: RIGHT'* 0-00O0000

2220-003 LEFT 222-030000

RIGHT 

. 0-000000

2220-004 LEFT 222-040000

RIGHT 

. 0-000000

2220-005 LEFT 222-050000

, RGHT ."0-000000

2220-0-06 LEFT 222-060000

2220-07'i: :..RIGHT. 0-000000

2220:-001 LEFT 222-070000

*RIGHT. 0-000000

2220-008 LEFT , 222-080000

RIGHT. 0-000000

2220-009 LEFT 222-09000

RIGOWT 0-000000

2220-010 LEFT 222-100000

*RIGHT! '-:0-000000

22 1LEFT "222- i10000

RIGHT. 0-000000

2231-001 LEFT' 221-0i0000

RIGHT 225-010.00

2240-001 LEFT 224-010000

RIGHT .. -000000'

2240;-002 LEFT 224-020000

* RIGHT..: 0ý-000000 224__-03 LEFT 224-030000

2240-004 LEFT 224-040000 i'.!':-~@i"; .'.:'i:. RIGHT..::.;:.. .0-000000

2240-005 LEFT 224-050000

RIGHT 0-000000.:

iSS OF COOLANT ANALYSIS PROGRAM

AT ZERO POWER

PAGE 305

87/01/22.

570.35

570.46

570.38

570.36

570.35

570.36

570.35

570.36

570.35

570.36

570.35

570.36

570.35

570.36

570.35

570.36

670.35

570.36

570.35

570.36

570.37

570.48

570.49

570.43

570.35

570.42

570.35

570.41

570.35

570.40

570.35"

570.39

570.35

570.38

570.35

570.38

570.35

570.31

570.35

570.37

570.35

570.36

570.35.

570.36

570;35

570.46

570.38

570.36

570.35

570.36

570.35

570.36

570.35

570.36

570.35

570.36

570.35::

41971.

-175.24

90.230

-32343.

32107.

-60676.

60285.

-61026.

60671.

-61367.

61039.

-37122.

36923.

-34350.

34175.

-35725.

35659.

-15250.

15179.

-162.09

0.

-478.26

0.

-3.46864E+1

3.46366E+(

-2.90722E+C

2.90279E#(

-2.50782E4(

2.50373E4(

-2.63773E4(

2.63301E4C

-1.85516E#C

1.85147Et(

-1.53559E*#

1.53216E+(

-1.25016E#(

1.24698E4(

-99524.

99228..

-76755.

76480;

-56419.

56164:

-42210.

41956.

-175.23

90.236

-32324.

32088.

-60647.

60256i

-60990.

60634.

-61324.

60996.

-37084.

36885.

137.06 0. 0 0.

-151.07 0. 2 5995.3

77.785 0. 2 5999.2

-119.26 0. 2 37865.

104.84 0. 0 0.

-120.33 0. 2 37865.

105.88 0. 0 0.

-121.03 0. 2 37866.

106.55 0. 0 0.

-121.71 0. 2 37867.

107.20 0. 0 0.

-115..47 0. 2 37868.

101.71 0. 0 0.

-116.56 0. 2 37869.

102.70 0. 0 0.

-121.23 0. 2 37869.

106.85 0. 0 0.

-121.23 0. 2 37869.

106.85 0. 0 0.

-17.456 0. 2 5999.2

0. 0. 0 0.

-51.506 0. 2 5999.0

0. 0. 0 0.

)5 -1423.1 0. 2 37869.

)5 1258.5 O 0 0.

35 -1233.4 0. 2 37871.

)5 1090.5 0. 0 0.

)5 -1063.9 0. 2 37872.

35 940.63 0. 0 0.

35 -885.38 0. 2 37874.

35 782.66 0. 0 0.

)5 -735.84 0. 2 37876.

05 650.34 0. 0 0.

)5 -609.08 0. 2 37877.

35 538.18 0. 0 0, )5 -495.87 0. 2 37879.

05 438.01 0. 0 0.

-394.16 0. 2 37881.

348.54 0. 0 0.

-304.45 0. 2 37883.

268.64 0. 0 0O

-223.78 0. 2 37885;

197.28 o. 0 O.

-155.65 0. 2 37887.

137.01 

. .... 0 0.

-151.06 0. 2 5999.0

77.790 O. 2 6002.9

-119.19 0. 2 37888.

104.78 "0.. 0 0; -120.28 0. 2 37889.

105.83 0. C 0 0.

-120.96 0. 2 37890.

106.49 0. ". ::0 0.

-121.62 0. 2 37891.

107,13 " 0 ... .i' 0 0. 

. -115.35 0. 2 37892. .101.60. . . ~**...0. -0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0..

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

-85.006

-236.12

-391.41

-355.63

-328.07

-198.38

-174.94

-166.22

-10.955

-162.09

-478.26

-497.80

-443.01

-409.31

-471.14

-369.29

-342.71

-318.30

-295.67

-274.63

-255.21

-254.20

-84.997

-136. 22

-391.58

-355.76

-328.18

-198.44

570.42

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.36

570.49

570.39

570.38

570.38

570.37

570.37

570.37

570.36

570.36

570.36

570.36

570.35

570.42

570.35

570.35

570.35

570.35

570.35

T. • ,

i
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

OML4"'- SPRAY CAPACITY TEST AT ZERO POWER

PACE 306

87/01/22.

2240-006 LEFT 224-060000

RIGHT 0-000000

2240-007 LEFT 224-070000

RIGHT 0-000000

2240-008 L.EFT 224-070000

RIGHT 0-000000

2251-001 LEFT 225-010000

RIGHT 0-000000

3211-001 LEFT 321-010000

RIGHT 0-000000

"3220-001 LEFT 322-010000

RIGHT 0-000000

3220-002 LEFT 322-020000

RIGHT 0-000000

3220-003 LEFT 322-030000

RIGHT 0-000000

3220-004 LEFT 322-040000

RIGHT 0-000000

3220-006 LEFT 322-050000

RIGIHT 0-000000

3220-006 LEFT 322-060000

RIGIIT 0-000000

3220-007 LEFT. 322-070000

RIGHT 0-000000

3220-008 LEFT -322-080000

RIGHT 0-000000

3220-009 LEFT 322-090000

RIGHT 0-000000

3220-010 LEFT. 322-100000

RIGHT 0-000000

3220;-01 LEFT 322-110000

RIGHT .0-000000

3231ý001 I-EFT 321-010000

RIGHT 325-010000

3240-001 LEFT.. 324-010000

RIGHT 0-000000

3240-002 LEFT. 324-020000 RIGHT 0-0000(X0

3240-003. LEFT 324-030000

RIGHT 0-000000

240.qO04..LEFT • 324-040000

RIGHT 0-000000

3240-005" LEFT 324-050000 .... RIGHtT 0-000000

3240-006 LEFT .... 324-060000

RIGHT 0-000000

3240-6007: LEFT 324-070000

RGOHT 0-000600

3240-008'"' LEFT 324-070000

RIGHT 0-000000

3261-001 O oLEFT. :. i :325-010000

R IGHT 0-0X0000 4000-0O01• I.EFT 400-010000

RIGHT 940-0i0000

400OO-02,..LEFT 

.:--.?400-020000

. RIGHT 940-010000 4QooQo,'Qr- .LC5 :...4O0:)30(X0. ..

570.36 -34315.

570.35 34140.

570.36 -35693.

570.35 35527.

570.36 -15236.

570.35 15165.

570.36 -162.01

570.37 0.

570.58 2206.0

570.50 0.

570.46 -4.80765E40!

570.35 4.82743E+0O

570.44 -4.09616E+01

570.35 4.11374E4O(

670.43 -3.59949E+01

570.35 3.61540E+0!

570.42 -3.87742E+01

570.35 3.89463EI00

670.41 -2.81216EýOl

570.35 2.82463E40!

570.40 -2.40783E+OE

570.35 2.41830EI00

670.39 -2.04432E+O!

570.35 2.05302E40O

570.39 -1.71751E+Og

570.35 1.72475E.'0!

670.38 -1.42383E+0!

570.35 1.42997EfO0

570.38 -1.16011EfO0

570.35 1.16550EW0!

570.37 -99999.

570.35 1.00524E4O0

570.54 40.613

570.41 276.69

570.37 -84435.

570.35 84927.

570.37 -1.41359Ef0!

510.35 1.42170Eiom

570.36 -1;28330E40!

570.35 1.29001E+O0

570.36 -1.17513FfO!

570.35 1.18017E40O

570.36 -68830.

570.35 69085.

570.36 -60363.

570.35 60542.

570.36 -57971.

570.35 58089.

570.36 -24746.

570.35 24796.

570.37 .31.046

570.37 0.

613.67 14368.

614.66 4605.2

613.63- 15936v

604.77 4605.9

613.59 1606'.

-116.44

102.59

-121.12

106.76

-121.12

106.76

-17.447

0.

237.58

0.

5 -1972.5

5 1753.9

i -1737.7

5 1545.5

; -1527.0

5 1358.3

5 -1301.5

5 1157.7

5 -1115.4

5 992.16

; -955.05

5 849.44

5 -810.87

5 721.13

; -681.24

5 605.83

-564.75

502.28

-460.15

5 409.39

-368.74

5 328.26

35.011

238.53

-311.35

217.33

5 -280.35

5 249.69

5 -254.51

5 226.56

5 -233.05

5 207.27

-214.10

190.30

-204.83

181.93

-196.71

i74.56

-196.71

174.56

3.3435

0.

2861.7

731.70

3173.9

731.97 3199.5

0. 

2

0. 

0

0. 

2

0. 

0

0. 

2

0. 

0

0. 

2

0. 

0

0. 

2

0. 

0

0. 

2

0. 

0

0. 

2

0. 

0

0. 

2

0. 

0

0. 

2

0. 0

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2

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0 0. 2

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0

0. 

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0

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0. 

0

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0. 

0

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0. 

0

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0

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2

0. 2

0. 

2

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2

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0. 

0

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0. 

0

0. 

2

0. 0

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0. 

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0. 0

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3.007905E06 4

0. 

0

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4 0. 0

S3 .OtOB7E+C•• 4

37892.

0.

37893.

0.

37893.

0.

6002. 9

0.

5996.2

0.

37852.

0.

37853.

0.

37854.

0.

37865.

0.

37857.

0.

37858.

0.

37860.

0.

37861.

0.

37863.

0.

37865.

0.

37867.

0.

5996.2

5999.6

37868.

0.

37869.

0.

37869.

0.

37870.

0.

37871.

0.

37871.

0.

37872.

0.

37872.

0.

5999.6

o.

7221.7

2.5100

7970.9

2.5100

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0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0. Ol .

-174.98

-166.27

-.70.975

-162.01

2206.0

1977.6

1758.1

1590.3

1721.3

1246.9

1047.1

869.80

724.17

614.21

538.28

524.75

317.31

491.59

811.50

671.04

504.18

254.75

179.20

118.21

50.459

31.046

18974.

20543.

206716

570.35

570.35

570.35

570.36

570.53

570.40

670.40

570.39

570.38

570.38

570.37

670.37

570.37

570.36

570.36

570.36

570.49

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.37

614.42

614.48

'.. ' 

. 44
RELAP5/2/36.04

DOEL4"ý- SPRAY

RIGHT

4000-004 LEFT

RIGHT

4101-OO1 LEFT

RIGIHT

4101-002 LEFT

RIGHT

4102-001 LEFT

RIGHT

4102-002 LEFT

RIGIT

4102-003 LEFT

RIGHT

4 102-004 LEFT

RIGHT

4 i02-005 LEFT

RIGHT

4102-006 LEFT

RIGHT

4103-001 LEFT

RIGHT

4103-002 LEFT

RIGHT

41,13-001 LEFT

RIGHT

4113-002 LEFT

: .: *." RIGHT

REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

CAPACITY TEST AT ZERO POWER

PAGE 307

87/01/22.

940-010000

400-040000

940-010000

410-010000

940-010000

410-020000 940-010000

410-030000

940-010000

410-040000

940-010000

410-050000

940-010000

410-060000

940-010000

410-070000

940-010000

410-080000

940-010000

410-090000

940-010000

420-010000

940-010000

0-000000

410-040000

0-000000

.410-050000

614.74

613.54

614.70

613.50

614.98

613.49

614.98

613.47

615.05

613.43

615.05

613.77

615.87

615.00

615.88

613.92

615.88

613.70

615.89

613.57

615.98

613.49

615.96

616.70

613.84

617.29

614.41

4606.4

16233.

4605.8

4631.3

1224.7

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31634.

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16329.

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9937.7

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0.

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0.

47101.

731.89

3233.2

731.80

3161.2

732.49

3169.7

732.49

3201.9

732.66

3232.7

732.67

4106.9

734.74

280.20

734.75

5812.6

734.74

4834.5

734.78

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8003.0

2.5100

8040.3

2.5100

5198.7

2,5100

136.41

2.6100

5859.8

2.5100

6073.0

2.5100

7302.2

2.5100

7387.0

2.5100

0.

16041.

0.

9171.4

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

1.38750E+05

46250.

20839.

5856.0

11739.

18781.

39581.

98683.

21948.

1.32887E405

26430.

11574.

7648.5

1045.8

851.37

614.40

.615.08

615.07

615.10

615.10

615.77

616.03

615.83

615.76

615.72

615.66

614.90

615.48

.S TR .NO.:

12 11-001

1220-001

1220-002

:1220003

1220-004

.1220-005.

1220-006

1220-007

0220-008

.1220-009

1220-old

.1220,0o11

1231-001

1240;-001

1240-o02

.240-003

1240-004

1240-005

1240-006

.1240-007-i" 1240-00)8

.1251-001.:

2211-001

2220-001:

2220-002

22207003

2220-004

2220-005.

MESH POINT

570.48

570.43"

570.42

570.41

570.40

570;39

570.38

570;38

570.31

570.37

570.36

570.36

570.46

570.36

570'36

570.36..

570.36

570.36

570.36

570.36

570.36

,570.36

570.48

570.43

570.42

570.41

570.40

570639.

TEMPERATURES

570.48

570.39

570.38

570.38

570.37

570.37

570.37

570.36

570.36

570.36 570.36

570;35

570.43

570;35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.36

570.48

570.39

570.38

ý570.38

570.37

570.37'. "

(K)

570.49

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.40

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.36

570;49

570.35

570.35

570.35

570.35

570'35

570.49 570.49

570.38

570.36

570.49

570.37

570.49
RELAP5/2/36.04 REACTOR LOSS OF COOLANT . !DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE 308

87/01/22.

2220-006

2220-007

2220-008

2220-009

2220-010 

: 2220-011

2231-001

2240-001

2240-002

2240-003

22420-04

2240-005

2240-006

2240-007

2240-008

2251-001

3211-00I

3220-001

3220-002

3220-003

3220-004

3220-005

3220-006

3220-007

3220-008

3220-009

3220-010

3220-011

3231-001.

3240-001

3240ý-002

3240-003'

3240-004

3240-005

3240-006",

3240-001"

3240-001)

3251-001

4000-001

4000-002

4000-003

4000-004

4101--001

4101-0d2

4102-001

4102-00.2

4102-7 003

4102ý-004

4102-ý005.;.

4102-006

4103-001::,

4i03-002

4113-001

4113-002

570.38

570.38

570.37

570.37

570.36

570.36

570;46

570.36

570.36

570.36

670.36

570.36

570.36

570.36

570.36

570.36

570.58

570.46

570.44

570.43

570.42

570.41

570.40

570.39

570;39

570.38 .570.38

570.37

570.54-

570.37

570.37

570.36 570.36

570.36

57036

570.36

570.36

570.31

613.67

613.63

613.59

613.54

613.50

613.49

:613.47

613.43

613.77.-.

615.00

613.92-

613.70

613.57

613.49

616.70..

617.29

570.37

570.36

570.36

570.36

570.36

570.35

570.43

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.36

570.66

570.40

570.40

570.39

570.38

570.38

570;38

570.37

570.37

570.36

570.36

570.36

570.52

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.36

570.37

614.34

614.38

614; 34

614.30

615.46

615.45

615;46

615.46 616.11

616.28 ,.616.20

616.10

615.97

615.88

615. 14

615.72

570.35

570.35

570.35

570.35

570.35

570.35

570.40

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.36

570.52

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.47

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.37

614.68

614.77

614.74-

614.70

615.50

615.50

615.55

615.55

616.34

616.36

616.36

616.35

616.35

616.32

613.84

614.41

570.38

570.36

570.50

570.37

570.60

570.41

570.37

614.66

614.71

614.74

614.70

614.98

614.98

615.05

615.05

615.87

615.88

615.88

615.89

615.98

615.96

570.37

CONTROL VAfIAOLE EDIT

.1:;1.. * ,P .... .. V 26378.0 f-c V7A

1 290. SU
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

"'D EL4'- 'SPRAY CAPACITY TEST AT ZERO POWER

PAGE 309

87/01/22.

3.'. CVENERGY MULT

5 ENTilIA231 SUM

7- PRZRIIEAT SUM

9 BALANCE SUM

11- MEAS-P FUNCTION.

13 TEMPF420 MULT

'1 SAT42O MULT

20 P/R110450 DIV

.22 SPRENER MULT

24 ENTHA410 SUM

2 . SPRBALAN. SUM

28 VAPGEN SUM

-32 TURBPOW SUM

101 LAGI LAG

103 LL! LEAD-LAG

105 ??? SUM

•107 LAG2 LAG

109 LL3 LEAD-LAG

1• .s4 S SUM

113 S6 SUM

'135 ILMIT:: MULT

137 D(AREA) PROP-INT

140 AREA$*2 MULT

142 K(T4DT) SUM

.144 K(T) MULT

146 P(T) MULT

15:4.104: OUM SUM

156 DUM MULT

!5 .. . SUM

160 DUM MULT'

:"171 I PUM MULT

173 DUM MULT

1•75 8*2 

. MULT

177 B2-4AC SUM -.. 79 . UM . ..... SUM

181 Q(T*DT) SUM

1'183 Q0(TfDT) MULT

185 P(PUMP) FUNCTION

200 TAVG(G) SUM

202 SI SUM

204'... 52 SUM

206 DELTA-t SUM ..208 -LL2 . LEA-LA

210 LAG3 LAG

212 ::.' S5 5. ... SUM "

281 LETi SuM.

283:.-.:. LET3 .- STDFNCTN.

300 TAVG(B) SUM

:302• S1SUM

304 S2 SUMl .. 306 -:...:'DELTA-T SUM.

308 LL2 LEAD-LAG

310. LAG3 

. LAG

312 S5 SlM

400 COLLEVEL, :SUM'.,

'404 PRZMASS SUM ..411J...'. L-REF. FUNCTION,

7.498426Et06

1.323485E$06

491023.

5.573428E406

1.455000E407

598.155

612.914

19976.3

5.379275E#06

1.597549E+06

-334169.

-. 313216

0.

570.532

-. 680433

-436255.

-. 118678

570.526

0.

41.1830

9.50000

2.113495E-05

8.607131E-03

28547.6

28547.6

1.495356E407

982638i

129.185

28418.5

1.852054E-02

6.525766E-07

16.5734

1.940733E#09

1.939204E409

-8.67370

11.3695

7.94906

2.022272E+07

570.534

-14.6177

-11888.7

-. 117951

-. 107102

570.525

-3.315289E-02

2.112957E#07

5.90940

570.538

•-14.6133

-1i888.7

-i125139

-. 101355

570.532

-3.314295E-02

22.7607

11773.3

25.4154

4 P/RH0231 DIV

6 LETDENER MULT

8 PRZVAPH SUM

10 CALC-P MULT

12 MEAS-L FUNCTION

14 TEMPG420 MULT

16 SPRYTEMP MULT

21 ENTHA450 SUM

23 P/RHD400 DIV

25 SURGENER MULT

•27 HEATERW SUM

31 POW SUM

100 TAVG(R) SUM

102 t1 SUM

104 S2 SUM

106 DELTA-T SUM

108 LL2 LEAD-LAG

110 LAG3 LAG

112 S5 SUM

134 LEVREG PROP-INT

136 DELTAF SUM

139 VALVAREA SUM

141 K(VALV) OIV

143 DELTA-K SUM

145 DELTA-P SUM

153 KOQ02 MULT

155 A(T) DIV

157 DUM MULT

159 pUM MULT

170 B SUM

172 OUM MULT

174 C SUM

176 AC4 MULT

178 SORT STDFNCTN

180 DELTA-Q DIV

182 DUM STDFNCTN

184 OTOT SUM

186 DFDQ FUNCTION

201 LAGI LAO

203 LL1 LEAD-LAG

205 7??7 SUM

207 LAG2 LAG

209 LL3 LEAD-LAG

211 S4 SUM

213 S6. 

. SUM

282 LUT2 MOLO

284 LETDOWN MULT

301 LAGI LAG

303 LL. LEAD-LAO

305 7??. SUM

307.. .LAG2 -... LAG

309 LL3 LEAD-LAG

311! 54 SUM

313 56 SUM

402 OPLEVEL .. .. SUM

410 T-AUCT-H STOFNCTNH"

.. 412 DELT-LEV, ... SUM

19668.4

7.821009E+06

10131.1

1.456194E407 30.1800

612.895

670.435

1.323837E406

24004.7

6.204467E+06

186839.

0.

670.634

-14.6177

-11888.7

-. 117703 -. 106914

570.525

-3.315303E-02

2.231887E-02

2.519697E-02

9.277462E-02

28139.0

.128206

-3.28475

936422.

1.017669E-06

-44042.4

324580.

44053.7

-3.13026

13.4432

1.528135E+06

44036.4

3.052137E-04

.699158

19.3185

-46213.2

570.532

-. 580432

-436255,

-. 118931

570;526

0.

:41.1830

1.543195E+10

• 21.4021

570.537

-. 580410

-436255.

-. 127395

570.532

0.-

41.1826

28.7841

570.538 3..•36863...,
RELAP5/2/36.04 REACTOR LOSS OF: COOLANT At.ALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

.413 DELTA-P SUM --947250. 414 DP-CORR

415 POW-HE 11 TRIPUNIT 0. 416 POW BKR

417 PoWVAR FUNCTION 308000. 418 TOTPOW

435 SPRAYVAL FUNCTION .20000 445 SPRAYVAL

606 POWCOI.DL SlIM 37121.8 607 POWPREII

608 powtiorOLG SUM 1.152190EI06 609 POWUBENO

:610 $GPOWER. SUM 2.229796EA06 706 POWCOLDL

707 POWPREII SUM 85243.7 708 POWIIOTLG

709 POWUJENO SUM 954284. 710 SGPOWER

806 POWCOLDL SUM 68830.4 .807 POWPREH

808 POWHOTLO SUM 1. 638072E #06 809 POWUDEHD

810 SGPOWER SUM 3.575640EI06 900 MGI

901 MG2 MULT .405739 902 M03

903 MG4 MULT 1.26332 904 MG5

90o Mo6 MULT 079.356- 906 M07

907 MGB MULT 227. 111 908 MG9

9 909 M1Ob MULT 52.1013 911 PRZMASW

912 PRZMASL SUM 8959.78 920 SURGItEAT

--- RESTART NO. 1500 WRITTEN. BLOCK NO1. 6---

NUMBER OF ELEMENTS IN SPARSE MATRIX 1: ORIGINAL - 410, FACTORED 665

PAGE 310

87/01/22.

PROP-INT

TRIPUNIT

FUNCTION

FUNCT ION

SUM

SUM

SUM

SUM

SUM

SUM

SUM

MUL T

MULT

MUL T

MUL T

MUL T

SUM

SUM

ROUNDOFF ERROR -

-1.255148E$06

0.

185000.

.200000

85325.9

954432.

37083.9

1.152141E#06

2.229478E406

143080.

1.728212E405

9.267131E-02

1.62016

502.545

974.687

74.3255

2813.51

62602.5

1. 600XX0)E - 11 NCOUNT - 1501
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM "DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 311

87/01/22.

.. ATTEMPTED REPEATED ADVi. ADV: TOT.- 1600 EDIT- 100 TOT.- 0 EDIT- 0

SUCCESSFUL ADVi TOT.- 1600 EDIT- 100

REQUESTED ADV: TOT.= 800 EDIT- 50

TRIP NUMBER. TRIP TIME (SEC)

597 1.000C0OE-01 598 20.10000

698 -.1.000000

VOL.NO. PRESSURE VOIDG TEMPF

(PA) (K)

SYSTEM- I MASS- 1.96370E+05 KO

UPDOWNC BRANC1! COMPONENT

:'114 01000 1;50233E4O7 0. 570.

UPDOWNOZZ ORANCII COMPONENT

13-01OO0 1.60134E÷07 0. 570.1

DOWNCTS ANNULUS COMPONENT

S15-010000 1.60219E607 0. 570.I

15-020000 1.50336E407 0. 570.1

:15-03O0O0 1.50453E6O7 0; 570.1

IOWPLEN BRANCII COMPONENT

:23-010000 1.50473E407 0. 570.1

COREIN BRANCH COMPONENT

25-010000 1.49809E407 0. 670.1

CORE PIPE COMPONENT .31-010O00 1.49483E+07 0. 570.!

31-020000 1.49093E407 0. 570.1

.31-030000 1.48709EfO7 0. 570.!

31-040000 1.48333EO7 0. 570.'

.31-050000 1.47965E407 0. 570.'

BYPASS SNGLVOL COMPONENT

*!35-O10000 1.48825E407 0." 570.

COREEX BRANCH COMPONENT

J'39701Q000 1,47776EO7 0. 570.'

UPPLENI BRANCH COMPONENT

:,417:010000 1476106+O7 .0... 570.!

UPPLEN2 BRANCH COMPONENT

; 43-01OOOO:..,47528E#O7 - 0570..

UbHEAD BRANCH COMPONENT

-*45-QO!OOO 1.47380E407 0. 570.

hTLtGRI PIPE COMPONENT

•111-•010000..: .46474E+07. O 570.

111-020000 1.46443iO7 0. 570.

HTLEGR2.-: . BRANCII .* COMPONENT

1il-010000 1.463808607 0. 570.

INBOX'-:": BRANCH!.. COMPONENT

i21•d .0-OO1.46794E+07 0. 570.

UTUBE .. PIPE COMPONENT

22-0000 1.46498.07 0. "O570.,

122-020000 1:46335E+07 0. 570.

122-030000 1.46174E007 0. 570.,

122-w040000 •.1.45993E+07 O, 570.'

122-050000 1.45806E.O7 0. 570.,

122-;060000 .1.45634E607" 0..'.. 570i

122-070•0" I.45463Ef07"0. 570.

1220800O .!1:45291E+07 .0. 670.:

MIN.DTMAX.DTAVG. DTREO.DT1.000000E-01 SEC

.100000 SEC

1.000OOO-01 SEC

.200000 SEC

LAST QTCRNT.DTERR.ESTCPU1.000000E-01 SEC

.119935 SEC

6.3908866E-07

3304.04 SEC

MS.ERRTOT.MSM. RATOTIME -

.168164

196370.

8.563594E-07

160.000

KG

KG

SEC

699 -1.000000

49

61

62

62

63

63

60

59

58

57

56

54

56

54

53

53.

14

49

49

48

50

48

46

45

43

42

41

40

39

TEMPG

(K)

MASS ERROR615.40

615.35

615.40

615.46

618.52

615.53

615.18

615.00

614.80

614.59

614.39

614.19

614.65

614.09

614.00

613.95

613.87

613.38

613.36

613.33

-613.55

613.30

613.22

613.12

613.02

612.92

612.83

612.73

SAT. TEMP. NONCONO. BORON DENS.

(K) VAPOR QUAL. (KG/M3)

.16816 KG ERR.EST.a 6.39089E-07

615.40 0. .73130

615.36 0. .73106

615.40 0. .73107

615.46 0. .73108

615.52 0. .73109

615.53 0. .. 73109

615.18 0. .73102

615.00 0. .73098

614.80 0. .73093

614.59 0. .73089

614.39 0. .73084

614.19 0. .73080

614.65 0. .73092

614.09 0. .73078

614.00 0. .73076

613.95 0.* .73075

613.87 0. .73147

613.38 0. .73064

613.36 0. .73063

613.33 0.. .73062

635"- 3_ 0. .73067

13.39 .. 73066

613.30 O " .73066

613.22 0. ;73066

. 613.12 0: .73066

613.02 0. .73065

612.92:. ' 0.. .' .73064 . 612.83 0. .73063

* 612.73 0. 73061

UF

(J/KG)

1.30324E+06 2.45935E+06'

1.30395E+06 2.46960E+06

1.30395E+06 2.46939E+06

1.30395E406 2.45910E406

1.30395E+06 2.45882E406

1.30396E6O6 2.45877E+06.

1.30396E+06 2.46036E406

1.303976+06 2.46110I406

1.30399E606 2.46192E+06

1.30400E+06 2.46272E606

1.30402E406 2.46351E+06

1.30403E6O6 2.46429E+06

1.30395E+06 2.46248E+06

1.30403E+06 2.46469E#06

1.30403E+06 2.46504E406

1.30402E406 2.46522E+06

1.30191E#06 '2.46553E#06

1I30402E406 2.46746E4O6

1.30403E406 2.46752E406

i.30403E+06 2.46766E606

1.30404E+06 2.46677E+06

I.30397E+06 2.46740E06

1.30391E+06 2.46775E+06

1.30387E406 2.46809+EO6

1.30382E+06 2.46848E+06

1.30379E+06 2.46888E406

1.30377E+06 2 46925FtO6

i.30375E+o6 2.46962E406

.1.30374E6O6 . 2.46998E+06

UG VOL.

(J/Ka) FLAG

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

0O

00

00

00

00

00

00

00
REI.APS/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 312

87/01/22.

122-090000 1.4512OE407 0.

122-100000 1.44948E+07 0.

122-110000 i.44784E407 0.

UTUBE PIPE COMPONENT

124-010000 1.44675E407 0.

124-020000 1.44613E+07 0.

124-030000 1.44550E07 O0.

124-040000 1.44487E407 0.

124-05000o 1.44437E4O7 0.

.124-060000 1.44400E+07 0.

124-070000, 144356E407 0.

OIJTBOX BRANCH COMPONENT

125-P10000 li44438E407 0.

SEALR PIPE COMPONE N

.131-010000 1.43803E+07 0.

131-020000 1.43896E607 0.

131-030000 1.43944E607 0.

131-040000 1.438676E07 0.

POMPR PUtMP . COMPONENT

RPM - 155.OO (RAD/SEC)

OCTANT ! 1

140-010000 1.47676E407 0.

COLORt 1 SNGLVOL COMPONENT

151-010000 i.497216E07 0.

COLOR2 EARANCH COMPONENT

152-010000 1.49685E407 0.

COLOR3 ` PIPE" COMPONENT

153-610000 1.49651E407 0.

:153-020000 1.49854E+07 0.

CVTANK TMDPVOL COMPONENT

:180-010000 200000E407 0.

HTLEGGI, PIPE COMPONENT

211-010000 1.46472C*07 0.

211-020OO0 1.46441E407 0. * kITLEGG2; BRANCH COMPONENT

213-010000 1.46378t+07 0.

INBOX -BRANCH - COMPONENT

221-0i0000 1.46793E607 0.

().TU1E::' " PIPE : COMPONENT

222-010000 i.46496E+07 0.

222-020000 1.46333E407 0.

222-030000 1.46173E'07 0.

222-040000 1.45991E407 0.

222-050000 1.458046÷07 0.

222-060000 1.45632E+07 O0

222-070000 1.45460E107 0.

222-r080000 1.45289E+07 0.

222-090000 1.45117E+07 0.

222-100000 1,44945E607 0"

222-110000 1.44781E07 0.

UTUBF E". PIPEm :-. COMPONENT

224-o0i0000 1.44672E+07 0.

224-020000. 1.44610E407 :0.

224-030600 1.44546E407 0.""

224-040000 ".1.44483E607 0.-

224-050000 1.44433E+07 0.

224"-'60000 1.44396E607 0. "

570.38 612.64

570.37 612.55

570.37 612.46

570.36 6)2.40

570.36 612.36

570.36 612.33

570.36 612.29

670.36 612.27

570.36 612.24

570.36 612.22

570.37 612.27

670.34 611.02

570.35 611.97

670.35 611.99

570.35 611.95

HEAD - 6.84528E+05 (PA)

570.52 614.03

570.60 615.13

570.58 615.11

570.58 615.09

570.59 615.20

560.58 638.85

570.49 613.38

570.49 613.36

570.48 613.33"

570.50 613.55

570.48 613.39

570.46 613.30

570.45 618.22

570.43 613.12

570.42 613.01

570.41 612.92

670.40 612.83

570.39 612.73

570.38 612.64

570.37 612.54

570.37 602.45

570.36 612.39

570.36 612.36

570.36 612.33

570.36 612.29

570.36 612.26

70.36 •. 612.24

612.64

612.55

612.46

612.40

612.36

612.33

612.29

612.27

612.24

612.22

612.27

611.92

611.97

611.99

611.95

TORQUE

MTR. TORQUE

614.03

615.13

615.11

615.09

615.20

638;85

813.38

613.36

613.33

613.55

613.39

613.30

613.22

613.12 613.01

612.92

612.83

612.73

612.64

612.54

612.45

612.39

612.36

612.33

612.29 612.26

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0

0.

- -32240.

* 32240.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

O.

0.

0.

0.

0."

0•.

0.

0.

.73060

.73058

.73056

.73055

.73053

.73052

.73051

073050

.73050

.73049

.73050

.73043

.73043

.73044

.73043

(N-M)

(N-M)

.73079

.73101

.73103

.73103

.73105

.75820

.73064

.73063

.73062

.73067

.73066

.73066

.73066

.73066

.73065

.73064

.73063

.73061

.73060

.73058

.73056

.73055

.73053

.73052

.73051

.73050

1.30374E+06

1.30373E+06

1.30374E406

1.30374E406

1.30375E406

1.30376E40$

1.30377E+06

1.30376E406

1.30379E606

1.30380E+06

1.30380E+06

1.303806+06

1.30381E+06

1.30381E+06

1.303816E06

1.30394E+06

1.30395E+06

1.30388E406

1.30389E+06

1.30389E+06

1.24254E606

1.30402E+06

1.30403E+06

1.30403E+06

1.30404E406

1.30397E606

1.30391E+06

1.30387E406

1.30382E+06

1.30379E406

1.30377E+06

1.303756406

1.30374E+06

1.30374E+06

1.30373E+06

1.30374E*06

1.36374E406

1.30375E+06

1.30376E+06

1.30378E+06

1.303788406

1."O379E÷06

2.47035E606

2.47072E+06

1.47107E+06

2.4713EI406

2.47144E+06

2.47158E÷06

2.471716406

2.47182E+06

2.47190E606

2.47200O406

2.47182E+06

2.47319E+06

2.47299E+06

2.47288E+06

2.47305E+06

2.46490E+06

2.46056E406

2.46064E406

2.46071E+06

2.46025E*06

2.30082E+06

2i46746E+06

2.46753E606

2.46766E+06

2.46678E+06

2.467416E06

2.46776E606

2.4681OE406

2.46849E+06

2.468896*06

2.46925E+06

2.46962t#06

2.46999E+06

2.47036E+06

2.47073E+06

2.471086E+06

2.47131E+06

2.47145E606

2.47158E406

2.47172E+06

2.47183E006

2.47,19P7*06

00

00

00

00

00

0o

00

00

00

00

00

00

00

00

00

10

00

00

00

010

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

612.24 0. ,73r~~Q 00
RELAP5/2/36.04 REACTOR LOSS

-DOEL4 - SPRAY CAPACITY TEST AT

224-070000 1.44351E+07 0.

OUTBOX BRANCH COMPONENT

225-010000 1,44433E+07 0.

SEALGI PIPE COMPONENT

231-010000 1.43797E407 0.

231-020000 1.43890E+07 0.

23i-030000 1.43938E+07 0.

SEALG2 BRANCH COMPONENT

232-010000 1.43563E607 0.

PUMPR PUMP COMPONENT ,. RPM 1566.00 (RAD/SEC)

OCTANT - 1

240-010000 li47673E407 0.

COLGi BRANCH COMPONENT

251ý-010000 1.49720E+07 0.

COLG2 PIPE COMPONENT

253"010000 1.49687E+07 0.

253-020000 1.49653E107 0.

263,-30000 1.49856E+07 0.

LETDOI TMDPVOL COMPONENT

282-010000 3.80000E+06 0.

HTLEGB1 PIPE COMPONENT

311-010000 1.46474E+07 0.

311-020000 1.46443E407 0.

HTLEGB2 BRANCH. COMPONENT

313-010000 1.46380E+07 0.

YNOOX.* BRANCH . COMPONENT

321-010000 1.46794E+07 0.

UTUBE-E.: PIPE COMPONENT

322-010000 1.46498E407 0.

322-020000 1.46335E+07 0.

322-030060 1.46174E407 0.

322-040000 1.45993E!07 0.

322-050000 1.45806E+07 0.

322-060000 1.45634E*07 0.

322*070000 1.45463E+07 0.

322-080000 1 45291E107 0.

322-090000 .4512E0O7 0.

322-100000 1:44948E+07 0.

322-110000 1.44784E+07 0.

UTUBE:. P!PE .... *. COMPONENT

324-010000 i1.44675E40•7 0.

a24-O2000W0 144613E407 0.

324ý,030000 1.44550E*07 0.

324-040000 1.44487E+07 0.

32 -050000 1.44437E1t07 0.

324-060000 .144400Et07 0.

324-ý070000 1.44355E+07 0.

OUT50O BRANCH;:: COMPONENT

.325-010000 1.44438E407 O.

SEALB; :PIPE ' COMPONENT

331-010000 i.43803E407 0.

331-020000 1;43896E+07 O.

331-030000 1.43944E+07 0.

331.-040000 1.43866E+07:: O.

PUMPR PUMP COMPONENT

RPM•.. 155.00 (RAD/SEC)

OF COOLANT. ANALYSIS PROGRAM

ZERO POWER

PAGE 313

87/01/22.

570.36 612.22

570.37 612.26

570.34 611.91

570.35 611.96

570.35 611.99

570.35 611.95

HEAD - 6.84829E405 (PA)

570.52 614.03

570.60 616.13

570.60 615.11

570.60 615.10

570.61 615.20

412.00 520.46

570.49 613.38

570.49 613.36

570.49 613.33

570.5i 813.55

570.48 613.39

570.47 613.30

570.45 613.22

570.43 613.12

570.42 613.02

570.41 612.92

570.40 612.83

570.39 612.73

570.38 612.64

570.38 612.55

570.37 612.46

570.37 612.40

570.37 612.36

570.36 612.33

570.36 612.29

570.36 612.27

570.36 612.24

570.36 612.22

570.37 612.27

570.34 611.92

570.35 611.97

570.35 611.99

570.35. 611.95

612.22 0.

612.26 0.

611.91 0.

611.96 0.

611.99 .0.

611.95 0.

TORQUE - -32243.

MTR.TORQUE - 32243.

614.03 0.

616.13 0.

615.11 0.

615.10 0.

616.20 0.

520.48 0.

613.38 0.

613.36 0.

613.33 0.

613.55 0.

613.39 0.

613.30 0.

613.22 0.

813.12 0.

613.02 0.

612.92 0.

612.83 0.

612.73 0.

612.64 0.

612.55 0.

612.46 0.

612.40 0. 612.36 0.

612.33 0.

012.29 O0

612.27 0.

612.24 0.

612.22 0.

612.27 0.

611ý97 Oi

611.99 0.

.611.95 0.

.73049

.73049

.73042

.73043

.73044

.73043

(N-M)

(N-M)

.73079

.73101

.73100

.73100

.73102

.92880

.73064

.73062

.73061

.73066

.73065

.73065

.73065

.73065

.73065

.73064

.73062

.73061

.73060

.73058

.73056

.73055

.73054

.73053

,73052

.73051

.73050

.73049

.73050

.73043

.73044

.73045

.73044

1.30380M406

1.30380E406

1.30380E+06

1.30381B406

1.30381E+06

1.30381B406

1.30394E+06

1.30395E+06

1.30396E+06

1.30396E406

1.30397E+06

5.82440E+05

1.30402Ef06

1.30406E+06

1.30407E406

1.30407E+06

1.30400E+06

1.30394E#06

1.30390E÷06

1.30385E406

1.30382E+06

1.30379E+06

1.30377E+06

1.30376E#06

1.30375Et06

1.30375E+06

1.30375E+06

i.30375E406

1.30376E+06

1.. 30377E406

1.30378E+06

1.30379E406

1.30379EO6

1.30380EO6

I .30381E406

1.30381E+06

1.30381E+06

1.30382E+06

1.30382E+06

2.47201E+06

2.47183E+06

2.47320E+06

2.47300E*06

2.4729ME+06

2.47306E406

2.46491E+06

2.46056E406

2.46063E+06

2.46071E406

2.46025E+06

2;60184E+06

2.46746E+06

2.46752E406

2.46766E+06

2.46677E406

2.46741E+06

2.46775E406

2.46809E+06

2.46848E+06

2.46888E#06

2.46925E406

2.46962E406

2.46998E406

2.47035E406

2.47072E406

2.47107E406

2.47-13tE06

2.47144E+06

2.47158E606

2.47171E+06

2.47182E606

2.47190E406

2.47200E+06

2.47182E406

2.47319E+06

2. 47299E406

2.472886E06

2A47305E+06

00

00

00

00

00

00

10

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

o0

00

HEAD . 6.84475E405 (PA) .. TORQUE - -32240, .. (N-M)
RELAP5/2/36.04 REACTOR LOSS (: COOLANT ANIALYSIS PROGRAM .. "DOEL4 -- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 314

87/01/22.

:-OCTANT - I

340-010000 1.47675E407 0. 570.52

COLDOt.... SNGLVOL COMPONENT

351-010000 1.49719E*07 0. 570.60

COLOR2 BRANCH. COMPONENT

352-010000 1.49686E407 0. 570.60

COLOR3 .: PIPE - COMPONENT

353-010000 1.49653E407 0. 570.60

053-020000 1.4gl55E407 -0. 670.61

SURGE PIPE : COMPONENT

400-010000. 1.46404E407 .17251 613.39

400-020000 1.46326E407 .13714 613.38

400-030000 1.462466E07 .11526 613.36

400-040000 1.46162E+07 7.91399E-02 613.34

PRESSUO. " PIPE : COMPONENT

410-010000 1.46111E407 2.70323E-03 613.27

410-020000 1.46086Et07 2.78153E--03 613.21

410-030000 1.46048E407 3.33097E-03 613.16

41•-040000" 1.45983E407 8.60443E-04 613.05

410-050000 1.45888E607 .50826 613.14

410-060000 1.458234E07 .99964 613.02

410-070000 1.45796E407 .99888 613.01

410-080000 1.15779E407 .99995 613.00

410-090000 1.45774E407 .99999 613.00

TOP -: : BRANCH COMPONENT

420-010000 1.45771E407 .99998 613.00

SPRAYR BRANCH . COMPONENT

430-010000 1.50403E407 0. 570.61

SPRAYB *..BRANCH.. COMPONENT

440-O1oo0o 1.50402E407 0. 570.62

SPRAY8S::. BRANCH COMPONENT

450-010000 1.46084E#07 1.06264E-06 570.44

TV490 TMOPVOL COMPONENT

490-010000 1.55100E407 1.0000 617.97

SYSTEM 2 MASS- 0. KG MAS!

TV940 .' . : TMOPVOL COMPONENT

940-010000 2.00000E405 0. 323.15

VOL.NO. RIHOF RIIOG LIO.V.VEL.

(KG/M3) (KG/M3) (M/SEC)

11-010000 731.28 96.949 3.58220E-01 . 13 -010000: 731.00 96.847 7.8402

1s-010000• 731l.01 069935 7.5531

1,15-020000 731.02 97.055 7.5530

15-030000 731.03 97.174 7.5529

23-L0 10000:.731.03 97.195 6.30601E-06

25-010000 730.96 96.515 6.0289

.31-010000; 730.92 96.183 4.8812 31-020000 730.88 95.786 4.88i5

3 131-030000:.,730.83 95.398 4.8818

31i040000 .730.78 95.019 4.8821

.,331-050000. 730. 74: 94.649 4.8824

35-010000 730.86 95.514 .70684

'39,-010000: :730.72 .'94.463 5.0308

41-0i0000 730.70 94.295 2.1906

i42 00--" 1730.69 . 94o21A -'.48216E-03

614.03

615.13

615.11

615.10

615.20

613.43

613.38

613.34

613.21

613.18

613.17

613.15

613.11

613.08

613.07

613.06

613.05

613.05

613.05

615.50

615.50

613.17

617.97

S ERROR- 0.

393.38

VAP.V.VEL.

(M/SEC).

3.582206-02

7.8326

7.5531

7.5530

7.5529

-6.54978E-04

5.0289

4.8812

4.8815

4.8818

4.8821

4.8824

.70684

5.0309

2.1906

-6.48068E-03

MTR. T

614.0:

615.1:

615.1

615.11

615.21

613.3

613.31

613.21

613.2

613.11

613.1

613.1I

613.1

613.01

613.0:

613.0

613.0(

613.004

613.0(

615.54

615.5(

613.1

617.93

OROUE = 32240. (N-M)

3 0. - .73080

3 0. .73102

1 0. .73101

0 0. .73101

0 0. .73103

4 0. .52366

0 0. .54539

6 0. .65849

1 0. .58014

8 0. .62683

1 0. .62514

5 0. .61882

1 0. ;60046

6 0. .25874

3 O 2.32354E-04

1 0. 5.66228E-04

0. 2.28503E-05

J 0. 5.75874E-06

0. 8.40449E-06

0 0. .73109

0 0. .73110

7 0. .73065

7 0. 0.

KG ERR.EST.= 0.

8 0. 0.

STATIC QUAL. TOT.HT.INP.

(WATTS)

4 0. 0.

0. 06 0.

0. 0.

5 0. 0. .. 0. 0.

S..0. .. O.

0 0. 0.

I- . 0 0.

3 0. 0.

0. . O* 0.

3. 0.0. 3 O. 0.

s 5 0. 0.O.

1.30395E 406

1.30396E 406

1.30397E6406

1.30397E 406

1.30398E -06

1. 57336E+06

1.57341E+06

I .57324E+06

1.57318E+06

1.57263E406

1.572206406

1.571804E06

1.57100E+06

1.57174E406

1.57087E+06

I.57077E406

1.57071E+06

1.57069E406

1.57068E406

1. 30388E +06

.1.30395E+06

1.30388E 406

1.60522E+06

2.09218E+05

VAP.HT. INP.

(WATTS)

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.O.

2.46490E406

2.46056E 406

2. 46063E +06

2.46071E 406

2.46025E406

2.46814E+06

2.46827E406

2.46845E +06

2.46813E 406

2.46823E +06

21. 46828E+06

2. 46836E 406'

2.46860E+06

2.46883E606

2.46914E406

2.46920E406

2.46924E406

2. 46927E +06

2.46927E 406

2.45894E406

2.45894E406

2.46829E406

2.44763E406

2.52920E +06

VAPOR GEN.

(KG/M3-SEC)

0.

0.

'0.

0.

0.

0.

0.

0.

0.

0... ,. 0.O, 0.

0.0.

.0.

10

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

OO

0)

00

00

00

00

393.34 00

SOUNDE

(M/SEC

976.04

974,8

974.6

974.9!

974.9•

974.9(

974.7¢

974.5

974.24

974.04

973.8'

973.63

974.2(

973.5

973.4! 073.42
RELAPi5'/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PR9qRAM 0:2OOEL4 : SPRAY CAPACITY TEST AT ZERO POWEA ; Wi. .~,s

PAGE 87/01/22. 315

:.45ý010000 731.46• 94.066

111-010000 730.58 93.171

1:1-;020000 730.57 93.140

113-010000 730.56 93.078

121-010000 730.61 93.487

122-010000 730.60 93.194

122-020000 730.60 93.034

122-030000 730.60 92.877

122-040000 730.60 92.699

122-050000 730.59 92.516

.122-060000 730.68 02.349

122-070000 730.57 92.182

122-080000 730.60 92.016

122-090000 730.54 91.849

122-100000 730.62 91.683

122-110000 730.50 91.524

.124010000-:730.49:. 01.. 19

124-020000 730.48 91.359

.124-030000. '730.47 . 91.298

124-040000 730.46 91.238

:124-050000 730.45 91;190 124-060000 730.44 91.154

:124-070000 . 730.43 91.111

125-010000 730.44 91.191

131-0100o0 730.37 90.581

131-020000 730.38 90.670

-131-030000 :730.38 90;716 131-040000 730.37 90.642

151-010000 O140-010000 .. :730.74: 94.361 730.96' 96.425

152-010000 730;98 96.389

153-010000 730.97 96.355

153-020000 730.99 96.560

180-010000 758.20 170.17

211-010000 .730;58 93.169

211-020000 730.57 93.139

213-010000 7305:W 93.077

221-610000 730.61 93.486 222-010000 730.60 93.193

122-610000 730.60 93.033

2221030000 730;60 92.875

222-040006 730.60 92.697

222ý-050000 .-730.59: ...: 92.514

222--66o06 730.58 92.341

222-070000:::::730.57 ',92.180

222-080006d 730.55 92.013

222-090000 : .730.54 91;847

222-106000 730.52-: 91.680 222-.110000. :730.50 :..: •.-91.;521

224-010000 '730.49" " '. 91.416 224-020000 ':'::730.48 :. :•:..:'"91;356.

224-030000 730.47 91.295

224-040000'-.- 730.45 :923491 

2242050000 730.45 91.186

224-060000 7•30.44. , 91150

224-07000 730. 43 9'. i!07

25-01000: 730.44 91ý,. 186

79.34961E

14.864

14.866

14.866

1.9807

5.9736

5.9736

5.9736

5.9736

5.9736

5.9737

5.9738

6.9739

5.9740

6.9742

5..9743

6.9744

5.9745

5.9746

5.9747

5.9748

5.9748

5.9749

1.9811

13.034

13.340

13.340

13.340

2.4853

16.951

16.966

16.969

14.975

7.79953f

14.876

14. 877

14.878

1.9822

5.'9784

5.9784

5.9784

5.9784

5.9784

5.9785

* 5.9786

5.9787

5.9788

5.9789

* 5.9791

5.9792

5 ,9793

5.9794

5o9795

5.9796

5.9796

5.9797 1.9827

-07 2.25854E

14.864

14.866 14.866

1.9801

5.9736

5.9736 5.9736

6.0736 5.9736

5.9736 6.9737

5.9738

5.9739

5.9740

6-.9742

5.9743

6.9744

5.9745

5.9746

5.9747

5.9748

5.9748

5.9749

1.9811

13.034

13.340

13.340

13.340

2.4853

16.951

16.918

16.969

14;975

-03 7.79953E

14.876

14.877

14.878

1.9822

.5.9784

5.9784

5.9784

6.9784

5.9784.

5.9785

5'9786

5.9787

5.9788

5.9789

5.9791

5.9792

5.9793

5.9794

5i9795

5.9796

.5i9796

5.9797 : 1~.9827

-04 076,84 0. 0.

972.89 0. 0.

972.87 0. 0.

972.83 0. 0.

973.03 0. -792.05

973.00 0. -3.81098E+05 073.01 0. -3.21077E405

973.00 0. -2.78629E+05

972.90 O. -2.95405EI05

972.95 0. -2.09984E§05

972.00 0. -1.75948E÷05

972.85 0. -1.45532E405

972.79 Q. -1.18351E+05

972.71 0. -94062.

972.63 0. -72357.

972.55 0. -57938.

072.40 0. -46785.

972.44 0. -83926.

972.40 0. -81341..

972.35 0. -79296.

972.31 0. -47660.

972.28 0. -43389.

972.24 0. -62814.

972.28 0. -66.833

971.98 0. . 0.

972.01 0. 0.

972.03 0. 0.

971.99 0. 0.

973.63 0. '0.

974.66 0. 0.

974.70 0. 0.

974.73 O. 0.

974.83 0; 0.

-03 1442.5 0. 0.

972.89 0. 0.

972.87 0. 0.

972.83 0. 0,. 973.03 0. -791.83

.973.00 0. -- 3.81073E405

973.01 0. -3.21066E0o5

973.00 0; -2.78628E405

972.99 0. -2.95416E#05

972.95 O. . .'-2.09995E+05

972.90 0. -1.75961E405

972.85 .0. -1.45544E405

972.78 0. -1.18360E+05

972.71 . 0. ..- 94068.

972.63 6. -72358.

972.55 O. -57934.

972.49 0. ..- 46775.

972.44 0.-!83915.

972.39 0. -81321.

972.34 .Q -79269.

0 972.31 0. -47631.

: 972.28 972.24 0. . 43362. 0...... -62780. .. ' '.:.'972 ,27.•: :.. 0 .: . .. . .' - -'.:..:•.66.821 .: ..

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM .-:DOE-L41'" SPRAY CAPACITY TEST AT ZERO POWER

PAGE 316

231-01000- 730.37 90.675

231-020000 730.38 90.665

2331-030000- 730a.8 90.710

232-010000 730.37 90.638

240-010000 730.74 94.358

251-010000 730.96 96.424

263-010000 730.05 96.391

253-020000 730.94 96.357

203-030000 730.96 96.562

282-010000 928.80 19.070

311-010000* 130.68. 93.171

311-020000 730.56 93.140

313-001000:o 730.65 93.078

321-010000 730.59 93.487

322-010000 .730.69 93.194

322-020000 730.59 93.034

322-030000: 730.69 92.877

322-040000 730.59 92.699

322-050000 730.68 92.616

322-060000 730.57 92.349

322-070000 730.56 92.102

322-080000 730.55 92.015

322-090000 -730.53 91.849

322-100000 730.52 91.683

322-110000 730.50 91.524

324-010000 730.48 91.419

324-020000 730.47 91.359

324-030000 730.46 91.298

324-040000 730.45 91,238

324-050000 730.45 91.190

324-060000:730.44 91.154

324-070000 730.43 91.111

325-010000 730.44 91.190

331-010000 730.37 90.580

331-020000 730-38 90.670

331-030000 730.38 90.716

331r040000 730.37 90.641

340-010000 730.74 94.360

351-010000 .:730.95: 96.424

352-010000 •730.95 96.390 353ý-00000 730.94 96.356

353-020000 730.96 96.662

400-010000 609.42 92.969

400-02060 609.37 92.902

400-030000 609.45 92.821

400-040000 -609.46 92.862

410-010000 -609.75 92.815

410-020000 609.98 92.790

410-030000 610.19 92.753

410-040000 610.61 92.690

410-050000'610.18: : 92.565

410-060000 610.64 92.461

.10-'070000 610.69 . 92.435

410-080000 610.72 92.416

4 10-090000. 610.73' 92.407 ~20-0' .... 610.73 92.404 ;•30-"•'): • 731.08:. "•.2

13.044 13.044

13.350 13.350

13.350 13.350

13.334 13.334

2.4842 2.4841

16.943 16.943

16.941 16.941

16.941 16.941

14.950 14.950

8.09662E-04 8.09662E-04

14.864 14.864

14.866 14.866

14.867 14.867

1.9808 1.9808

5.9741 5.9741

5.9741 5.9741

6.9741 6.9741

5.9741 5.9741

5.9741 0.9741

5.9742 5.9742

5.9743 5.9743

5.9744 5.9744

5.9745 5.9745

5.9746 5.9746

5.9748 5.9748

5.9749 5.9749

5.9750 5.9750

5.9751 5.9751

5.9751 5.9751

5.9752 5.9752

5.9753 5.9753

5.9753 5.9753

1.9812 1.9012

13.035 13.035

13.341 13.341

13.341 13.341

13.341 13.341

2.4854 2.4854

16.952 16.952

16.950 16.950

.16.950 16.950

14.958 14.958

-2.84227E-02 .10746

-3.44672t-02 .10939

-2.87741E-02 .11503

-2.28873E-02 .12651

-6.14955E-04 8.39797E-02

-6.49346E-04 .17659

-5.19622E-04 .14843

-8.85804E-04 .38064

-3.55658E-03 5.07989E-03

-1.1640 1.78545E-03 -. 73449 6.35840E-04 -. 54384 8.27678E-05

'.10882. .3.67606E-05

-7.82324E-02 2.20407E-05

2.04999E-05 2.04998E-05

971.97

972.01

972.03

971.99

973.63

974.66

074.63

974.61

974.71

1467.8

072.89

972.82

972.78

972.98

972.94

972.96

972.96

972.95

972.91

972.87

972.82

972.76

972.69

972.61

972.53

972.47

972.43

972.38

972.34

972.30

972.27

972.24

972.27

971.96

972.00

972.02

971.98

973.61

974.65

974.62

974.59

974.69

!10,85

107.85

106.02

103.20

97:383

97.198

97.076

659.46

152,76

381.54

380.70

441.41

441.40

441.40

975.09

87/01/22.

0. 0. 0.

0. 0. 0.

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0. 0. 0.

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0. -2.93769E+05 0.

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0. -2.23312E405 0.

0. -1.88061E405 0.

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0. -1.030114E05 0. o. -80435. 0.

0. -65727. 0.

0. -53773. 0.

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0. 347.41 0.

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3.08232E-02 9425.8 80.607

2.36582t-02 10511. 70.226

1.94557E-02 10597. 60.766

1.29253E-02 10695. 58.928

4i12424E-04 2726.4 0.

4.24126t-04 8476.4 0.

5.07765E-04 8940.1 0.

1.291890-04 1.55826E405 0.

:.13555 ::..1606682E+05 :1447.2

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::.99264 1264.8 . 10719

.99970 283.61 283.61

.99994 ". .115.13 115.13

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0.

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2.72588E-02

3.480806-02

3.61969E-02

3.98042E-02

2.79378E-02

1.66988E-02

7.03720E-03

2.69120E-02

1.11479E-02

2.95554E-04

3.70674E-04

9.29287E-04

8.27710E-04

9.77524E-04

07
RELAP5*2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM':*

DOEL4' - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 317

87/01/22.

440-010000

450-010000

49o-oo00oo

940-010000

731.03

730.59

593.86

988.11

97.122

92.788

102,04

1.1294

2.04965E-05

-1.4119

0.

0.

2.04964E-05

-8.62262E-05

0.

0.

974.98

972.94

372.13

1537.3

0.

1.34960E-07

1:0000

0.

0.

0.

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89400.

0.

0.

0.

0.

VOL.NO. LRGST.MASS ERR. REDUCE-QUALITY

EDIT TOTAL EDIT TOTAL

11-010000 0 0 0 0

,13-010000 0 0 0 0

15-010000 0 0 0 0

1,ls5-020000 0 0 0 0

15-030000 0 0 0 0

23-o0oooo 0 0 0 0

25-010000 0 0 0 0

:31-010000 0 0 0 0

31-0200C0 0 0 0 0

:31-030000 0 0 0 0 31-040000 0 0 0 0

:31-060000 0 0 0 0

35-010000 0 0 0 0

39-;010000 0 0 0 0

41-010000 0 0 0 0

::.43-010000 0 0 0 0

45-010000 0 0 0 0

111-010000 0 0 0 q 111-020000 0 0 0 0

113W-010000 0 0 0 0 121-010000 0 0 0 0

122`010000 0 0 a 0 122-020000 0 0 0 0

122-030000 0 0 0 0 122-040000 0 0 0 0

122-050000 0 0 0 0 122-060000 0 0 0 0

•122-;070000 .. 0 0 0 0 122-080000 0 0 0 0

1221-090000 0 0 0 0 122-100000 0 0 0 0

:122 110000. 0 ..0 0 0 124-010000.. 0 0 0 0

124 -020000 - ",'.0 0 0 0 124-030000 0 0 0 0

124-L040000 0 0 0 0 124-050000" 0 0 0 0

124i-060000i 0 0 . 0 Q 124-070000 0 0 0 0

:125010000: 0 0 0 0 131-Oi600o 0 0 0 0

131-020000 0 "0 0 0

13:-030000 0 0 0 0

131-040000. 0 . 0 0 0

"146-016060 0 0 0 0

151-010000....'. 0 0 0 0

1523.;0o0o 0 0 0 0

.. . 01530100 0. 0 0

153;020000" 0 0 0 0

180-010000: 0 0 0. 0

REDUCE-EXTRAP.

EDIT

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

TOTAL

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

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0

0

0

0

0

0

0

0

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REDUCE-MASS REDUCE-PROPTY.

EDIT TOTAL EDIT TOTAL

0 0 0 0

0 0- 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 *0 0

0 0 0 0

0 0 .0 0 o 0 0 0

0~ *.0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

0 0 0 0

00 0 0

0 0 0 0

0 '0 0' 0

0 0 0 0

0. 0 0.. 0

0 0 0 0

0... 0 0 0

0 0 0 0

0 0 0 0

MIN.COURANT

EDIT TOTAL

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

O 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

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0 0

0 0

0 0

0 0

0 0

0 0

0 0

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0 0

0 0

0 0

0 0

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0 0

0 0

0 0

0 0

0 " 12

0 0

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0 0

0 0 0

0

0.

-8.87127E-04

0.

0.

REDUCE-COURANT

EDIT TOTAL

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 .0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

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0 0

0 0

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0. 0

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50 793

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RELAP'5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM I .DOEL4 •-:SPRAY CAPACITY TEST AT ZERO POWER

PAGE 318

211-010000

211-020000

173-010000

221-010000

222-010000

222-020000

222-030006

222-040000

222-050000

222-060000

222-080000

222-OGOOO222-100000

222-110000

224-010000

224-020000

224-030000

224-040000

224-050000

224-060000 ...

224-070000

22!1O;-01000f0

231-010000

231-020000.

231-030000

232-010000.

240-010000

251,0-Q10000 

. 253-010000

253-020000

253i-30000

282-01O•900.

311-010000

311-020000

313-010000

321-010000

32 -010000

322-020000

322-030000

322-Q400 .: 322 60~00O0

322-060000

322•-;.000000 a22-08o0o.00 "....

322-090000

322••0000.: 

.

322-110000

324-•010.00:0 . 324-020000

324;-030000

324-040000

324-10000.

324-060000

324ý-070000

3261oi-100.. 331-010000.•:.....:. •.. 

:

0 

0

0 0

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0

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RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

O:DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 319

87/01/22.

331-020000 0

331-030000 0

331`040000 0

340-010000 0

361-010006 0

352-010000 0

353-010ooo 0

353-020000 0

400-010000 26

400-020000 0

400-030o00 o 400-040000 0

410-01o0000

410-020000 0

410-030000 0

410-040000 0

410-060000 0

410-060000 48

410-070000 0

410-080000 0

410-090000 2

420-010000 25

430-010000 0

440-010000 0

460*010000 0

490-010000 0

940-010000 0

0

0

0

0

0

0

0

0

508

38

70

0

454

3

17

345

0

60

0

4

41

32

0

0

3

0

0

*'JUN NOl " FROM VOL.. TO VOL.

SYSTEM 1

UPDOWNC BRANCH COMPONENT

11-010000 -13-010000 11-010000

'-:!1-020000 . 11-010000 45-010000

UPDOWNOZZ BRANCdi COMPONENT

:.!3010000 153-020000 13-010000

13-020000 253-030000 13-010000 !:•1303000353-020000 

13•No~ooo i3-OlOOOO 15-0100oo

POWNCTS - ANNULUS •.COMPONENT

1i-010000 15-010000 15-020000

_15-020000 .15-020000 15-030000

LOwPLEN ' bAANCI1 COMPONENT

234-010000 .:: 15-030000. 23-010000

23-020000 -. 3-o1oooo 25-010000

COREIN . BRANCH .. COMPONENT

25"64016' 25-010000 31-010000

:1.25-020000 • 25-010000 35-010000

CORE " PIPE '...COMPOENT

S..31-010000":...31-OO000.. 31-020000

31-020000 31-020000 31-030oo0

31-0300 . 31-03000o 31-040000

31-040000 31-040000 31-050000

COREEX.':: .BRANCH:. COMPONENT - 39-010000 31-05 39-010000

3'a79020OO.O::.:: 35-o0.000 :.:39-o010000

0 0

0 0

0 0

0 0

0 0

0 0 o 0

0 0

0 0

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0 0

0 0

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0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0 o 0

LI.J.VEL. (M/SEC)

3.58220E-02

17.928

14.975

14.950

14.958

7.8401

1.5531

7.5530

7.5528

5.0287

4.8810

5.7173

4.8813

4.8816

.4.8819

4.8822

4.8825

5.7181

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

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0

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VAP.J.VEL.

(M/SEC)

3 .58220E-0

17. 928

14.975

14.95o

14.958

7.84o0

7. 5531

7. 5530

.7. 5528

5.0287

4.881o

5.7 173

4.8813

4.688 6

4.8819

4. 8822

4i7125

5.o8

0 0

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MASS FLOW

(KG/SEC)

2 48.495

48.508

4750.7

4742.7

4745.1

14190.

14190.

14190.

14190.

i4190.

13772.

417.92

13772.

13772. - 13772.

13772.

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

a

JIJN.AREA

(M2)

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

o

0

0

0

0

0

0

0

0

0

0

0

0 P 0

p 0

0

0

0 I 0

0

0

0

0

0

I 0 I 0

I 0

I 0

I 0

I 0

I 0

I 0

I 0

0

THROAT

RATIO

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0o00

1.0000

1.0000

1.0000

S. 0000

1.0000

i.0000

0

loo0 100 1

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

.0

JUN4CTION

FLAGS

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

ooo

0

0

587

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

CHOKE

FLAG

0 0 o 0

0 7

0 0

0 0 o 0

O 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

"0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

NO.AOVS.CtlOKEO

EDIT TOTAL

1.8520

3. 70000E-03

.43400

.43400

,43400

2. 4760

2.5100

2.5700

2.25700-.

3. 8600

3.8606

.10000

3.8600 . 3.8600

3. 8600

3. 8600

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

,]. ;. • . . . : . .... :" . :.

13772. 3.8600 I .0000 .. 1.0000 00000 0 0 '0
RELAPS/2/36.04 REACTOR LOSS OF COOLAtI" AIJALYSIS PROGRAM

... ,[EL4 '- SPRAY- CAPACITY TEST AT ZERO POWER

PAGE

87/01/22.

UPPLENI 

. BRANCH COMPONENT

41-010000 39-010000 41-010000

:41-02000 41-O10o00 43-OOOOO

liPPLEN2 BRANCH COMPONENT

.43ý-010000 '-43-010000 111-010000

43-020000 -43-010000 211-010000

,43A-oooo -41-OO000 311-010000

UPHEAD BRANCH COMPONENT

45-01OOOO .43-010000 45-010000

HITLEGRI PIPE COMPONENT

-111010000 111-010000 111-02OO00)

tTLEGR2 BRANCH COMPONENT

.1137010000-111-020000 113-010000

INBOX BRANCH COMPONENT

121-:010000 121-010000 122-010000

121-020000 113-010000 121-010000

UTUBE -- " PIPE COMPONENT

122-010000 122-010000 122-020000

122-020000 122-020000 122-030000

122-030000 122-030000 122-040000

122-040000 122-040000 122-050000

122-O5OO0 122-05OOOO 122-060000

122-060000 122-060000 122-070000

122-070000 122-070000 122-0800

M22-080000 122-080000 122-090000

122-090000 122-090000 122-100000

:122-100000 122-100000 122-110000

U.JUN SNGLJUN COMPONENT

123-OOOO 122-110000 124-010000

UTUBE PIPE COMPONENT

124-;010000 124-010000 124-020000

124-020000 124-020000 124-030000

.124-030000 124-030000 124-040000

124-040000 124-040000 124-050000

124-050000 124-050000 124-060000

124-060000 124-0600oo 124-070000

PUTBOX:.:.:i -BRANCH. .. COMP0NENT

125-016000 124-070000 125-010000

125-020000 125-010000 131-010000 SEALR* PIPE COMPONENT

131-:010000 .. 131-01O000 131-020000

iI31o020000 131-020000 131-030000

131-;030000 131-030000. 131-040000

PUMPR0 PUMP COMPONENT

.140-010000 -131-040000 140-010000

140-O20000 140-o10000 151-0100oo

COLDR2 BRANCH COMPONENT

152bi0o1000 151-010o0 152-010000

:152;020000 152-010000 153-010000

COLMR3 POPE COMPONENT

153-.010000.. 153-ý010000 153-020000

CVJUN TMOPJUN COMPONENT

I181.-000O 1;.0-010000 152-010000

HTLEGG1 1 

. PIPE " COMPOitNT 

"

211ý-010000.: ..211-010000 :21-1-020000

HTLEGG2 BRANCH 

. COMPONET

2?3.-0trY.1',0 211-020000. 213-010000

5.0308

2.1906

14.863

14.875

14.562

-7.48159E-03 -7

14.865

14.866

5.9735

14.866

5.9736

5.9736

5.9736

5.9736

5.9737

5.9737

5.9738

5.9740

5.9741

5.9742

5.9744

5.9745

5.9746

5.9747

5.9747.

5.9748

5.9749

5.9711.

13.033

13.340

13.340

13.339

13.340

16.953

16.948

16.969

16.969

2.2348

14.877.:,

5.0308

2.1906

14.863

14.875

14.862

.48159E

14.865

14.866

5.9735

14.866

5.9736

6.9736

5.9736

5.9738

5.9737

5.9737

5.9738

5.9740

5.974 1

5.9742

5.9744

5.9745

5.9746

5.9747

5.9747

5.9748

5.9749

5.9711

13.033

13.340

13.340

13.339

13.340

16. 953

16.948

16.969

16.969

2.2348

14.877

14190.

14190.

4744.9

4748.7

4744.7

-03 -48.514

4744.9

4744.9

4744.9

4744.9

4744.9

4744.0

4744.9

4744.9

4744.9

4744.9

4744 .9

4744.9

4744.9

4744.9

4744.9

4744.9

4744.9

4744.9

4744.8

4744.8

4744.8

4744.8

4744.8

4744.8

4744.8

4744.8

4744.8

4744.8

4744.8

4750.7

, '4750.7

5.9136

4748.7

3.8600

8.5650

.43690

.43690

.43690

8.8650

.43690

.43690

1.0872

.43690

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0872

1.0870

.49840

.48700

.48700

.48700

.48700

.38300

.38300

.38300

.38300

3.49000E-03

;43690

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

i .0000

1.0000

1.0000

1,0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

i.0000

1.0000

10000

1.0000

1.0000

1;0000

1.0000

1.0000

1.0000.

. 1;

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

OO)OO(

00000

00000

00000

00000

00000 00)000

00000

00000

00000

00000

00000

00000

000000

00000

O00000

O00000

00000

00000

00000

00000

.00000

00000

00000

320000000000000000000000000000000000000000

t ,877 " " .-14.877 '.".* • 474P.7 .. 

. .43690. . .. 0.... oC r-lOn- O 0. 0 

- 1 z0 0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

ANALYSIS PROGRAM PAGE 321

87/01/22.

PNB0O:; BRANCH.- COMPONENT

221-010000 221-010000 222-010000 5.9783 5.9783

221-020000 213-010000 221-010000 14.878 14.878

UTUBE PIPE COMPONENT

22Z010000 222-010000 222-020000 5.9784 5.9784

222-020000 222-020000 222-030000 5.9784 5.9784

222-O30000 222-030000 222-O40OOO 5.9784 5.9784

222-040000 222-040000 222-050000 5.9784 5.9784 222'-O$O00 222-090000. 222-060000 5.9784 5.9784

222-060000 222-060000 222-070000 5.9785 5.9785

222-670006 222-070000 222-080000 5.9786 5.9788

222-080000 222-080000 222-090000 5.9787 5.9787

222-090000 222-090000 222-100000 6.9789 5.9789

222-100000 222-160000 222-110000 5.9790 5.9790

WJON": . : ' SNaLJUN . COMPONENT

223-OO0000 222-110000 224-010000 5.9792 5.9792

UTUBE::- PIPE .... COMPONENT

224-010000 224-010000 224-020000 5.9793 5.9793

224-020000 224-020000 224-O3OOOO 5.9794 6.9794

224-030000 224-030000 224-040000 5.9794 5.9794

224;-040000 224-040000 224-050000 6.9795 5.9795

224-050000 224-O5000 224-060000 5.9796 5.9796

224•600000 224-060000.224-070000 5.9796 5.9796

OUTBOX BRANCt ........ COMPONENT..

225-010000 224-070000 225-010000 5.9759 5.9759

225-020000 225-010000 231-010000 13.044 13.044

SEALGI ": PIPE " -- COMPONENr

231-010066 231-010000 231-020000 13.350 13.350

231-020000 231-020000 231-030000 13.350 13.350

SEALG2 BRANCH COMPONENT

232-1010000:231-030000 232-010000 13.334 13.334

PUMPR PUMP COMPONENT

2404-010000" 232-010000 240-010000 13.334 13.334

240-o20ooo 240-01000 251-010000 16.946 16.946

COLO V"", BRANCH!:--."- COMPONENT

251-010000 251-016000 253-010000 16.941 16.941

COL02:: -:" PIPE .': COMPONENT

253-0*(6o0 253-010000 253-020000 16.941 16.041

253r020000 .253-020000 253-030000 .16.941 16.941

TJ183. TMDPJUN COMPONENT

283-000000 .:-:231-030000. 282-010000 1.66255E-02 1.66255E-02

HTLEGB1 PIPE COMPONENT

311-010000: 311-010000 "311-020000 14.865 14.865

SURGEJUN SNGLJUN COMPONENT

312-ý000000 -A4OO010000 -311-020000 1;86017E-02 -;25529

HTLEGB2 . tlIANCH ' COMPONENT

3.13-010000':::31.1-ý020000:. 313-010000. 14.867 14.867. IN66O '. B*RANCH COMPONENT

321-1010000 .::.321-0Q10(00.:'322-010000 5.9741 5.9741. 321-020000*' 313-010000 321-010000 14.867 14.867

UTUBE . PIPE .. COMPONENT -: . : ... .. .. 322-01000 "322-0100 5.715941 A1-~oo 

322-020000,1 ,322-020000 322-030000 5.9741 5i9741

322.030000 322-030000 322-046000 6.9741 5.9741

322-040000.322-0400Q0Q0.322-050000 5i9741. 5.9741

322-050000 322-:050000 322;-060000 5.9742 5.9742

322-•000000 322-0600:..322-070000(: '-. 59742., .-- 5.9742

4748.7 1.0872 1.0000 00000 0 0 0

4748.7 .43690 1.0000 00000 0 0 0

4748.7 1.0872 1.0000 00000 0 0 0

4748.7 1.0872 1.0000 00000 0 0 0

4748.7 1.0872 1.0000 00000 0 0 0

4748.7 1.0872 1.0000 00000 0 0 0

4748.7 1.0872 1.0000 00000 0 0 0

4748.7 1.0872 .1.0000 00000 0 0 0

4748.7 1.0872 1.0000 0OOOO 0 0 0

4748.7 1.0872 1.0000 00000 0- 0 0

4748.7 1.0872 1.0000 00000 0 0 0

4748.7 1.0872 1.0000 00000 0 0 0

4748.7 1.0872 1.0000 00000 0 0 0

4748.7 1.0872 1.0000 00000 0 0 0

4748.7 1.0872 1.0000 00000 0 0 0

4748.7 1.0872 1.0000 00000 0 0 0 4748.8 1.0872 1.0000 OOOOO 0 0 0

4748.6 1.0872 1.0000 00000 0 0 0 4748.8 1.0872 1.0000 00000 0 0 0

4748.6 1.0879 1.0000 00000 0 0. 0

4748.6 .49840 1.0000 00000 0 0 0

4748.6 .48700 1.0000 00000 0 0 0

4748.6 .48700 1.0000 00000 0 0 0

4742.7 .48700 1.0000 00000 0 0 0

4742.7 .48700 1.0000 00000 .- 0 0 0

4742.7 .38300 1.0000 00000 0 0 0

4742.7 .38300 1.0000 00000 0 0 0

4742. .A8300 1.oooo 00000 0 0 0

4742.7 .38300 1.0000 .00000 0 0 0

5.9136 ;48700 1.0000 00000 0 0 0

4744,7 .43690 - 1.0000 • 00000 0 . 0 0

.59187" 6.31180E-02 1.0000 10001 .0 0 0

.47453.3 .. ;43690 1.0000 00000 0 .. 0 0

4745;2.2.ý.:.. 1,0872 1".:0000 0000 0 :..:.0 0

4745.3 .43690 1.0000 00000 0 0 0

4745.2i.07 4745."2 "i.0872 1.0000 00000 0 0 0 " .0000: 00 0. 0 0

47465.2 1.08712 1.0000 00000 0 0 0

.08727,.: 1.4745;.. 1.000: 0000. 0-: 0; 4745.2 1.0872 6.000. 00000 0 0

":-4745.2 -:. ; 1~...10872 .. , 0 00000 0.::::0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT

DOEL4 -. SPRAY CAPACITY TEST AT ZERO POWER

322-070000 322-070000 322-080000 5.9743

322-080000 322-080000 322-090000 5.9744

322;-090000 322-090000 322-10000) 5.9746

322-100000 322-100000 322-110004) 5.9747

UJJUN -. SNGLJUN COMPONENT

323-000000 322-110000 324-010000 5.9748

UTUBE :: PIPE COMPONENT

324-010000 324-010000 324-020000 5.9750

024--020000 324-020000 324-030000 5.9750

324-030000 324-030000 324-040000 5.9751

324-040000 324-040000 324-050000 5.9752

324-050000 324-050000 324-060000 5.9752

324•Osooco 324-060000 324-070000 6.9763

OUTBOX BRANCIf COMPONENT

326-010000 .324-070000 325-010000 5.9715

325-020000 325-010000 331-010000 13.034

331-010000 SEALS .' PIPE 331-0i0000 , COMPONENT 331-020000 13.341

331'-'-020000 331-020000 331-030000 13.341

331-030000 331-030000 331-040000 13.340

PUMPR PUMP COMPONENT

340-010000 331-040000 340-010000 13.341

340-020000 340-010000 351-010000 16.955

COLDR2 BRANCH COMPONENT

352-;010000 351-010000 352-O1(X)00 16.950

352-020000 352-010000 353-010000 16.950

COLOR3 . PIPE COMPONENT

353-010000 353-010000 353-020000 16.950

SURGE : PIPE COMPONENT

400-010000 400-010000 400-020000 -3.78418E

400-020000 400-020000 400-030000 -3. 13703F

400-030000 400-030000 400-040000 --2.62797E

SURGE1 SNGLJUN COMPONENT

405-000000 400-040000 410-010000 -1.97564E

PRESSU .. PIPE COMPONENT

410-010000 410-0i0000 410-020000 -6.15771E

410-020000 410-020000 410-030000 -6.82927f

410-030000 410-030000 410-040000 -5.84317E

410-040000 410-040000 410-050000 -1.49882E

41o0-ooooo 41o-o5oooo 410-060000 -2.1948

410-060000.410-060000 410-070000 -. 73981

410-070000 410-070000 410-0o0000 -. 60248

410-080000 410-080000 410-090000 -. 15686

TOP , boANCH COMPONENT

420-010000 :410-;090000 420-010000 -7.82727F

SPRAYR BRANCH COMPONENT

430;010000 151-010000 430-010000 2.04999E

SPRAYR . VALVE COMPONENT

435--000000 430-010000 450-01O000 0.

SPRAYO '' BRANCH COMPONENT

440-010000 :351-010000 440-010000 2.04965F

SPRAYS VALVE COMPOHENT

445-0'000000 .*440;-010000 450-010000 0.

SPRAYB ' BRANCH COMPONENT

450-0710000 450-010000 -420-010000 -1.4119

ORESVAL VALVE COMPONENT 4'•002 ',: ;•20-O0!0000, ,•90-0"",•0 0,..

ANAI.YS IS PROGRAM PAGE 322

-02

-02

-02

E-02

E-04

-04

-o4

E-03

-02

E-05

-05

5.9743

5.9744

5.9746

5.9747

5.9748

5.9750

5.9750

5.9751

5.9752

5.9752

5.9763

5.0715

13.034

13.341

13.341

13.340

13.341

16.955

16.050

16.950

16.950

.10746

.11246

.11808

.13877

.15353

.19900

.16273

1.2347

3.01962E-03

1.15717F-03

1. 14020E -04

5. 14068E-05

2.21133E-05

2.04999E-C5

06

2.04964E-05

*O0

.- 8.62262E-05

4745.2

4745.2

4745.2

4745.2

4745.2

4745.2

4745.2

4745.2

4745.2

4745.2

4745.2

4745.2

4745.1

4745.1

4745.1

4745.1

4745. 1

4745.1

4745.1

4745.1

4745.1

-1.1470

-. 98210 -. 85547

-. 69737

-. 71669

-,77602

-1.0813

-1.2433

-1.7120

-1.4562

-2.71271E-02

8.09032E-03

2.72707E-03

8.97424E-05

0.

8.97269E-05

'0 . . * . :

-4.77232E-05

87/01/22.

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0872 1.0000

1.0879 1.0000

.49840 1.0000

.48700 1.0000

.48700 1.0000

.48700 1.0000

.48700 1.0000

.38300 1.00OO

.38300 1.0000

.38300 1.0000

.38300 1.0000

6.31180E-02 1.0000

6.34253E-02 1.0000

6.34253E-02 1.0000

6.34253E-02 1.0000

2.1329 1.0000

2.1329 1.0000

3.5350 1.0000

3.5350 1.0000

3.6350 1.0000

3.5350 1.0000

3.5350 1.0000

2.1329 1.0000

2.1329. 1.0000

5;98900E-03 - .0000

5.98900E-03 .0. :

5.98900E-03 1.0000

5.98900E-03 0. :

5198900E-03 1.0000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000

00000)

00000

00000

00000

00000

00000

00000

00000

00000

00 100

00000

00000

00000

00000

00000

.00000

00000

00000

00000

* 00000

.00100

00000

* 00100

00000

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0 "

• ' 0 , " '" • : 0., oc . : :,..... . , 0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT

: DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER

SYSTEM 

2

ANALYS IS PROGRAM PAGE 323

87/01/22.

.::::jtiN.NO, VOIDFJ VOIOGJ

:.11-010000 1.0000 0.

11-020000 1.0000 0.

o'13-010000 1.0000 0.-

13-020000 1.0000 0.

:.1-030000 1.0000 0.

13-040000 1.0000 0.

:1$-oioooo !.ooo o0.

15-020000 1.0000 0.

:23-010000 1.0000. 0.

23-020000 1.0000 0. •:256-010000 1.0000 0.

25-020000 1.0000 0.

31-010000 1.0000 0.

31-020000 1.0000 0.

317-030000 1.0000 0.

31-040000 1.0000 0.

39-010000 1.0000 0.

39-020000 1.0000 0. .-41-;-010000 1.0000 0.

41-020000 1.0000 0.

43-010000 1.0000 0.

43-020000 1.0000 0.

.43-030000 1.0000 O0

45-010000 1.0000 0.

111-010000 1.0000 0.

113-010000 1.0000 0.

121-010000 1;0000 0.

121-020000 1.0000 0.

122•010000 1.0000 0. 0

122-020000 1.0000 0.

122-030000 1;0000 0.

122-040000 1.0000 0.

122-:050000 1.0000 0.

122-060000 1.0000 0.

,122-070000 1,0000 0.

122M080000 1.0000 0.

;122-090000 i.1.0000 

. 0.

221-ioooo i.0000 0.

123-;000000 1.0000 0.

124-010000 1.0000 0.

124-040000 1.0000 0.

124-050000 1.0000 0.

:124-ý0600000 1.000: 0.

125-010000 1.OOOO 0.

125 -020000 .1.0000 .:..0.

t31-010000 i.0000 0.

131"020000 .1.0000 

0

131 -030(0 i.0000 0.

140-010000 .. 0000 

. 0.

140-020000 1,0000 0. .152-01000 1!O()0000 O ..

FROM TO FIJ

(N-S2/M5)

BaY BOY 10.473

SHY BOY 2.60425E-02

BSY BOY 14.401

BBY BOY 14.401

BOY BBY 14.401

BSY BBY 21.232

BOY BOY 21.577

BOY BBY 21.685

BOY BOY 15.889

BOY BOY 16.474

BOY BOY 21.629

BOY BOY 2.3189

BOY BOY 21.602

BOY BaY 21.573

BOY BBY 21.545

BOY BOY 21.517

BOY BOY 21.497

BOY BOY 2.3109

BOY BOY 16.146

BOY BOY 21.473

BOY BOY 12.518

BOY BOY 12.518

BOY BBY 12.518

BOY BOY 21.270

aBY BOY 21.394

BOY BOY 21.391

BSY BOY 11.857

BOY BBY 13.716

B3Y BOY 21.393

BOY SBY 21.382

3BY BOY 21.369

BOY BBY 21.358

BOY BOY 21.345

BOY BBY 21.333

BOY BOY . 21.321

BOY BOY 21.309

BOY BBY 21.297

BOY BBY 21.285

BOY BOY 21.276

BOY BOY 21.269

BOY BBY 21.265

BDY BoY 21.261

BOY BOY 21.257

BOY BOY 21.254

BOY BSY 21.251

BOY BOY 13.618

BOY BBY 12.340

BSY BOY 20.971

BOY BBY 21.219

BSY BOY 21.219

BOY CTB 13.331

CTO BOY i4.128

BOY BOY 

. 21.634

FWALFJ FWALGJ FJUNF

2.72 0. 0.

1.936E-07 0. 2.30

1.747E-02 0. .429

1.748E-02 0. .429

1.740E-02 0. .429

3.487E-02 0. .160

4.002E-02 0. 0.

4.002E-02 0. 0.

2.076E-02 0. 1.43

3.426E-03 0. 5.27

.651 0. 2.45

4.351E-04 0. 7.45

1.30 0. 2.47

1.30 0. 2.40

1.30 0. 2.31

1.30 0. 2.23

.651 0. .720

4.350E-04 0. 6.45

1.905E-03 0. 2.04

3.897E-03 0. 0.

1.920E-02 0. .380

1.920E-02 0. .380

1.920E-02 0. .380

.887 0. 2.60

3.636E-02 0. 0.

3.836E-02 0. 0.

'.377 0. .226

1.926E-02 0. .325

.740 0. 0.

.728 0. 0.

.824 0. 0.

.849 0. 0.

.778 0. 0.

.778 0. 0.

.778 0. 0.

.778 0. 0.

;778 0. 0.

.808 0. 0.

.,837 0. 0.

1.20 0. 0.

.1.56 0. 0.

1.56 0. 0.

1.24 0.- 

00. 

.915 0. 0.

1,10 0. O0

.650 0. .580

1.316E-02 O. 

. .255

2.551E-02 0. 0.

3.326E-02 O 0.

3.096t-02 0. 0.

1.074E-02 0. .195

1.598E-02 0. .270

•.3.198E-02 .. 0.

FJUNR FORMFJ

0. 0.

2.30 0.

.429 0.

.429 0.

.429 0.

.160 0.

0. 0.

0. 0.

.500 0.

5.27 0.

2.45 0.

7.45 0.

2.47 0.

2.40 0.

2.31 0.

2.23 0.

.720 0.

6.45 0.

2.04 0.

0. 0.

.380 0.

.300 0.

.380 0.

2.60 0.

0. 0.

0. 0.

.580 0.

.255 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

0. 0.

.226 0.

.325 0.

0. 0.

0. 0.

0. 0.

.195 0.

.270 0.

0. 0.

FORMGJ

.0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.000000a000

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.
RELAP•S/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

. DCWL4 ,.SPRAY CAPACITY TEST AT ZERO POWER

PAGE 324

87/01/22.

152-020000 1.OOOO 0.

153-010000 1.0000 0. 1810i000O i10OO00

211-010000 1.0000 0.

2i3-01000. 1.0000 0.

221-010000 1.0000 0.

221-020=00- !.0000 0.

222-010000 1.0000 0.

222-020000 .- 1;0000 0.

222-030000 1.0000 0.

222-040000 .1I 1,0000 0.

222-050000 1.0000 0.

222-060000 1.,0000 0.

222-070000 1.0000 0.

222-080000 1.0000- O.

222-090000 1.0000 0.

222-100000 .. 1.0000 0.

223-000000 1.0000 0.

224-1OOOO 1..OOOO:: 0.

224-020000 1.0000 0.

224-030000* 1.0000 0.

224-040000 1.0000 0.

224-050000 1.0000 O.

224-060000 1.0000 0.

225-01000.0 .1.0000 0.

225-020000 1.0000 0.

231-010000 1. 1 0000 0.

231-020000 1.0000 0.

232-010000. 1.0000 04

240-010000 1.0000 0.

240,020000 1.0000 0.

251-010000 1.0000 0.

253`010000. i.0000 -. 0.

253-020000 1.0000 0.

283'000000 '1.0000' 0.

311-010000 1.0000 0.

312-000000.•82749.. 0.

3i3-0106oo00 Ow 0.

321ý-010000:..0000 0.

321-020000 1.0000 0.

322-010000' 1:0000 0. . 322-020000 1.0000 0.

322-;030000 .000oo:0: 0.

322-040000 1.0000 0.

322-05000.:. 1.0000 0.

322-060000 1.0000 0.

322;070000 .: 1.0000 0,

322-080000 1.0000 0.

322ý-090000 -1 0000.. ....... 0

322-166000 1.0000 0.

324-0200000.1000 324-010000 1.0000 . 0.

324-0240000 ::1-:0000- 0.

324 -00000 1.000d 0..

324'0400 i24,65000 0:.:..1..t.10000O..;...P.-0•: , .... , i.60oo " : ...

BBY BaY 21.632 3.106E-02 0. 0.

BBY BOY 20.367 2.842E-02 0. 0.

BOY BuY .19712 1.105E-03 0. 0.

BBY BBY 21.394 3.836E-02 0. 0.

BOY BaY 21.391 3.836E-02 0. '.

BBY BBY 11.857 .377 0. .226

BBY BBY 13.715 1.026E-02 0. .325

BBY BOY 21.393 .740 0. 0.

BBY BBY 21.382 .727 0. 0.

Bay aBY 21.369 .823 0. 0.

BBY BOY 21.355 .840 0. 0.

Bay BOY 21.345 .778 0. 0.

BBY BaY 21.333 .778 0. 0.

BOY BaY 21.321 .778 0. 0.

BOY BOY 21.309 .774 0. 0.

BBY BBY 21.297 .778 0. 0.

BaY BOY 21.286 .807 0. 0.

BBY BBY 21.276 .837 0. 0.

BOY BaY 21.269 1.20 0. 0.

BBY BBY 21.265 1.56 0. 0.

BaY BBY 21.261 1.56 0. 0.

BOY BBY 21.257 1.24 0. 0.

BBY BOY 21.254 .914 0. 0.

BBY BBY 21.250 1.10 0. 0.

BOY BOY 13.618 .860 0. .880

BBY BBY 12.340 1.316E-02 0. .255

BEY BBY 20.97.1 2.551E-02 0. 0.

BOY BOY 21.219 3.326E-02 0. 0.

BOY BOY 21.218 3.098F-02 0. 0.

BBY CTB 13.331 1.074E-02 0. .195

CTO BaY 14.128 1.598F-02 0.. :.270

BBY BBY 21.633 3.196E-02 0. O,

BOY BOY 21.631 3.196F-02 0. 0.

BBY BBY 20.366 2.842E-02 0. 0.

pBY BBY 21.220 16.2 0. 0.

BOY BBY 21.394 3.836E-02 0. 0."

soY BOBY 1971.1 .591 .. 177 0.

BOY Bay 21-.391 3.837E-02 0. 0.

pOY BOY 11.857 .. ;377 ; .. .225

BOY BBy 13.716 1.927E-0O O. .325

BBY BOY 21;392 ;740 O 0.,

BaY BOY 21.381 .728 0. 0.

BBY BBY 21.369 .; 824 0,;. . . BBY BOY 21.358 .849 0. 0.

BBY BOY 21.345 .778 0. 0.

BBY BBY 21.333 .778 d. 0.

saY BBY 21.321 .- .i..778 0. 0. 0 ... BOY" aBY 21.309 .778 0. O.

BBY . BOY 21.207 .:770 . . 0: :.: BOY BOY 21.285 .808 0. 0.

BOY BOY . . ..... 21.276 : .. ;: 837.:.:: 37 0.." , ! O

BsY BOY 21.269 1.20 0. 6:

BOY BBY" 21.265'. " .w 1.56' I :. 0,..:...:... "....O. . BOY BOY 21.261' 1 .56 0. 0.

BOY sOY.. 21.257 .' .,24 ... 0.. 0

BOY B3Y 21.254 .916 0. 0.

OY BOY.: .. 0* ID20. 0

0. 0. 0.

0. 0. .0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

.580 0. 0.

.255 0. O0

0. 0. 0.

0. 0. . 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

.226 0. 0.

.325 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0.

.195 0. 0.

.270 0. ... O.

0. 0. 0.

0. 0. 0.

0. 0. 0.

0. 0. 0;

0. 0. 0.

0. 0. 0.

0. 0. o. .580 0. 0.

.255 0. 0.

0. 0. O0

0. 0. 0.

0. 0. 0.

0. 0. O.

0. 0. 0.

0. 0. 0.

0. ." 0. 0.'

0. 0. 0.

0. 0.

0. 0. 0.

0; 0. .0.

0. 0. 0. 0 . ::. .::.-. .... .0 , .: "-... OP :

0. .0. 0.- 0. 0. 0.

0. 0. .. ~.... .0
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

.::D0EL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 325

325-010000

325-020000

33 1-0W0000

331-020000

331-030000

340-010000

40'020"ooo

352-010000

3$2-020000

353-010000

400-o0oooo

400-020000

0-0300ooo405-000000

410-OLOOOO

410-020000

o410-030000

410-040000

4 10-o6ooo0

410j-060000

420-010000

430-010000

4356-60000

440-010000

445-000000

450-010000

489-000000o

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

1.0000

.06206 , .88474

* .92080..

.99730

.99722

.99667 .99915

.49174

4.61429E-04

1.12107E-03

4.51927E-05

9.77627E-06

1 63695E-05

1.0000

1.0000

1.0000

'1 .0000

9.38639E-10

7.79236E-06

0.

0.

0.

0.

0.

0.

0.

0.

0.

.17251

.13714

.11526

7.91399E-02

2.70323E-03

2.78153E-03

3.33097E-03

8.50443E-04

.40826

.99954

.99888

.99995

.99999

0.

5.19192E-07

0.

5. 19195E-07

1.0000

* .99999

BBY. BBY Bey BeY

BBY $BY

BBY BOY

BBY BeY

BBY CTB

CTB BBY

BaY BOY

BBY BoY

BBY BBY

BBY BOY BBY BBY

BBY BBY

BBY BOY

Bey BBY BBY BBY

BBY BOY

BBY SLG

SLO ANM

AtM ANM

ANM ANM

ANM ANM

ANM ANM

BBY BOY

BOY BBY

BBY BOY

BBY BOY

BBY AlJM

AUM MST

HEAT TRF.

RATE

(WATT)

-603.48

0.

-3.81098Et05

3.80948E405

-3.21077E 405

3. 20938E 405

-2.78629E 405

2.78496E;05

-2.95405E.05

2.95245E+05

-2.09984E .05

2. 09857E406

-1 •75948E+05

i.75830E405

-1 .45532E+05

1.45423E205

-1. 18351E+05

i. 18253E405

-94062.

93974.

-72357'

72278.

-57938i

13.618 .650

12.340 1.316E-02

20.971 2'551E-02

21.219 3.326E-02

21.219 3.096E-02

13.331 1.074E-02

14,128 1.590E-02

21.633 3.196E-02

21.630 3.196E-02

20.366 2.842E-02

7935.4 .632

6795.3 .735

6368.7 .719

1937.6 .419

651.04 2.265E-03

479.72 1.442E-03

297.35 3.451E-03

741.16 7.619E-02

198.08 1.365E-04

7.3372 1.978E-04

12.740 1.098E-04

8.8993 5.717E-05

9.1143 2.942E-04

18.071 470.

21.537 1.359E407

18.071 470.

21.537 1.359E+07

83.002 .991

8.7840 77.5

HEAT FLUX CRITICAL

HEAT FLUX

(WATT/M2) (WATT/M2)

-64.992 0.

0. 0.

-1563.0 0.

1384.1 0.

-1362.1 Q. 1205.7 0.

-1182.1 0.

1046.3 0.

-991.55 0.

877.61 0.

-832.89 0.

737.13 0.

-697.89 0.

617.61 o. -577.25 0.

510.81 0.

-469.43 0.

415.37 0.

-373.09 . 330.09 0.

-287.00.' 0.

253.88 0.

-213.65

87/01/22.

0. .580

0. .255

0. 0.

0. 0.

0. 0.

0. .195

0. ,270

0. 0.

0. o0

0. 0.

.719 0.

.672 0.

.61 0'.

.300 0.

8.301E-04 0.

5.696E-04 0.

1.638E-03 0.

2.366E-06 0.

3.373E-04 0.

8.795E-07 0.

3.358E-06 0.

1.003E-07 0.

3.409E-07 0..

0. 0.

2.029E+05 O.

0. 0.

2.029E÷05 0.

4.267E-03 1.00

3i214E-05 0.

MODE HEAT TRF.

COEF.

(WATT/M2-

K)

2 5994.8

0 0.

* 2 . 37843.

0 0.

2 37845. 0 0.

2 37846.

0 0.

2 37847.

0 0.

2 .37849.

0 0.,

2 .. 37851.

0 0.

2 37852.

0 0.

2 '..' " :.37854."

0 0.

2 37856,"

0 0.

.2 . 37858.

0 0.

2 : 37860...

.225

.325

0.

0.

0.

.195

.270

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0,

1.00

0.

TNT. HEAT

SOURCE

(WATT)

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

.425

0.

0..

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

.847

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

,STR.NO-. SIDE..; BORY.VOL,..

NUMBER

12121- ll. LEFT-m :121-010000.

RIGHT 0-000000

1220-001. LEFT• 1:22-010000

RIGHT 0-000000

I220-002 LEFT ": 122-020000

RIGHT 0-000000

220.00.3 LET. 122-030000

RIGHT 0-000000

12•20-004LEFT. 122-040000

RIGI T . -0...0-

¶•220-00 LEFT.:" 122-050000

rIGHf -0000060

1.220O00'8.LEFT.. .... 122-060000:

RIGHT " 0-00o0oo

.1220-007 LEFT; 22-070000

RIGOT 0000000

1220-ý008. -.LEFT 122-080000

.IGHT 0C-00000

I1220P0..09 LEFT:- 1.22-090000

A RIGdT 0-000000

1220ý-01Q:LEFT .. 122-100000

RIGHT 0-000000

¶220-0):1.LEF:T *.122-110000.

SURFACE

TEMP.

(K)

570.49

570.49

570.43

570.35

570.42

570.35

570.41

570.35 .570.40

670.35

570.40

570.35

570.39

570.35

570.38

570.35

570.38

570.35

.570.37

570.35

570.37

570.35

: 570.36

NET HEAT

LOSS

(WATT)

-603.48

-149.89

-139.21

-133.63

-159.24

-127.00

-118.27

-108.72

-98 .726

-88.688

.- 78.919

VOL. AVE.

TEMP.

(K)

570.49

570.39

570.39

570.38

570.38

570.37

* 570.37

570.37

570.36

570.36

570.36

0 :.". : -74146 ". . 570.36
RELAP5/2/36.04 REACTOR 

L

DOEL4 

- SPRAY CAPACITY TESI

RIGHT 0-000000

1231-001 LEFT 121-010000

RIGHT 125-010000

1240-001 LEFT 124-010000

RIGHT 0-000000

1240-002 LEFT 124-020000 I RIGHT 0-000000

1240-003 LEFT 124-030000

RIGHT 0-000000

1240-004 LEFT 124-040000 . - RIGHT " 0-000000

1240-005 LEFT 124-050000

"-RIGHT -000000

1240-006 LEFT 124-060000

RIGHT 0-000000

1240-007 LEFT 124-070000

RIGHT . 0-000000

1240-008 LEFT 124-070000

RIGHT 0-000000

1251-001 LEFT 125-010000

RIGHT . 0-000000

2211-001 LEFT 221-010000 .RIGHT 0-000000

2220-001 LEFT 222-010000

S'RIGHT 0-000000

2220-002 LEFT 222-020000

RIGHT 0-000000

2220-003 LEFT 222-030000

* RIGHT 0-000000

1220-004' LEFT 222-040000

RIGHT. 0-000000

2220-005 LEFT 222-050000

RIGHT :" 0-000000

:2220-66& LEFT 222-060000

RIGHT 0-000000

LEFT 222-070000

* . RIWHT 'o'-000000

2220-008 LEFT 222-080000

RIGHT 0-000000

•220-00g LEFT 222-090000 : " RGI0T 0-000000

2220-010 LEFT 222-100000 .. . 'RIGHT -0-000000

2222)-0-011 LEFT 222-110000 . . RIGHT : 0-000000

2231-0i1 LEFT 221-010000

RIGHT t 225-010000

2240-001 LEFT 224-101000 :RGHT *0-000000

2240-02 EF 224-020000

.RIGHT .o0-000000

2240-03 LLEFT. 224-030000

* RIGHT., 0-000000

2240-004 LEFT 224-040000

RIGHT :. 0-000000

2246,-005 :LEFT 224-056000

S~. 'GH" .

. .000000

.OSS OF COOLANT ANALYSIS PROGRAM

AT ZERO POWER

PAGE 326

570.35

570.47

570.38

570.36

570.35

570.36

570.35

570.36

570.35

570.36

570.35

570.36

670.36

570.36

670.35

570.36

570.35

570.36

670.35

570.36

570.36

570.49

570;49

570.43

670.35

570.42

570.35

570.41

570.35

570.40

570.35

570.40

570.35

570.39

570.35

570.38

570.35

570.38

570.35

570.37

570.35

570.37

570.35

570.36

570.35

570.47

570.38

570.36

570.35

570.36

570.35

570.36

570.35

570.36

570.35

570.36

57864.

-188.57

94.378

-46785.

46721.

-83926.

83837.

-81341.

81279.

-79296.

79257.

-47660.

47643.

-43389.

43380.

-44022.

44021.

-18792.

18791.

-161.21

0.

-603.27

0.

-3.81073E405

3.80923E*05

-3.21066E405

3.20927E+05

-2.78626E+05

2.78495E405

-2.95416E+05

2.95257E405

-2.09995E+05

2.09868Et05

-1.75961E#)5

1.75842E405

-1.45544E405

1.45435E+05

-1.18360E+05

1.18202E+05

--94068.

93979.

-72358.

72279.

-57934.

57860.

-188.56

94.378

-46775.

46711.

-83915.

83826.

-81321.

81259.

-79269.

79230...

188.96

-162.56

81.360

-172.52

152.57

-166.44

147.24

-161.32

142.75

-157.26

139.20

-148.25

131.23

-147.23

130.36

-149.38

132.28

-149.38

132.28

-17.362

0.

-64.970

0.

-1563.5

1384.0

-1362.1

1205.7

-1182.0

1046.3

-991.59

877.64

-832.94

737.17

-697.94

617.65

-577.29

510.85

-469.47

415.40

-373. 11

330.11

-287.00

253.88

-213.63

188.94

-162.55

81.360

-172.48

152.54

-166.42

147.22

-161.28

142.71

-157.21

139.15.

-148.16

131.15

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

O0

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

87/01/22.

0 0.

2 5994.8

2 5098.6

2 37861.

0 0,

2 37862.

0 0.

2 37863.

0 0.

2 37864.

0.

2 37864.

0 0.

2 37865.

0 0.

2 37865.

0 0.

2 37865.

0 0.

2 5998.6

0 0.

2 5998.7

0 0.

2 37867.

0 0.

2 37869.

0 0.

2 37870.

0 0.

2 37872.

0 0.

2 37873.

0 0.

2 37875.

0 0.

2 37877.

0 0,

2 37878.

0 0.

2 37880.

0 0.

2 37882.

0 O.

2 37884.

0 0.

2 5998.7

2 6002.4

2 37885. '0 0. 

.

. 2 37886.

0 0.

2 37887.

0 O ..- • 2 37888.

0 0.

2 3.7889.

0 .O

C. -94.189

0. -64.039

0. -88.392

0. -61.833

0. -38.948

0. -16.979

0. -9.1986

0. -1.0120

0. -. 43198

0. -161.21

0. -603.27

0. -149.86

0. -139.18

0. -133.61

0. -159.23

0. -127.01

0. -118.28

0. -108.75

0. -98.765

0.. -88.733

0. -78.969

0. -74.204

0. -94.183

0. -64.099

0. -88.508

0. -61.948

0., -39.060

0. -17.048

570.42

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.36

570.49

570.39

570.39

570.38

570.38

570.37

570.37

570.37

570.36

570.36

570.36

570.36

570.42

570.35

570.35

570.35

570.35

• 570.35: 476ý4.
RELAP5/2/36.04 REACTOR LOSS OF CO

DOEL4 -*SPRAY CAPACITY TEST AT ZERO

2240-006 LEFT 224-060000 570.36

RIGHT 0-000000 570.35

2240-007 LEFT 224-070000 570.36

RIGHT 0-000000 570.35

2240-005 LEFT 224-070000 570.36

RIGHT 0-000000 570.35

2251-001 LEFT. 225-010000 570.36

RIGHT 0-000000 570.36

3211-001 LEFT. 321-1OO0000 570.54

RIGHiT 0-000000 570.50

3220-001. LEFT 322-010000 570.44

RIGHT 0-000000 570.35

3220-002 LEFT 322-020000 670.43

RIGHT 0-000000 570.35

3220-003" LEFT. 322-030000 570.42

RIGHT 0-000000 570.35

3220-004 LEFT 322-040000 670.41

RIGHT 0-000000 570.35

3220;-008 LEFT' 322-050000 670.40

RIGHT- 0-000000 570.35

3220-006 LEFT' 322-060000 570;39

RIGHIT 0-000000 570.35

3220;-007. LEFT 322-070000 670.38

RIGHT 0-000000 570.35

3220'008: LEFT. 322-080000 570;38

RIGHT 0-000000 570.35 3220-;009 LEFT 322-090000 570.37.

RIGHT 0-000000 570.35

3220-010 LEFT 322-100000 570.37

RIGHT 0-000000 570.35

3220-011 LEFT .322-110000 570.36

RIGHT 0-000000 570.35

3231-k"001 LEFT 321-010000 570.51

RIGHT 325-010000 570.40

3240-001 "LEFT. ":324-010000 570.36

RIGHT* 0-000000 570.35

3240-002 LEFT. :: :324-020000. 570.36

RIGHT 0-000000 570.35

3240-;003 LEFT: 324-030000 570.36

RIGHT 0-000000 570.35

3240-004 LEFT -. 324-040000 570.36

RIGHT 0-000000 570.35

324.0-005 .LEFT: 324-050000 570.36 . RIGT 0-000000 570.35

3240-006 :LEFT•: 324-060000 570.36

RIGHT 0-000000 C70.35

3240-;007.' LEFT 324-;070000 570.36 ---........ . A RIGHT 0-000000 570.35

3240-•08. LEFT.- '324-070000 570.36

.RIGHT " 0-000000 570.35

3251- 001--ý LEFT:'. 325-0 10000 570.37

RIGHT ..... 0-000000 570.37

4000001" LEFT 400-010000. 613.67

9.RIGHT 940-010000 614.38

-400002. LEFT 400-020000 613.64

.RIGHT .940-0100 614.46

.400-0 LEFT....4003000. 613.59

'0

P

LANT ANALYSIS PROGRAM

OWER

PAGE 327

87/01/22.

-43362. -147.14 0. 2 37889. 0.

43353. 130.27 0. 0 0.

-43999. -149.30 0. 2 37890. 0.

43997. 132.21 0. 0 0.

-18782. -149.30 0. 2 37890. 0.

18781. 132.21 0. 0 0.

-161.20 -17.360 0. 2 6002.4 0.

0. 0. 0. 0 0.

1696.9 182.74 0. 2 5995.3 0.

0. 0. 0. 0 0.

-3.99493E+05 -1639.0 0. 2 37846. 0.

3.99757E405 1452.4 0. 0 0.

-3.37481E+05 -1431.7 0; 2 37847. 0.

3.37720E+05 1268.8 0. 0 0.

-2.93769E+06 -1246.3 0. 2 37848. 0.

2.93960E+05 1104.4 0. 0 0.

-3.12666E+06 -1049.5 0. 2 37850. 0.

3.12812E+05 929.83 0. 0 0.

-2.23312E406 -885.76 0. 2 37851. 0.

2.23374E105 784.61 0. 0 0.

-1..88061E+05 -745.93 0. 2 37853. 0.

1.88078E405 660.63 0. 0 0.

-1.56502E+05 -620.76 0. 2 37855. 0.

1.56496E405 549.70 0. 0 0.

-1.28265E+05 -508.75 0. 2 37858. 0.

1.28251E+05 450.49 0. 0 0.

-1.03011E405 -408.59 0. 2 37858. 0.

1.02998E+05 361.79 0. 0 0.

-00435. -319.04 0. 2 37860. 0.

80427. 282.50 0. 0 0.

-65727. -242.37 0; 2 37862. 0.

65727. 214.63 0. 0 0.

7.5805 5.5349 0. 2 5995.3 0.

257.40 22i.89 0. 2 5998.9

-53773. • -198.28 .0. 2 37863. 0.

53782. 175.63 0. 0 0.

-94691. -187.79 0. 2 37864. 0.

94746. 166.40 0. 0 0.

-90314. -179.11 0." 2 37865.. 0.

90399. 158.76 0. 0 0.

-86823. -172.19 0. 2 37866. 0.

86930. i52.67 0. •0 0.

-51937. -161.55 0. 2 37866. 0.

62011. i43.27 0. 0 0.

-46932. -159.25 :0.,: 2 " 37867. 0. 47005. 141.25 0. 0 0.

-47114:. -159.87 0; 2 :-37868. . 0.

47195. 141.82 0. 0 0.

-20111. .- 159.87 0. 2 37868. 0.

20146. 141.82 . 0.. 0 0..

90.010. 9.6937 0. .. .*2 5998.9 0.

0. 0. 0.. 0. '9425.8 1877.3 . 3.00326E+06"- 4.,. 802 0.

4600.7 730.98 0" .. . 0 2.5i006

.10511... .2093.5:..:. 3.00485E+0:.4 6257o8 . 0.

4602.0 73.19 0. 0 2.5100

10597..... '.21106 .".3,0049+6' ...4 38. 0.

-9.2609 570.35

-- 1.0723 570.35

-. 45774 570.35

-161.20 570.36

1696.9 570.53

264,70 570.39

239.06 570.39

191.81 570.38

146.08 570.38

61.366 570.37

17.528 570.37

-5.9640 570.37

-14'001 570.36

-13.208 570.36

-8.2243 570.36

-. 41118 570.36

264.98 570.47

9.8479 570.36

55.167 .... 570.35

85.305 570.35

107.39 . 570.35

74.345 "570.35

73,485 . 570.35

8 18,;091 " 570.35

34.615 570.35

90.010 570.37

14026 :i.:.::- 614.21

.. 15118. ... 614.251
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

.OEL4:-;SPRAY CAPACITY TEST AT ZERO POWER

PAGE 328

-RIGHT

4000-004 LEFT

RIGHT

4101-001 LEFT.

RIGHT:

4101-002 LEFT

i."." .. .RIGHT

4 102-001 LEFT

4102-002 RIGHT

LEFT

RIGHT

4102-003 LEFT

.' RIGHT

4102-004 LEFT

- RIGHT

41I02-005 LEFT

RIGHT

4102-006 LEFT

RIGHT A. 

4103-001 LEFT

S"- RIGHT

4103-002 LEFT

RIGHT

4113-001 LEFT

4.:-0:0- RIGHT

4113-002 LEFT

:-;.": .- R IGHT

940-010000

400-040000

040-010000

,410-010000

S940-010000

410-020000

940-010000

410-030000

040-010000

410-040000

940-010000

410-050000

940-010(m0

410-060000

940-010000

410-070000

940-010000

410-080000

940-0100o0

410-090000

•940-010000

420-010000

940-01O0OO

0-000000

410-040000

0-000000 ..410-050000

614.42

613.54

614.39

613.49

614.96

613.47

614.96

613.46

615.02

613.42

615.03

613.68

616.85

615.15

615.86

613.66

615.86

613.72

615.86

613.70

615.94

613.63

615.92

616.74

613.91

617.22

614.37

4601.4

10695.

4600.8

2726.4

1224.6

5476.4

2449.6

8940.1

3799.0

18982.

7945.6

60125.

16327.

5938.6

16328.

1264.8

16328.

283.61

3809.9

115.13

1636.4

69. 932

1147.5

0.

1.36845E#05

0.

46558.

731.10

2130.1

731.00

1861.0

732.44

1868.7

732.44

1910.7

732.60

1939.8

732.62

2998.3

734.67

296.15

734.69

63.072

734.68

60. 613

734.71

58.354

734.90

50.541

734.85

0.

12727.

0.

12998.

0.

3.00990E 06

0.

3.00318E406

0.

3.00375E#06 0.

3.00307E406

0.

3.01245E 106

0.

3.01577E+06

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

0.

3.01245E #08

0.

3.03867E #06

87/01/22.

0 2.5100

4 6459.0

0 2.5100

4 6096.4

o 2.5100

4 6110.4

0 2.5100

4 6175.7

0 2.5100

3 6217.9

0 2.5100

4 4819.3

0 2.5100

8 142.56

0 2.5100

8 102.73

0 2.5100

9 90.965

0 2.5100

9 90.075

0 2.5100

9 86.878

0 2.5100

0 0.

3 15863;

0 0.

4 9946.6

0.

0.

0.

0.

0.

0.

0.

o.

0.

0.

0.

1.387505E05

46250.

15296.

3951.0

7926.0

12739.

26927.

76452.

22266.

17592.

4093.5

1751.5

1217.5

-1905.4

307.88

614.17

615.01

615.01

615.03

615.03

615.68

616.01

615.71

615.69

615.65

615.60

614.96

615.43

.:STR"NO. MESIH POINT TEMPERATURES (K)

1211-001 570.49 570.48 570.49

1220-001 570;43 570;39 570.35

1220-002 570.42 570.39 570.35

1220F-003 570;41 570.38 570.35

1220-004 570.40 570.38 570.35

1220-005 570.40 570.37 570.35

1220-006 570.39 570.37 570.35

1220-007:.- 570;38 570;37 570.35

1220-008 570.3 570.36 570.35

1220-009 570.37 570.36 570.35

1220-010 570.37 570.-6 570.35

1220-011 570,36 570.36 570.35

1231-001 570.47 570.43 570.40

1240(-001 ; 570.36 570.35 570.35

1240'002 570.36 570.35 570.35

1240-003- 570'36 570;35 570.35

1240-004 670.36 570.35 570.35

.1240-005 ,570.36 570.35 570.35

1240-006 570.36 670.35 570.35

1240-007 :-57036 570.35 570.35

1240-008. 570.36 570.35 570.35

1251-001:P: 570.36 : 570.36 570.36

221-001 570.49 570.48 570.49

2220;001 :- .570.43 570.39 . 570.35

2220:002 ...... 570.42 570.39 670.35

2220-003::; 570.41 570.38 570i35

2220-0064 "5706.40 ' 570.38 570.35

2220-O (0o4o0 . .57,3 570.35

570.49 570.49

570.38

570.36

570.49

570.36

570.49
RELAP5/2/36.04 REACTOR LOSS OF COOlANT ANALYSIS PROGRAM PAGE 329

DOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER 87/01/22.

2220-006 570.39 570.37 570.35

2220-007 570.38 570.37 570.35

2220-008 570.38 570.36 570.35

2220-009 570.37 570.36 570.35

2220-010 570.37 570.36 570.35

2220-011 570.36 570.36 570.35

2231-001 570.47. 570.43 570.40 570.38

2240-001 570.36 570.35 570.35

2240-002 570.36 570.36 570.35

2240-003 570.36 570.35 570.35

2240-004 570.36 570.35 570.35

2240-005 570.36 570.35 570.35

2240-006 670.36 670.35 570.35 .2240-007 570.36 570.35 570.35

2240-008 570.36 570.35 570.36

2251-001 570.36 570.36 570.36 570.36 570.36

3211-001 670.54 570.56 570.53 670.51 670.50

3220-001 570.44 570.39 570.35

3220-002 570.43 570.39 570.35

3220-003 570.42 570.38 570.35

3220-004 570.41 570.38 570.35

3220-005 570.40 570.37 570.35

3220-006 570.39 570.37 570.35

3220-007 570.38 570.37 570.35

3220-008 570.38 6---570.36 570.35

3220-009 570.37 570.36 570.35

3220-010 570.37 570.36 570.35

3220-011 570.36 570.36 570.35

3231-001 570.51 570.50 570'46 .570.40

3240-001 570.36 570.36 570.35

3240-002 570.36 570.35 570.35

3240-003 570.36 570.35 570.35

3240-004 570.36 570.35 570.35

3240-005 570.36 570.35 570.35

3240ý-006: 570.36 570.35 570.35

3240-007 570.36 570.35 570.35

3240-008 570.36 570.35 570.35

3251-001 570.37 570.37 570.37 570.37 570.37

4000-001 613.67 614.15 614.41 614.38

4000-002 613.64 614.18 614.48 614.46

4000-003' 613.59 614.13 614.45 614.42

4000-004 613.54 614.09 614.41 614.39

41017001 61349 615.32 615.45 614.96

4101-002 613.47 615.31 615.45 614.96

4102-0•0: 613.46 615.32 615.50 615.02

4102-002 613.42 615.31 615.50 615.03

4102'003 613.68 615.95 616.28 615.85

4102-004 615.15 616.20 616.32 615.86

4102-005 613-66.. 616.03 616.30 615.85

4b02l-006 613.72 615.93 6i6.29 615.86

4103(-001 :613.70:-:: -ý 615.79 616.28 615..94

4103-002 613.63 615.71 616.24 615.92

4113-001 674 615.19 613.91

113-002 617.22 615.66 614.37

...... 

. RHO..... C 

. TA ... L VARIABLE EDIT' .1 DIV2638.32 /RH18O .E"THAlB 18M 1, 268923E+06:.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYS!S PROGRAM

"O~L4 

- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 330

87/01/22.

3 CVENERGY MULT

5 ENTHA231 SUM

7 PRZRItEAT SUM

9 BALANCE SUM

11: MEAS-P FUNCTION

13 TEMPF420 MULT ...I$ SAT420 MULT

20 P/Rt10450 DIV

22 SPRENER MULT

24 ENTHIA410 SUM

25 SPRBALAN SUM

28 VAPGEN SUM

32 TURBPOW SUM

101 LAGI LAG

103-- LL1 LEAD-LAG

105 ??? SUM

107 LAO2 LAG

109 1.13 LEAD-LAG

I11 S4 SUM

113 S6 SUM

135... LIMIT MULT

137 D(AREA) PROP-INT

140 AREA**2 MULT

142 K(T+DT) SUM

144. K(T) MULT

146 P( MULT

•.'164 DUM SUM

156 DUM MULT

158 A SUM

160 DUM MULT

171" 'UM MULT

173 DUM MiiLT

.175 8**2 MUI.T

177 B2-4AC SUM

179 PUM. SUM

181 Q(T+DT) SUM

163::.::, 00(TeDT) MULT

i85 P(PUMP) FUNCTION -.. !200 TAVG(G) -SUM

202 Si SUM

a204 S 2 SUM

206 DELTA-T SUM

"2i6 1 208:-.';:'LL2: LEAD-LAG LAG3 LAG

212 55+:: ,.. SUM

281 LETI suM

•283;:: "300 LET3. STDFNCTN TAVG(B) SUM

.:302 .. ;-S1 . .i. SUM 

. 304 "2 SUM

306 ::DELTA-T: SUM

308 LL2 LEAD-LAG

31 LAG3.. LAG

312 8t. SUM

-400 COLLEVEL. *.,:....SUM

404 3iZMASS SUM

4~16

7.503891Et06

1.323492E#06

287324.

5.416336E406

1.45400(E407

612.997

612.997

19995.3 .o63..1796

t.597386E406

-1.544985E406

.322421

0.

570.541

-. 580026

-429279.

-. 113493

570.534

0.

41.1823

9.50000

-1.855601E-04

8.644796E-03

28425.0

28425.0

1.496854EtO7

983799.

130.224

28294.8

-. 784524

1.161599E-03

-145.469

1.960123E4o09

1.961625E409

8.48124

11.4055

7.95712

2.022125EI07

570.542

-14.6089

-11698.6

-. 112752

-9.840845E-02

570.533

-3.313300E-02

2.115947E407

5.91367

570.543

:-14.6076.;

-11698.6

-. 114156

-8.335487E-02

* 570.537 • -3.313001E-02

22.6033.

11768.8

4 P/Rtl0231 DIV 19688.3

6 LEFDENER MULT 7.826642E+06

0 PRZVAPII SUM 8493.44

10 CALC-P MULT 1.457709E+07

12 MEAS-L FUNCTION 30.2000

14 TEMPG420 MULT 613.050

16 SPRYTEMP MULT 570.444

21 ENTIIA450 SUM 1.323874E406

23 P/Rtl0400 DIV 24023.7

25 SURGENER MULT 1.832246E+06

27 HEATERW SUM 183346.

31 POW SUM 0.

100 TAVO(R) SliM 670.542

102 Si SliM -14.6090

104 S2 SUM -11698.6

106 DELTA-T SUM -. 112510

108 LL2 LEAD-LAG -9.820523E-02

110 LAG3 LAG 570.533

112 S5 SUM -3.313312E-02

134 LEVREG PROP-INT -. 232334

130 DELTAF SUM 4.339764E-03

139 VALVAREA SUM 9.297739E-02

141 K(VALV) DIV 28016.4

143 DEL.TA-K SUM -1.11831

145 DELTA-P SUM 138.748

153 KOQ02 MULT 937342.

155 A(T) DIV 1.016468E-06

157 DUM MULT -44262.7

159 DUM MULT 324194.

170. B SUM 44273.3

172 DOM MULT 132.197

174 C SUM -13.2733

176 AC4 MULT -1.502257E406

178 SQRT STDFNCTN 44290.2

180 DELTA-Q DIV 2.997454E-04

182 DUM SIDFNCTN .697655

184 QTOT. SUM 19.3626

186 DFDQ FUNCTION -46458.3

201 LAQI LAG 570.541

203 LLI LEAD-LAG -. 580025

205 77? SUM -429279.

207 LAG2 LAG -. 113735

209 LL3 LEAD-LAG 570.534

211 S4 SUM 0.

213 56 SUM 41.1823

282 LE02 MULT 1.545424E+10

284 LETDOWN MULT 21.4175

301 LAGi LAG 570.542

303 LLI LEAD-LAG -a580157

305 7?? SUM -429279.

307 LAG2 LAG . -. 116219

309 LL3 LEAD-LAG 570.538

31. 54 S.iM 0..

313 • S6 SUM 41.1822

. 402 :OPLEVEL 

. SUM . 28.7929 .

410 T-AUCT-H STDFNCTN 570.543

412 ' LT-LEV -SUM 

. 3 i36712
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM

DOOEL4 

- SPRAY CAPACITY TEST AT ZERO POWER PAGE 331

87/01/22.

.413 DELTA-P

. 415 POW-HE 11

417 POWVAR 

- 435 SPRAYVAL

:66 POWCOLDL

608 POWHOTLG

610- SGPOWER

707 POWPRElt

:<709 -POWUBEHD

806 POWCOLDL

0 ,08 POWHOTLO

810 SGPOWER

.:901 MG2

903 MG4

.90.. MOB

907 MGO

009 

. MajO

912 PRZMASL

--- RESTART NO.

SUM

TRIPUNIT

FUNCTION

FUNCTION

SUM

SUM

SUM

SUM

SUM

SUM

SUM

SUM

MOLT

MOL T

MOLT

MOLT

MOLT

SUM

-932124.

0.

308000.

0.

47659.6

1.276209E$06

2.596452E406

106142.

1.165500E*06

51937.0

1.343408E+06

2.778363E+06

.310709

.407951

980.134

228.674

52.5495

8952.76

414

416

41a

445

607

609

706

708

710

807

809

900

902

904

906

908

911

920

OP-CORR

POW-BKR

TOTPOW

SPRAYVAL

POWPREH

POWUBEND

POWCOLDL

POWl IOTLG

SOPOWER

POWPREI

POWUBEND

MGl

M03"

MGs

MG7

MG9

PRZMASW

SURGfIEAT

PROP-INT

TRIPUNIT

FUNCTION

FUNCTION

SUM

SUM

SUM

SUM

SUM

SUM

SLIM

MUL T

MOLT

MUL T

MULT

MOLT

SUM

SUM

-1.287075E406 0.185000.

0.

106203.

1.165521E+06

47631.5

1.276184E406

2.596316E-106

114157.

.1.270913E+06

.151001

.164527

498.958

979.207

74.8949

2816.05

41228.7

1600 WRITTEN, BLOCK U*O. 7---
RELAP5/2/36.04 REACTOR LOSS OF COOLANT AI1ALYSIS PROGRAM

OEL4:- SPRAY CAPACITY TEST AT ZERO POWER

PAGE 332

87/01/22.

'.TIME '-

(SEC)

.... 1504000

151.000

1621ooo

153.000

" 154.000

155.000

157.000 . 168.000

159.000

160.000

p

420010000

(PA)

P

410090000

(PA)

P P P P

410080000 151010000 351010000 231010000

(PA) (PA) (PA) (PA)

P

430010000

(PA)

P

440010000

(PA)

p

1.45619E1O7

1.45620E407

1.45626B407

1.45636E#07

1.46651E407

1.45673E407

1.45697Et07

1.45719E407

1.45740E+07

1.45757E407

1.45771E+07

1.45622E407

1.45623E207

1.45629E407

1.45639E407

1.45654E407

1.45676E#07.

1.45700E107

1.45722E'07

1.45743E207

1.45760E#07

1.45774E407

1.45627E#07

1.45628E207

1.45634E207

1.45644Et07

1.45659E407

1.45680E#07

1.45705E407

1.45727E#07

1.45748E207

1.45765E407

1.45779E407

1.49570E207

1.49572E+07

1.49577E207

1.49587E207

1.49603E207

1.49625E407

1.49648E407

1.49670E*07

1.49690E207

1.49708E407

1.49721E407

1.49569E207

1.49571E+07

1.49576E207

1.49586E207

1.49602E407

1.49624E+07

1.49646E207

1.49669E207

1.49689E+07

1.49707E107

1.49719E407

1.43648E+07

1.43650E+07

1.43655E+07

1.43664E+07

1.436BOE807

1.43702E+07

1.43724E+07

1.43747E207

1.43767E+07

1.43785E+07

1.43797E407

1.50254E407

1.50257E407

1.50262E407

1.50273E+07

1.502882E07

1.50310E+07

1.5d330E+O7

1.50352E+07

1.60372E+07

1.50390E407

1.60403E+07

1.50253E+07

1.50256E407

1.50261B407

1.50272E207

1.50287E+07

1.50309E+07

1.5032DE407

1.50351E207

1.503712E07

1.50389E407

1.50402E+07

450010000

(PA)

1.45943E407

1.45943E407

1.4594BE407

1.45957E+07

1.45972E407

1.45994E207

1.45994E207

1.46031E+07

1.46052E407

1.46070E+07

1.46084E+07
RELAP5/2/36.04 noEt O: L4';- SPRAY REACTOR LOSS OF COOLANT ANALYSIS PROGRAM CAPACITY TEST AT ZERO POWER PAGF

87/01/22.

333

TIME

(SEC'

150.000

151.000

152.000

153.000

1$4.000

155.000

156.000

157.000

158.000

159.000

.160.000

WLOWJ

430010000

(KG/SEC)

MFLOWJ

440010000

(KG/SEC)

MFLOWJ

435000OO0

(KG/SEC)

MFLOWJ

445000000

(KG/SEC)

MFLOWJ

450010000

(KG/SEC)

MFLOWJ

283000000

(KG/SEC)

2.0311

1.6257

1.2212

.81886

.41871

2.54278E-02

1.59815E-04

1.30462E-04

1.28636E-04

9.17490E-05

8.97424E-05

2.0314

1.6255

1.2211

.81875

.41866

2.54246E-02

1.59752E-04

1.30554E-04

1.28664E-04

9.17991E-05

8.97269E-05

2.0318

1.6258

1.2212

.81881

.41861

2.52786E-02

0.

0.

0.

0.

0.

2.03 15

1.6255

1.2211

.81869

.41855

2. 5274BE-02

0.

0.

0.

0.

0.

4.0634

3.2513

2.4423

1.6375

.83707

5.03991E-02

0.

-1.02170E-04

-8. 99977E-05

-5.81738E-05

-4.77232E-05

5.9094

5.9094

5.9096

5.9098

5.9103

5.9109

5.9115

5.9122

6.9127

5.9133

5.9136

MFLOWJ

181000000

(KG/SEC)

5.9o94

5.9094

5.9096

5.9098

5.9102

5.9108

6.9114

5.9121

5.9127

5.9132

6.9136

WLOWJ

153010000

(KG/SEC)

4749.0

4749.3

4749.6

4749.9

4750.3

4750.6

4750.6

4750.6

4750.7

4750.7

4760.7

MFLOWJ

253010000

(KG/SEC)

4742.9

4742.9

4742.8

4742.7

4742.6

4742.6

4742.6

4742.6

4742.6

4742.7

4742.7
RELAP5/2/36.04 DoEL4 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 334

87/01/22.

(SEC)

* 150.000

151.000

152.000

153.000

"1644.000

155.000

156.000

157.000

:168 . 000

159.000 :!60O000

MFLOWJ

353010000

(KG/SEC)

4743.4

4743.7

4744.0

4744.3

4744.6

4744.9

4746.0

4745.0

4745io

4745.1

4745.1

MFLOWJ

3120000000

(KG/SEC)

3.8504

3.2027

2.5755

1.9824

1.4124

.87009

.82398

.71741

.71808

.59756

.50187

VO4I000 VOIDG

410020000

VOIDG

410030000

VOIDl

410040000

VOIG

410080000

VOID0

410090000

1.66164E-03

1.72449E-03

1.85862E-03

2.03710E-03

2.24407E-03

2.46024E-03

2.62028E-03

2.68178E-03

2.69765E-03

2.69497E-03

2.70323E-03

VOIDG

420010000

3.63803E-03

3.44503E-03

3.28970E-03

3.17431E-03

3.09496E-03

3.04412E-03

3.01029E-03

2.97042E-03

2.91695E-03

2.84958E-03

2.78153E-03

7.070086E-03

6.60189E-03

6.1448OE-03

5.70376E-03

5.28059E-03

4.87607E-03

4.49630E-03

4.15232E-03

4.84476E-03

3.57097E-03

3.33097E-03

2.63779E-03

2.30738E-03

2.00468E-03

1.73173E-03

i.60181E-03

1.32966E-03

1.19416E-03

1.08361E-03

9.91612E-04

9.14493E-04

8.60443E-04

.99355

.99422

.99495

.99582

.99678

.99779

.99874

.99939

.99973

.99989

.99995

.99283

.99394

.99512

.99634

.99757

.99877

.99964

.99991

.99997

.99999

.99999

.99191

.99328

.99478

.99631

.99779

.99918

.99984

.99994

.99997

.99998

.99998
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 335

87/01/22.

... (SEC)

I. 15000

151.000

152.000

153.000

155.000

160.000

157.000

168. so00

159.000

160.000

VAPGEN

4 10070000

(KG/M3-SEC)

•-IiO1572E-ON'

1.98270E-0,

4.43752E-0O

6.58635E -0,

8. 405ON7-0M

9. 70238E -O'

1.01509E-0:

1.01413E-0O;

9 ;99358E-0,

3139956E-0,

3: 70674E-04

VAPGEN

4 10080000

(KG/M3-SEC)

I -7.94319E-0:

I -5.98512E-0:

I -4.11392E-O'

I -2.29834E-O0

I -6. 53850E-0.

3 5.87976E-0:

2 1.05542E-0'

2 1.88343E-0(

3 1.85092E-0' I 4.33085E-0'

I 9.29287E-0'

VAPGEN VAPGEN CNTRLVAR

410090000 420010000 400

(KG/M3-SEC) (KG/M3-SEC) COLLEVEL

SUM.

2 -. 39025 -1,0479 22.761

2 -. 31712 -. 88984 22.722

2 -. 24144 -. 71811 22.689

2 -. 16195 -. 52785 22.662

3 -8.27331E-02 -. 31135 22.640

3 -1.78279E-02 -5.33147E--02 22.623

1 1.71799E-04 1.52627E-04 22.612

1 3.36706E-04 5.25632E-04 22.606

4 7.26000E-04 8.31037E-04 22.602

i 8.35544E-04 9.61735E-04 22.601

1 8.27710E-04 9.77524E-04 22.603

CNTRLVAR

402

DPLEVEL

SUM

28.784

28.791

28.798

28.804

28.809

28.812

28.812

28.808

28.803

28.798

28.793

0

940010000

(WATTS)

89426.

89423.

89421.

89418.

5941u.

89413.

89410.

89408.

89405.

89403.

89400.

CNTRLVAR

418

TOTPOW

FUNCTION

,.85000E405

1.85000E+05

1.85000E405

1.850006E05

1.85000E405

1.85000E+05

1.85000E405

1.85000E#05

1.850006E05

1.85000E405

1.85000E+06

CNTRLVAR

610

SGPOWER

SUM

2.22980S406

2.27535E+06

2.31837E406

2.36339E,06

2.41083E#06

2.46173E406

2.50432E406

2.53991E*06

2.66736E406

2.58806Et06

2.69645E406
RELAP5/2/36.04 DOEL4' REACTOR LOSS OF COOLANT ANAL'ISIS PROGRAM -SPRAY CAPACITY TEST AT ZERO POWER

PAGE 336

B7/01/22.

-TIM:

(SEC)

150.000

151.000

153.000

:104.000

155.000

U156.000

157.000

:,.156.000-

159.000

IG. 6.000.

CNTRLVAR

710

SGPOWER

SUM

2.2294BE40O

2.27505EOOE

2.314OBE40E

2.36312E4OE

2.41056E40E

2.46149E40E

2.60415E40f

2.53974E tO

2.66720E+O0

2.58792EfO0

2.696325+OE

CNTRLVAR (

810

SGPOWER

SUM

1 3.57564Ef05

i 3.45701E406

S.3.34047E406

1 3.22666EO06

1 :3.11870E406

i 3.01901E406

5 2.91843E406

5 2.84455Et06

2.80633E406

2.79215E+06

i 2.77836E+06

•NTRLVAR CNTRI.VAR CNTRLVAR PMPVEL

9 7 26 140

PMPVEL PMPVEL

BALANCE

SUM

"5.57343E406

5.59163E+06

5.61150E*05

5.62545E406

5.62053E406

5.60507E406

5.5859gE406

5.58053Et06

5.55927E406

5.42127E406

6.41634E+06

PRZR14EAT

SUM

4.91023E405

4.84192E#05

4.75778E+05

4.67510Eo05

4.5993SE405

4.39006E405 "4.08267E405

4.02230E405

3.96215E405

2.88633E#05

2.87324E+06

SPRBALAN

SUM

3-.34169E405

-5.62609E405

-8.16078E106

-1.10469EO06

-1.41278E406

-1.74776E406

-1.77870E406

-1.63255E406

-1.63152E+06

-1.56395E=06

-1.54499E406

(RAO/SEC)

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

165,00

155.00

155.00

240 340

(RAD/SEC) . (RAD/SEC)

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

155.00

CNTRLYAR

435

SPRAYVAL

FUNCT ION

.20000

.16000

..12000

8.OOOO•E-02

4.OOOOOE-02

0.

0.

0.

0.

0.

0.
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS PROGRAM .... DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

TIME.

(SEC)

150.000

151.000 I62 .000

153.000

!54.0o0

155.000 :: 55.000

157.000

:168.000

159.000

160;000

CNTRLVAR TEMPF

445 12501)0000

SPRAYVAL (K)

FUNCTION

.. 20000 570.36

.16000 570.36

.12000 570.36

8.OOOOOE-02 570.36

4.OOOOOE-02 570.36

0. 570.37

0. 570.37

0. 570.37

0. 570.37

0. 570.37

0. 570.37

TEMPF

131040000

(K)

570.34

570.34

570.34

570.34

570.34

570.34

570.35

570.35

570.35

570.35

570.35

TEMPF

151010000

(K)

570.59

570.59

570.59

570.60

570.60

570.60

570.60

570.60

570.60

570.60

570.60

TEMPF

111010000

(K)

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.49

570.49

87/01/22.

TEMPF

121010000

(K)

570.49

570.49

570.49

570.49

570.49

570.49

570.60

570.50

570.50

570.50

570.50

TEMPF

225010000

(K)

570.36

570.36

570.36

570.36

570.36

570.37

570.37

570.37

570.37

570.37

570.37

TEMPF

232010000

(K)

570.34

570.34

570.34

570.34

570.34

570.34

570.35

570.35

570.35

570.35

570.35

PAGE 337

TEMPF

251010000

(K)

570.59

570.59

570.59

570.60

670.60

570.60

570.60

570.60

570.60

570.60

570.60
RELAPS/2/36.0.1 REACTOR LOSS OF COOLANr'ANALYSIS PROGRAM

DOEL4 - SPRAY CAPACITY TEST AT ZERO POWER

PAGE 338

TIME

(SEC)

151.000

153.000

:,26 153.000 .000

155.000

!58.o00

157.000

159.000 i160 *000

TEMPF

211010000

(K)

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

670.48

570.49

870-49

TEMPF

221010(00

(K)

570.49

570.49

570.49

570.49

570.49

570.49

570.50

570.50

570.50

570.50

570.60

TEMPF

325010000

(K)

570.37

570.37

570.37

570.37

570.37

570.3'

570.3.

570.37

570.37

570.37

570.37

TEMPF

331040000

(K)

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.35

570.36

570.35

570.35

TEMPF

351010000

(K)

570.60

570.60

670.60

570.60

570.60

570.60

570.60

570.60

670.60

570.60

570.60

87/01/22.

TEMPF

311010000

(K)

570.48

570.48

570.48

570.48

570.48

570.48

570.48

570.48

670.48

570.49

570.49

TEMPF

321010(00

(K)

570.54

570.53

670.53

570.52

670.52

570.51

570.51

570.51

570.51

570.51

570.61

TEMPF

450010000

(K)

570.43

570.44

570.44

570.44

570.44

570.44

570.44

570.44

570.44

570.44

570.44

TEMPF

420010000

(K)

598.16

599.41

600.92

602.89

605.76

611.38

612.96

612.97

612.98

612.99

613.00
RELAP5/2/36.04 REACTOR LOSS OF COOLANT ANALYSIS IRROGRAM

DOEL4 ' SPRAY CAPACITY TEST AT ZERO POWER

PAGE 339

TIME

(SEC)

150.00m

151.000

152.000

153.000

1644.o00

155.000

I t6 .000

157.000 :168.00o

159.000

160;000

TEMPO

420010000

A (K)

612.90

612.90

512.91

612.92

612,93

612.95

613.98

613.00

613.02

613.04 *613.05

SATTEMP

420010000

(K)

612.91

612.91

612.92

612.92

612.93

612.94

612.96

612.97

612.98

612.99

613.00

CNTRLVAR 8

PRZVAPH SUM

10131.

9772.7

9431.1

9102.9

8778.5

8599.6

8450.2

8113.0

7803.6

8609.1

8493.4

CNTRLVAR

28

VAPGEN

SUM

-. 31322

-. 16309

-5.7282iE-O.

.. 16?39

.35611

.55047

.53603

.49641

.46322

.33793

.32242

CNTRLVAR

27

HEATERW SUM

1.868390E0t

1.86236E*0! 31.85664Ef0I

1.85033E#0!

1.84338E+0!

1.83565E40!

1.82992EIO!

1.82867E40!

1.82887E+O!

1.83112E+0!

1.83346E+O!

87/01/22.

CNTRLVAR

912

PRZMASL

SUM

8959.8

5 8960.6

5 8961.0

5 8960.9

5 8960.3

5 8959.1

S 8957.7

5 8956.4

5 8955.0

5 8953.8

5 8952.8

CNTRL.VAR

911

PRZMASW

SUM

2813.5

2813.3

2813.2

2813.4

2813.7

2814.2

2814.6

2815.1

2815.4

2815.8

2816.1

CNTRLVAR

920

SURGIIEAT

SUM

62602.

60231.

57880.

55394.

52752.

49905.

47376.

45343.

43667.

42245.

41229.

CPUTIME

(SEC)

3100.0

3123.5

3143.5

3163.6

3183.5

3203.7

3223.8

3243.9

3263.9

3284.0

3304.0

TRANSIENT TERMINATEO BY'END

REQUESTED PLOTS GENERATED.

OF TIME SEP CARDS.

NRC 1ORM J33 U.S. NUCLiAR RIGUILATORY COMMISSION I REPORT NUMBER 1 IAuyImV b rioc. eb vo Me. o.s eavo

12414 NoACM 1102. 32M. 0o2. BIBLIOGRAPHIC DATA SHEET NUREG/IA-0020

SEE INStTUCTIONS ON trE RajVERoS

STit'LI ANO SVuTITLE S LEAVE BLANK

Assessment Study of RELAP5/MOD2, Cycle 36.04 Based

on Spray Start-up Test for DOEL-4

4 OA REPOR' COM*LETED

MONTI4 YEAR

5 AUTIORfISI

P. Moeyaert, E. Stubbe CATE REPORTSUED

_July i 1989

7 PER OAMING ORGANIZATION NAME AND MAILING AOODRES IIjSS vI 2.t CI 1 B PROJECTITA•KAORK UNIT NUMBER

TRACTEBEL

Rue de la Science 31 1 FIN OR GRANT NUMBER

B-1040 Brussels

BELGIUM

10 SPONSOPIONG ORGANIZATION NAME AND0 MAILIN4G ADDRESS f,,,cI..2C.'.I Ila. TYPE OP REPORT

Office of Nuclear Regulatory Research

U.S. Nuclear Regulatory Commission Technical Report

Washington, DC 20555 . P1RIoo COVERD. , 00

IT SUPPILEMENrARV NOTES

13 ABSTRACT r2W " 'W" W 

This report presents a code assessment study for the RELAP5/MOD2 code using

a pressurizer spray start-up test for the DOEL-4 power plant. The

pressurizer plays a vital role in determining the plant behavior during

transients and hence correct simulation of the pressurizer is essential to

the simulation of plant behavior during off normal conditions. This full

scale study addresses pressurizer thermal-hydraulics, surge line thermalhydraulics, structural heat transfer, assymetric loop behavior, and single

phase pump behavior.

14 DOCUMENT ANALVSIS * E| VWOEIOSOESCRIPTORS IS AVAILAWILITY

STATEMINT

RELAP5/MOD2, ICAP Program, Plant start-up, Pressurizer spray Unl imi ted

If SECURITY CLASSIIj ACATION

b ,I.NTIIERS/ONENDED TE..RMS Unclassified

nc 's si fied

I7 NUMBER OF PAGES

Is PRICE


UNITED STATES

NUCLEAR REGULATORY COMMISSION

WASHINGTON, D.C. 20555

OFFICIAL BUSINESS

PENALTY FOR PRIVATE USE, $300

SPECIAL FOURTH-CLASS RATE POSTAGE E FEES PAID USNRC

PERMIT No. G-67

f