Atlas Breached Waste Package and Drip Shield Experiments: Breached Drip Shield Tests 

TDR-EBS-MD-000025-00

May 2003

EXECUTIVE SUMMARY 
The Engineered Barrier System (EBS) represents one system in the performance of the Yucca 
Mountain high-level radioactive waste (HLW) repository to isolate and prevent the transport of 
radionuclides from the site to the accessible environment. Breached Waste Package and Drip 
Shield Experiments (BWPDSE) were performed at the Department of Energys National Nuclear 
Security Administration Nevada Support Facility in North Las Vegas, NV in the A-1 lowbay 
between May 2, 2002 and July 25, 2002. Data collected from the BWPDSE will be used to 
support the flux splitting model used in Analysis and Modeling Report ANL-WIS-PA-000001 
REV 00 ICN 03 EBS Radionuclide Transport Abstraction (BSC 2001a). Tests were conducted 
by dripping water from heights representing the drift crown or wall on a full-scale section of a 
drip shield with both smooth and rough surfaces. The drip shields had machined square breaches 
that represent the general corrosion breaches or nodes in the WAPDEG Analysis of Waste 
Package and Drip Shield Degradation AMR (CRWMS M&O 2000d). Tests conducted during 
the BWPDSE included: initial tests to determine the splash radius distances and spread factor 
from the line of drip impact, single patch tests to determine the amount of water collected in 
target breaches from splashing or rivulet flow, multiple patch tests to determine the amount of 
water collected in several breaches from both splashing and rivulet flow, and bounding flow rate 
tests. Supplemental data were collected to provide additional information for rivulet spread, pan 
evaporation in the test chamber, and water temperatures of the input water and drip shield 
surface water. The primary flow mechanism observed on both smooth and rough surfaces was 
rivulet flow, not film flow. Lateral rivulet spread distances were, in general, wider on the 
smooth drip shield surface than on the rough drip shield surface. There were substantial 
differences between the mechanisms of rivulet formation and movement on smooth and rough 
drip shield surfaces. Water collected in breaches was a function of the location of drip impact 
upstream from the target breach, i.e., impact breaches must be directly above or slightly to the 
side of the breaches in order for a substantial volume of water to collect in breaches. Splash 
droplets contributed a small portion of the water collected in breaches. Mass balances showed 
that evaporation from the drip shield was a large component of water loss. This was particularly 
manifested during low flow runs of the bounding flow rate tests where test duration was around 
five hours. 

1. INTRODUCTION 
1.1 PURPOSE AND SCOPE 
Data collected from the Breached Waste Package and Drip Shield Experiments (BWPDSE) will 
be used to support the flux splitting model used in future revisions of the Analysis and Modeling 
Report (AMR) ANL-WIS-PA-000001, EBS Radionuclide Transport Abstraction (BSC 2001a). 
The purpose of the BWPDSE was to collect information on water flow paths and penetration 
through breaches on drip shield surfaces so that the flux splitting model can be both validated 
and made more complete with respect to water mass losses caused by splashing and evaporation. 
The scope of this report is to document the BWPDSE by: 
 Presenting test configurations and operating conditions 
 Summarizing test data and providing data submittal tracking numbers 
 Presenting test results 
Both waste package (WP) and drip shield (DS) geometries are applicable to the flux splitting 
model and data generated in these tests will be used to describe seepage flux entering breaches 
through both DSs and WPs. A DS surface was used in these tests for simplification, and future 
testing to support the EBS radionuclide transport abstraction may include tests performed on WP 
surfaces if it is determined that such data are required. 
1.2 BACKGROUND 
The Engineered Barrier System (EBS) represents one system in the performance of the Yucca 
Mountain high-level radioactive waste (HLW) repository to isolate and prevent the transport of 
radionuclides from the site to the accessible environment. The primary transport mechanism for 
radionuclides is liquid water that may penetrate the EBS through breaches in the drip shields 
(DS) and waste packages (WP), which make up the components of the EBS. Water flux 
(represented by the letter q) can enter the breaches via three different mechanisms: q(direct), a 
droplet falls directly through the patch (hole); q(film) liquid enters a breach by film or rivulet 
flow and; q(splash) liquid enters a breach as a result of liquid being pushed or lofted from a point 
of drip impact on the DS. A patch is a modeling term for a breach in the DS or WP. The flux 
splitting model (BSC 2001a) is conservatively based on the following assumptions: 
1. Drip impact occurs without a loss of water mass from splattering and evaporation. 
2. Dripping flux falls exactly at the crown of the DS. This limits the zone of impact to the 
horizontal surface across the DS crown and does not include the curved surface that 
would cause droplets to be deflected from the DS. 
3. The flux passing through a DS patch is proportional to the ratio of the length of the 
penetration in the axial direction to the total axial length of the DS. In this assumption 
May 2003 TDR-EBS-MD-000025-00 1
all fluid that drips and flows from the DS crown toward a penetration will be collected if 
the axial locations of the source and patch coincide (BSC 2001a). 
The current model does not consider drop mass loss and splash radius following impact. The 
water droplets projected during impact, in reality, may land on the DS surface in another location 
or be completely thrown off of the DS. Because natural processes were in effect, these 
experiments represented effects not considered in the current models, which were not capable of 
incorporating the random processes inherent in water dripping onto both dry and wetted surfaces. 
Test controls included the drip seepage rate, drip impact location, breach location, and breach 
size. General corrosion breaches were the only breaches considered in these tests and were based 
on the nodes or square patches of area 0.072144 m2 (0.2685963-m square) from the WAPDEG 
Analysis of Waste Package and Drip Shield Degradation AMR (CRWMS M&O 2000d). For 
testing purposes the patch size in the BWPDSE was rounded to 0.270-m square in place of the 
patch size (0.2685963-m square) used in CRWMS M&O 2000d. The drip shield length was 
constructed to 10 patch lengths, or 2.7 m. In CRWMS M&O 2000d, general corrosion patches 
did not appear on DSs before 10,000 years after placement, while manufacturing defects were 
predicted to appear after 1000 years. 
Environmental conditions of interest in the BWPDSE were temperature and relative humidity 
(RH). The test was performed in an enclosed insulated chamber where the RH was elevated 
above 80%. It is important to note that these tests did not consider the effects of elevated 
temperature. It was not the intent to maintain test environment conditions, i.e., temperature and 
RH, at the expected repository environment, but conditions were maintained to provide accurate 
water collection. 
1.3 QUALITY ASSURANCE 
This technical report was prepared in accordance with Administrative Procedure (AP)-3.11Q, 
Technical Reports. The technical work plan (TWP) that governed the work for the BWPDSE 
was TWP-MGR-MD-000015 Rev. 2, Technical Work Plan For: Engineered Barrier System 
Department Modeling and Testing FY 02 Work Activities (BSC 2002a), which was prepared in 
accordance with AP-2.27Q, Rev. 0, Quality Determination and Planning for Scientific, 
Engineering, and Regulatory Compliance Activities. Specific activities for the BWPDSE, 
including the writing of this report, are described in The Test Plan for: Atlas Breached Waste 
Package and Drip Shield Experiments, SITP-02-EBS-005 (BSC 2002b). This activity was 
subject to the Quality Assurance Requirements and Description (DOE 2003) requirements. 
Other quality assurance features of this testing program include: 
The Field Work Package (FWP)-EBS 02-001, Engineered Barrier Systems  Breached Waste 
Package and Drip Shield Testing (YMP 2002) which defines the execution plan, facility 
requirements, and health and safety guidelines of the BWPDSE. 
May 2003 TDR-EBS-MD-000025-00 2
Details of the test configuration and records of the test execution were documented in scientific 
notebook numbers SN-M&O-SCI-043-V1, SN-M&O-SCI-043-V2, and SN-M&O-SCI-043-V3, 
per AP-SIII.1Q, Scientific Notebooks (Howard 2002a, Howard 2002b, and Howard 2002c). 
All instruments were calibrated in the Bechtel Nevada calibration laboratory and calibrations 
were documented in scientific notebook SN-M&O-SCI-043-V1 (Howard 2002a, pp. 24-34) and 
SN-M&O-043-V2 (Howard 2002b, pp. 223-240). 
All data were entered manually into the scientific notebook, and then entered manually into MS 
Word documents for submittal to the TDMS. Data were reviewed and verified in accordance 
with AP-2.14Q prior to being submitted to the TDMS. Because the data were entered manually 
into the scientific notebook and then submitted to the TDMS via MS Word documents, the only 
AP-SV.1Q controls listed in the TWP that applied were those outlining personal computer 
security and a regular back up of test files. These controls were in place during the BWPDSE. 
The only software utilized during the BWPDSE was MS Excel 97 for performing calculations 
and making data plots. All formulas, inputs and outputs are documented and this software is, 
therefore, exempt from the requirements of AP-SI.1Q per AP-3.11Q Sec. 5.1.3e. 
During the BWPDSE, BSC QA conducted a surveillance (Krisha 2002) and found the testing to 
be programmatically compliant. No conditions adverse to quality were identified. 
1.4 EBS BREACHED DRIP SHIELD TEST DESCRIPTION 
The BWPDSE was conducted at the Department of Energys National Nuclear Security 
Administration Nevada Support Facility in North Las Vegas, NV in the A-1 lowbay between 
May 2, 2002 and July 25, 2002. Testing was performed by dripping water on smooth and rough 
DS surfaces with cut square breaches (0.270-m square). Water was dripped on the DS surfaces 
at nominal rates of 2 m3/yr (3.8 g/min), 0.2 m3/yr (0.38 g/min), and 20 m3/yr (38 g/min) and 
allowed to collect in breaches or gutters placed on the DS boundaries. Following each test, the 
collected water was weighed at each station and a mass balance performed. Before tests were 
conducted, initial tests were performed to determine splash distances after drop impact and 
lateral rivulet spread from the line of impact. In some of the initial tests Blue #1 food coloring 
was used in the drip water in order to make rivulets and splashes more visible on the drip shield 
surface. This practice was used sparingly during the initial tests and was not used during the 
formal testing because the food coloring stained the DS surface, making it necessary to 
thoroughly clean the DS surface before the next test run. The measurements taken during the 
initial tests were used to select drip impact locations for formal tests. All tests were performed at 
full-scale with respect to drop distance and DS curvature. 
May 2003 TDR-EBS-MD-000025-00 3
2. TEST CONFIGURATION 
2.1 TEST DESIGN CRITERIA 
The following criteria applied to the test design: 
1. DS breaches represent square general corrosion patches of area 0.072144 m2 (0.2685963 
by 0.2685963 m), based on the AMR ANL-EBS-PA-000001 REV 00 ICN 01 WAPDEG 
Analysis of Waste Package and Drip Shield Degradation (CRWMS M&O 2000d). 
Actual breaches used in the BWPDSE were machined (or cut) into the DS with 
dimensions of 0.270 by 0.270 m. 
2. The WP diameter (1.564 m) used in the BWPDSE represents those of the 21 PWR WP 
(CRWMS M&O 2000b). The WP diameter is the WP footprint beneath the DS and 
represents the seepage area over the DS as illustrated in Figure 1. 
3. The dripping distance was based on AMR design parameters, and thus drip velocity was 
represented on a full scale. The EBS/repository design parameters and values used in 
the BWPDSE, including reference to full DS dimensions, are listed in Table 1. Based on 
the values listed in Table 1, the distance from the top of the drift to the crown of the DS 
is 2.173 m. Drip impact locations were positioned along lateral lines at the crown, 33o 
along the DS curvature, and 16.5o along the DS curvature (see Figure 1). 
4. The nominal seepage drip rate was based on an average of the seepage flux rates 
expected in the repository (BSC 2001b). It is assumed that the DS will intercept all 
seepage flux entering the drift and for the purposes of these tests, seepage flux was 
represented as drips per unit time per unit area of DS above the waste package (WP) 
footprint. A nominal seepage rate of 2 m3/yr was used in the q(splash) and q(film) tests, 
while bounding rates of 0.2m3/yr and 20m3/yr were used during the bounding flow rate 
tests. 
5. The condition of DS surfaces during the time they are not expected to fail (i.e., 1000 
years for manufacturing defects and 10,000 years for general corrosion) was difficult to 
predict and replicate. Two different surfaces were tested: a standard machined stainless 
steel surface (the most conservative condition), and a rough surface that only 
approximated DS conditions expected to exist during DS failure. Both surface 
conditioning processes can be replicated. 
6. The tests were conducted in an environment that would minimize evaporation, but not 
necessarily simulate repository conditions. This was achieved by conducting the tests in 
an insulated test chamber. During formal testing (not including all initial tests), the 
relative humidity (RH) in the chamber was maintained above 80%. The test chamber 
temperature was not directly controlled during testing, but was monitored. 
May 2003 TDR-EBS-MD-000025-00 4
2.2 DRIP SHIELD MATERIALS AND SURFACE CONDITIONS 
The DS was constructed of  inch stainless steel and supported by an aluminum frame. For 
purposes of the BWPDSE, a full-scale section of DS was used in place of a complete DS. The 
DS section design was based on the full DS dimensions outlined in Table 1. The DS was 2.7-m 
long, 1.27-m wide, and 1.62-m high. A diagram of the drip shield with dimensions and patch 
(breach) locations is shown in Figure 2 and a picture of the DS and frame can be viewed in 
Figure 3 (Howard 2002a, p. 14 and p. 16). The smooth DS surface was formed by polishing the 
stock stainless steel with 60-grit sandpaper on a circular sander. A close-up photograph of the 
stainless steal DS surface is shown in Figure 4. The rough surface was formed by covering the 
stainless steel DS surface with a silica anti-slip coating (Howard 2002b, p. 70). A picture of the 
rough DS can be viewed in Figure 5 and a picture of the texture can be viewed in Figure 6. 
2.3 TEST CHAMBER DESIGN AND INSTRUMENTATION 
The test chamber was constructed from standard metal framing material and plywood. The 
chamber was insulated with R-5.7 rated insulation all sides and ceiling (Howard 2002c, p. 113). 
The test chamber dimensions were 3.66-m long, 2.74-m wide, and 2.44-m high (Figure 7). 
Water vapor was introduced into the chamber with the use of commercial humidifiers. Initially 
two humidifiers were used. A third humidifier was added before the q(film) tests (see Section 
2.1.6) on the smooth DS for the purpose of increasing the RH at a faster rate and maintaining a 
higher RH in the chamber. During testing the RH was maintained at 80% or higher. A 
ventilation fan was used during testing to circulate air around the test chamber. Figure 7 shows a 
diagram of the test chamber with locations of humidifiers, the ventilation fan, and monitoring 
instrumentation. Test chamber instrumentation is listed with all testing M&TE in Appendix A. 
The test chamber ceiling had three slots positioned along the length of the chamber ceiling to 
allow water drips to fall on the DS crown, the 16.5o line, and the 33o line. The slots were 
covered during testing with a 1.5-in styrofoam sheet, except for one of the many pre-cut access 
holes where the drip tower (see Section 2.4.1) was located. The test chamber environment data 
were collected before and after each test and recorded by hand on data collection sheets that were 
entered into the scientific notebook. 
2.4 WATER INJECTION AND COLLECTION SYSTEMS 
2.4.1 Water Injection 
Water drips were introduced into the test environment by injecting water through an aquarium 
diffuser using a metering pump. The aquarium diffuser is a porous medium that allows water 
drops to collect slowly and fall after enough mass has collected to break the surface tension. A 
test performed to measure the droplet mass from an aquarium diffuser resulted in a mean mass of 
0.141 grams (Howard 2002b, pp. 4-6). This method was used because it is similar to the 
processes that occur when water droplets collect and fall from the drift crown. The diffuser was 
mounted in a clear PVC tube (drip tower) and was adjusted to three different heights during the 
tests, which represent the drip distances between the DS surface at the crown, 16.5o, and 33o and 
May 2003 TDR-EBS-MD-000025-00 5
the corresponding position on the drift wall (see Figure 1). Figure 8 presents a photograph of the 
drip tower showing the three possible drip positions at 2.17-m (crown), 2.22-m (16.5o), and 2.31- 
m (33o) (Howard 2002a, p. 36). The drip tower was movable and was positioned over the 
designated impact location through the one of the three slots in the test chamber ceiling. 
The input water rate was measured by weighing the initial and final water masses over the test 
time duration. Test duration times were measured with a stopwatch from the time the first drop 
impacted the drip shield to the time when the metering pump was shut off. 
2.4.2 Water Collection System 
Water that was dripped over the DS surface was collected at various stations that constituted 
water passing through breaches, water passing around breaches and running off the DS, water 
splashing over the edge of the DS boundary, and residual water that adhered to the DS surface. 
Water that ran into breaches was collected in pans that were mounted on the inside of the DS. 
Paper towels were placed inside the collection pans to prevent water from splashing out of the 
pan and to direct water into the pan from the breach inside edges. Water that passed by breaches 
and off the DS surface collected in gutters mounted to the front and back of the DS. Water that 
splashed off the front, back, and sides of the DS was caught and directed into the same collection 
gutters used to collect runoff. Residual water that remained on the DS surface was wiped up 
with pre-weighed lint-less paper towels. Diagrams of the gutters and splash shields mounted on 
the DS are shown in Figure 9. Six breaches and four gutters were used during the tests. The 
numbering system for the breaches is shown in Figure 4 and the numbering system for the 
gutters and splash shields is shown in Figure 9. 
Water was collected from the gutters and splash shields in the same manner as it was collected 
from the DS surface. Water was wiped up with pre-weighed lint-less paper towels from gutters 
and splash shields, then weighed to determine the net moisture picked up by the towels. Water 
mass collected through breaches was determined by pre-weighing the collection pans then 
weighing them again following each test. The water masses collected at each station (i.e., 
breaches 1-6, gutters 1-4, and splash shields 1-4) were recorded by hand on data sheets then 
attached in the scientific notebook. 
In the course of the testing it became evident that exposed towels could exchange moisture mass 
with the test chamber air for a net mass gain or loss. In order to provide data on the possible 
mass change for exposed towels, a reference towel was used in tests starting with the single 
patch tests for the rough DS surface. These data were applied only to the towels used to prevent 
splashing in the breach collection pans because the towels used to swab water from the DS, 
gutters, and splash shields were either weighed shortly before use or placed in pre-weighed 
sealed containers before and after use. 
2.5 SUPPORTING MEASUREMENTS 
Supporting measurements were those additional measurements that did not contribute directly to 
the collection of water, but provided additional data to add to the understanding of water 
pathways, in the form of rivulet flow and evaporation from the DS surface. These additional 
May 2003 TDR-EBS-MD-000025-00 6
measurements include pan evaporation, water temperature, and rivulet spread. These 
measurements were not taken during every test, but enough measurements were taken to provide 
sufficient data to understand these processes. 
2.5.1 Pan Evaporation Measurements 
Evaporation in the test chamber was measured during tests with a 20.3-cm by 20.3-cm square 
plastic pan. The procedure used was to fill the pan with enough water to just cover the bottom 
then weigh the pan and water before and after the test. The pan was weighed without water to 
get a tare weight of 67.7 grams (Howard 2002a, p. 70). The evaporation pan data is not a direct 
representation of evaporation from the DS surface because of the differences between the 
exposed water surface area on the DS surface and the pan. The evaporation pan data is used as a 
general reference for the evaporation potential inherent under chamber conditions. 
2.5.2 Rivulet Spread Measurements 
Rivulet spread measurements were taken as a part of the initial tests on the smooth and rough DS 
surfaces to provide data for determining the impact locations for the formal testing. The practice 
of measuring the maximum and minimum rivulet spread was made a part of the data collection 
routine during the single patch q(film) tests on the smooth DS surface. Measurements were 
performed with a commercial ruler or tape measure from the axial line of drip impact down the 
face of the DS. The convention for measurement direction was positive to the DS right and 
negative to the DS left when facing the DS front. Measurements were recorded to the nearest 
0.5-cm. 
2.5.3 Water Temperature Measurements 
Water temperature measurements were taken during the final week of bounding flow rate tests 
on the rough DS. The four types of temperature measurements taken were input water, DS 
beaker water, DS surface water, and air temperature. Descriptions of these measurements are 
provided in Table 3. The primary objective of these measurements was to collect water 
temperature data to aid in the understanding of water evaporation from the DS surface. 
2.6 INSTRUMENT ACCURACY AND ERROR 
Instrument accuracies for the BWPDSE are listed in Table 2 and are stated in the initial entry of 
the scientific notebook SN-M&O-SCI-043-V1 (Howard 2002a, p. 5). Instrument unique 
identifiers and their calibration status can be found in the scientific notebook and in Appendix A 
of this report. 
There were two different analytical balance models used during the tests, each model having a 
different specification for accuracy. The model used to weigh input water was the same or less 
accurate than the balance used to weigh collection water. In this scenario, the mass balances test 
May 2003 TDR-EBS-MD-000025-00 7
data (see Appendix B) are limited in accuracy by the less accurate model (or input mass). 
Because of this limitation, the accuracy for the less accurate model was used as the standard for 
water masses during the test and the mass balance data reported in Appendix B of this report has 
been truncated to reflect this. 
May 2003 TDR-EBS-MD-000025-00 8
3. TEST MATRIX 
The tests conducted during the BWPDSE on both smooth and rough DS surfaces include initial 
(or preliminary) splash radius (drip splash) and spread factor, single patch q(splash), single patch 
q(film), and multiple patch tests. The test descriptions and geometries are presented in the 
following sections. A list of the tests conducted for the BWPDSE is provided in Table 4. 
3.1 INITIAL TESTS 
3.1.1 Initial Splash Radius Tests on the Smooth DS Surface 
The objective of the splash radius tests was to determine the splash distance from the point of 
drip impact. The two measurements of interest from the splash radius tests are: 1) the radius of 
the bulk or cluster of splash droplets that accumulate around the impact point, and 2) the farthest 
drip splash thrown from the impact point which is referred to as the fringe. The data in these 
tests were used to set the impact point distance from the patch (breach) center in the single patch 
q(splash) tests. Two splash radius tests were conducted on the smooth DS surface. 
3.1.1.1 Splash Radius Test #1  Smooth DS 
Splash radius test #1 was performed by dripping deionized (DI) water on the DS crown at a 
location of 27 cm from the DS centerline as illustrated in Figure 10 (The DS centerline is 
centered on Patch 6). The drops were counted and the drip radius measurements were taken at 
regular intervals during the test. Drip measurements were taken along three axes at 0, 90, and 
180 (see Figure 10). The distance from the drip injection point to the impact point was 2.17 m. 
The patch located at the crown was covered to prevent water from entering. Relative humidity, 
temperature, and barometric pressure were measured inside and outside of the test chamber 
before and after the test. 
3.1.1.2 Splash Radius Test #2  Smooth DS 
Splash radius test #2 was performed by dripping DI water with Blue #1 food coloring on the DS 
centerline at 33 from the crown as illustrated in Figure 11. The drops were counted and the drip 
radius measurements were taken at regular intervals during the test. Measurements were 
reported to the nearest whole cm. Drip measurements were taken along three axes at 0, 180, and 
270 degrees (see Figure 11). The distance from the drip injection point to the impact point was 
2.31 m. Patch #2 was covered to prevent water from entering. Relative humidity, temperature, 
and barometric pressure were measured inside and outside of the test chamber before and after 
the test. 
May 2003 TDR-EBS-MD-000025-00 9
3.1.2 Initial Spread Factor Tests on the Smooth DS Surface 
The objective of the spread factor tests was to determine the lateral rivulet spread distance from 
the drip impact point. The data collected in these tests was used to set the impact point distance 
from the patch (breach) center in the single patch q(film) tests. 
3.1.2.1 Spread Factor Test #1  Smooth DS 
Spread factor test #1 was performed by dripping DI water on the DS Crown at a location of 27 
cm from the DS centerline as illustrated in Figure 12. The drops were counted and rivulet spread 
measurements were taken at regular intervals during the test. The pump was stopped to take 
measurements. The distances from the line of impact on the DS surface to the rivulets were 
measured at 33o, the transition between the vertical and curved sections, and at the top of the 
patches on the vertical section. The distance from the drip injection point to the impact point 
was 2.17 m. The breaches located at the crown (breach 6) and at the vertical center position 
(breach 2) were covered to prevent water from entering (see Figure 12). Relative humidity, 
temperature, and barometric pressure were measured inside and outside of the test chamber 
before and after the test. 
3.1.2.2 Spread Factor Test #2  Smooth DS 
Spread factor test #2 was performed by dripping DI water with Blue #1 food coloring on the DS 
crown at a location of 27 cm from the DS centerline. The test geometry and method used to 
measure rivulet spread was the same as spread factor test #1 (see Figure 12). 
3.1.2.3 Spread Factor Test #3  Smooth DS 
Spread factor test #3 was performed by dripping DI water with Blue #1 food coloring on the DS 
crown at a location of 27 cm from the DS centerline. The drops were allowed to accumulate on 
the DS surface and form rivulets without stopping the pump. After a period of time when several 
rivulets had formed, the pump was shut off and the rivulet spread was measured for each rivulet 
that remained on the DS. The measurement convention was positive for rivulets to the right of 
the drip impact center and negative for rivulets to the left. The distances from the line of impact 
to the rivulets were measured at 33o, the transition between the vertical and curved sections, and 
at the top of the patches on the vertical section. The distance from the drip injection point to the 
impact point was 2.17 m. The breaches located at the crown (breach 6) and at the vertical center 
position (breach 2) were covered to prevent water from entering. The geometry was the same as 
that used in spread factor test #1 (see Figure 12). Relative humidity, temperature, and barometric 
pressure were measured inside and outside of the test chamber before and after the test. 
3.1.2.4 Spread Factor Test #4  Smooth DS 
Spread Factor Test #4 was performed by dripping DI water with blue #1 food coloring on the DS 
centerline at 33o as illustrated in Figure 13. The method used to collect measurements was the 
May 2003 TDR-EBS-MD-000025-00 10
same as spread factor test #3. The distance from the drip injection point to the impact point was 
2.31 m. The breaches located at the crown (breach 6) and at the vertical center position (breach 
2) were covered to prevent water from entering (see Figure 13). Relative humidity, temperature, 
and barometric pressure were measured inside and outside of the test chamber before and after 
the test. 
3.1.3 Initial Splash Radius Tests on the Rough DS Surface 
Splash radius tests were conducted on the rough DS surface with the same method as those 
conducted on the smooth DS surface, however, the test matrix was modified to provide more 
data that represents characteristics of the rough surface. Three test drip impact locations were 
tested on the rough DS surface at the crown, 16.5o, and 33o. Because the rough DS surface 
reacted differently than the smooth surface, three replicate tests were performed at the crown 
drip impact location. The data in these tests were used to set the impact point distance from the 
patch (breach) center in the single patch q(splash) tests. 
3.1.3.1 Splash Radius Tests #1 - #3  Rough DS 
Splash radius tests #1 through #3 on the rough DS surface were performed in the same manner as 
splash radius test #1 conducted on the smooth DS surface. DI water was dripped on the DS 
crown at a location of 27 cm left of the DS centerline as illustrated. The methods and geometry 
were the same as splash radius test #1 on the smooth DS surface, with the exception that the drip 
impact location was located to the left of DS center instead of the right as illustrated in Figure 9. 
3.1.3.2 Splash Radius Tests #4 and #5  Rough DS 
Splash radius tests #4 and #5 on the rough DS surface were performed by dripping DI water at a 
location of 27 cm from the DS centerline at 33o and 16.5o, respectively. The method was the 
same as that used in splash radius tests #1 - #3. The geometry for tests #4 and #5 differ with drip 
impact points located at 33o (2.31-m drop distance) and 16.5o (2.22-m drop distance). 
3.1.4 Initial Spread Factor Tests on the Rough DS Surface 
Spread factor tests were conducted on the rough DS surface with the same method as those 
conducted on the smooth DS surface. Three drip impact locations were tested on the rough DS 
surface at the crown, 16.5o, and 33o. Spread factor tests #1, #2, and #3 on the rough DS surface 
were performed by dripping DI water at a location of 27 cm left of the DS centerline at 16.5o, 
33o, and the crown, respectively. The drops were allowed to accumulate on the DS surface and 
form rivulets without stopping the pump. After a period of time when several rivulets had 
formed, the pump was shut off and the rivulet spread was measured for each rivulet that 
remained on the DS. The measurement convention was positive for rivulets to the right of the 
drip impact center and negative for rivulets to the left. The distances from the line of impact to 
the rivulets were measured at 33o, the transition between the vertical and curved sections, and at 
the top of the patches on the vertical section. 
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3.2 SINGLE PATCH q(SPLASH) TESTS 
The objective of the single patch q(splash) tests was to collect splash droplets only (excluding 
rivulets flow) that entered target breaches 4, 5, and 6 while water was dripped onto the DS 
section at a impact point within the bulk radius of splash determined in the splash radius tests. 
The single patch q(splash) tests were performed by dripping DI water on the DS at a locations 
determined during the initial splash radius tests for a period long enough to allow a sufficient 
collection of water in the breaches of interest. Breach 2 was covered to prevent water entry (see 
Figures 14 and 15). Relative humidity, temperature, and barometric pressure were measured 
inside and outside of the test chamber before and after the tests. 
3.2.1 Single Patch q(splash)Tests on the Smooth DS Surface 
The drip impact locations for the single patch q(splash) tests conducted on the smooth DS 
surface are listed in Table 5 and test geometry is illustrated in Figure 14. 
3.2.2 Single Patch q(splash) Tests on the Rough DS Surface 
The drip impact locations for the single patch q(splash) tests conducted on the rough DS surface 
are listed in Table 6 and test geometry is illustrated in Figure 15. It was evident during q(splash) 
tests on the smooth surface that the splash area patterns resulting from some drip locations did 
not meet the test objective to allow only splashes (excluding rivulet flow) to enter target breaches 
4, 5, and 6 (see Section 3.2). For this reason, the number of drip locations was reduced for the 
single patch q(splash) tests on the rough DS based on observation and test results from the 
q(splash) tests on the smooth DS. 
3.3 SINGLE PATCH q(FILM) TESTS 
The objective of the Single Patch q(film) tests was to collect rivulet flows that entered patches 2, 
4, and 5 while water was dripped onto the DS section at an impact point within the rivulet spread 
range determined in the spread factor tests. The single patch q(film) tests were performed by 
dripping DI water on the DS at locations determined during the initial spread factor tests for a 
period long enough to allow a sufficient collection of water in the patches of interest. Breaches 
1, 3, and 6 were covered to prevent water entry during the smooth DS tests (see Figure 16). No 
breaches were covered during tests performed on the rough DS surface because the collection of 
water in the additional breaches did not interfere with target breach collection and additional 
splash data could be obtained in breach 6 (see Figure 17). Relative humidity, temperature, and 
barometric pressure were measured inside and outside of the test chamber before and after the 
test. The single patch q(film) tests were also referred to as rivulet flow tests. 
3.3.1 Single Patch q(film) Tests on the Smooth DS Surface 
The drip impact locations for the single patch q(film) tests conducted on the smooth DS surface 
are listed in Table 7 and test geometry is illustrated in Figure 16. 
May 2003 TDR-EBS-MD-000025-00 12
3.3.1 Single Patch q(film) Tests on the Rough DS Surface 
The drip impact locations for the single patch q(film) tests conducted on the rough DS surface 
are listed in Table 8 and test geometry is illustrated in Figure 17. 
3.4 MULTIPLE PATCH TESTS 
The objective of the multiple patch tests was to collect both splash and rivulet flows that entered 
all affected patches while water was dripped onto the DS section at regular impact points along 
the DS axis. Multiple patch tests on the smooth and rough DS surfaces were performed by 
dripping DI water on the DS at locations shown listed in Table 9 and shown in Figure 18. The 
drip impact locations in Table 9 and Figure 18 apply to tests on the smooth and rough DS 
surfaces. 
3.5 BOUNDING FLOW RATE TESTS 
The objective of these tests was to provide data for the extreme drift seepage conditions to 
compare with test data performed at the nominal 2.0 m3/yr rate during the single and multiple 
patch tests. The bounding flow rate tests were carried out at seepage rates of 0.2 m3/yr and 20 
m3/yr. The bounding flow rate tests on the smooth and rough DS surfaces were performed by 
dripping DI water on the DS at locations listed in Table 10, which represent nine of the drip 
impact locations used in the multiple patch tests (see Figure 18). The low flow rate (0.2 m3/yr  
nominal) tests were performed for approximately five hours for each location, while the high 
flow rate (20 m3/yr  nominal) were performed for approximately10 minutes. The drip impact 
locations in Table 10 apply to tests on the smooth and rough DS surfaces. 
May 2003 TDR-EBS-MD-000025-00 13
4. TEST DATA 
4.1 BWPDSE TEST DATA TRACKING NUMBERS 
Data submittals outlined in this section represent data generated during the BWPDSE and logged 
in the scientific notebooks (Howard 2002a and Howard 2002b). Test data tracking numbers 
(DTNs) and titles for the BWPDSE are listed below: 
Atlas Breached Waste Package and Drip Shield Experiments: Initial Tests for Rough Drip Shield 
Surface, DTN: MO0207EBSATBWP.021 
Period: 6/26/2002 to 6/28/2002 
Atlas Breached Waste Package and Drip Shield Experiments: Initial Tests for Smooth Drip 
Shield Surface, DTN: MO0207EBSATBWP.022 
Period: 5/13/2002 to 5/15/2002 
Atlas Breached Waste Package and Drip Shield Experiments: Single Patch q(splash) and q(film) 
Tests on the Smooth Drip Shield Surface, DTN: MO0207EBSATBWP.023 
Period: 5/16/2002 to 6/1/2002 
Atlas Breached Waste Package and Drip Shield Experiments: Multiple Patch Tests for Smooth 
Drip Shield Surface, DTN: MO0207EBSATBWP.024 
Period: 6/3/2002 to 6/14/2002 
Atlas Breached Waste Package and Drip Shield Experiments: Bounding Flow Rate Tests on the 
Smooth Drip Shield Surface, DTN: MO0207EBSATBWP.025 
Period: 6/14/2002 to 6/24/2002 
Atlas Breached Waste Package and Drip Shield Experiments: Single Patch q(splash) and q(film) 
Tests on the Rough Drip Shield Surface, DTN: MO0208EBSATBWP.026 
Period: 7/11/2002 to 7/16/2002 
Atlas Breached Waste Package and Drip Shield Experiments: Multiple Patch Tests on the Rough 
Drip Shield Surface, DTN: MO0208EBSATBWP.027 
Period: 6/28/2002 to 7/25/2002 
Atlas Breached Waste Package and Drip Shield Experiments: Bounding Flow Rate Tests on the 
Rough Drip Shield Surface, DTN: MO0208EBSATBWP.028 
Period: 7/16/2002 
May 2003 TDR-EBS-MD-000025-00 14
4.2 BWPDSE TEST OBSERVATIONS AND DATA ANALYSIS 
4.2.1 Initial Test Observations 
The purpose of this section is to summarize the observations of the initial tests performed on the 
smooth and rough DS surfaces. Observations were particularly made with respect to droplet 
formation and rivulet spread in the splash radius and spread factor tests. Droplet formation for 
the smooth and rough DS surfaces was documented in photos for some of the initial tests. 
(Howard 2002a and Howard 2002b). 
4.2.1.1 Observations during Initial Tests Performed on the Smooth DS Surface 
An example of water droplet formation is presented in a photograph from splash radius test #1 in 
Figure 19. Beads formed and increased in size around the center of impact with each successive 
drop. After a time, the beads closest to the downhill curvature would reach a critical mass and 
roll down the face of the drip shield in the form of a rivulet. Droplet splashing was observed on 
the crown as well as the curved drip shield surface within the tested seepage area (above the 33o 
line). No film flow was observed during tests on the smooth DS surface. 
The maximum lateral splash radius observed in splash radius test #1 was 72.5 cm after 60 drops. 
As a comparison, the longest lateral splash distance observed in spread factor test #2 was 71.0 
cm after 478 drops. To determine the distance to be used in the q(splash) tests, a value of 70.0 
cm was multiplied by 0.25 for a final distance of 17.5 cm, which falls within the cluster values 
observed in the splash test observations after sufficient mass had been deposited on the DS 
surface to allow regular splashing from impact on water droplets. 
When water was dripped at the crown, the rivulet flow area spreads out in a delta formation, 
meaning maximum spread was located on the vertical section of the DS and the minimum spread 
was located at the point of impact. The delta formation spread was less for drip impact locations 
on the 33o line. Spread distances, distance from the patch/breach center, used during the single 
patch q(film) tests for breaches 2, 4, and 5 were based on spread distances measured during 
impact on the crown. The spread distances used for the single patch tests on the smooth DS 
surface were: breach 2, 15 cm from patch center; breach 4, 8.0 cm from patch center; and breach 
5, 4.0 cm from patch center. 
4.2.1.2 Observations during Initial Tests Performed on the Rough DS Surface 
On the rough DS surface water beads formed from splashing would lead to the formation of 
small pools with constant dripping. A large pool would form around the drip impact center and 
spread. A photograph showing water pooling around the impact center is provided in Figure 20. 
Rivulet flow began much later on the rough DS surface after the pools grew large enough to 
reach the DS slope, causing the pools to drain down the DS face. As observed on the smooth 
drip shield surface, droplet splashing occurred on the curved section within the tested seepage 
area (above the 33o line). Film flow was not observed during the tests on the rough DS surface. 
May 2003 TDR-EBS-MD-000025-00 15
The maximum lateral (0o or right) bulk splash radius was observed in splash test #1 at 48.0 cm 
after 203 drops. The distance used in the q(splash) tests was determined by multiplying a value 
of 40.0 cm by 0.5 for a final distance of 20 cm. This final distance falls within the cluster values 
observed in the splash test observations after sufficient mass had been deposited on the DS 
surface to allow regular splashing from impact on water droplets. The splash radius on the rough 
DS was less than on the smooth DS surface. The outer splashes on the fringe tended to be 
smaller and less frequent than the fringe splashes on the smooth DS surface. 
The spread factor distances used in the q(film) flow tests were designed to allow either all or a 
portion of the rivulets formed up gradient to enter at breaches 2, 4, and 5. The rivulet spread 
distances from the drip centerline were much less on the rough DS surface than on the smooth 
DS. In many cases, rivulets flowed straight down the face of the drip shield with little lateral 
deviation. In addition, established flow paths were maintained, meaning there was a continuous 
flow of water in some rivulets. The impact points for the rough DS tests were set at 13.5 cm 
from the patch centers, or along the edge, for Patches 2, 3, and 4. 
4.2.2 Test Data Analysis 
Data from the single patch tests, multiple patch tests, and bounding flow rate tests were analyzed 
by performing a mass balance. As a part of the analysis the percentages were determined for 
water collected in each station as a function of the total input. Seepage rate, pan evaporation, 
and reference towel data were included as references. These data are listed in Appendix B with 
the test chamber environment conditions. A complete representation of the data is found in the 
TDMS submittals (see Section 4.1). The values listed in Appendix B have been truncated to the 
number of significant figures representing the instrument error of the weighing balance (see 
Section 2.6). Losses determined in the mass balances ranged from around 7% to the mid 50% 
range. The highest losses were observed during the low flow runs of the bounding flow rate 
tests. Most of the losses ranged from around 10% to 30%. Losses in the mass balance can be 
attributed mainly to evaporation of water droplets from the DS surface and other collection 
surfaces (gutters and splash shields) with some loss attributed to the limitation of the collection 
procedure, i.e., collecting water by swabbing the DS and collection surfaces. In general, more 
losses were observed on the rough DS surface over the smooth DS surface. The water collection 
process, i.e., swabbing water from the DS surface, may have had a greater impact on 
experimental error than the weighing process. The greater losses observed on the rough DS 
surface can most likely be attributed to the added difficulty of swabbing water from the 
roughened texture. 
4.2.3 Rivulet Spread Data 
The rivulet spread from the impact centerline was measured for a number of tests (see Section 
2.5.2). These data are listed in Appendix C. Rivulet spread ranged from 0 to around 45 cm from 
the drip impact line. In general the smooth DS surface produced a wider spread over the rough 
DS surface. In many cases on the rough DS, surface rivulet flow would start in a few main 
rivulets then maintain flow through those rivulets through the duration of the test. The smooth 
DS surface produced several variable flow paths during the single test. 
May 2003 TDR-EBS-MD-000025-00 16
4.2.4 Water Temperature Data 
Water temperature data were collected for the input water and the DS surface water during the 
last week of testing (see Section 2.5.3). These data are listed in Appendix D. The primary 
objective of these data was to aid in the understanding of evaporation from the DS surface. The 
DS surface water temperatures matched the air temperature (within tenths of a oC) and the DS 
beaker and input waters were generally lower than the air and DS surface water temperatures. 
May 2003 TDR-EBS-MD-000025-00 17
5. CONCLUSIONS 
The purpose of the BWPDSE was to provide data to support the validation and further 
development of the flux splitting model used in the EBS Radionuclide Transport Abstraction 
(BSC 2001a). The data gathered in these tests represent the possible flow paths that affect the 
entry of water through corrosion breaches on both smooth and rough DS surfaces. These data 
were limited by the instrument error information provided in Section 2.6. Uncertainties in the 
data were based primarily on limitations of the collection process, which was performed by 
swabbing up water from the DS surfaces, gutters, and splash shields. The differences in the 
water mass collection and seepage input (see Appendix B) can be attributed primarily to 
evaporation from the DS and other collection surfaces. The evaporation process from beaded 
water droplets on flat surfaces was much greater than the measured pan evaporation. It was 
evident from the bounding flow rate data that evaporation losses were greater when the test time 
was lengthened. Evaporation processes played a substantial role in water losses during the 
BWPDSE and should be investigated further. The following items summarize the conclusions of 
the BWPDSE: 
 The primary flow mechanism on both smooth and rough surfaces was rivulet flow, not 
film flow. 
 Lateral rivulet spread distances were, in general, wider on the smooth DS surface than 
on the rough DS surface. 
 There were substantial differences between the mechanisms of rivulet formation and 
movement on smooth and rough DS surfaces. 
 Water collected in breaches was a function of the location of drip impact upstream from 
the target breach, i.e., impact location must be directly above or slightly to the side of 
the breach in order for a substantial volume of water to collect in breach. 
 Splash droplets contribute a small portion of the water collected in breaches. 
 Mass balances showed that evaporation from the DS was a large component of water 
loss. This was particularly manifested during low flow runs of the bounding flow rate 
tests where test duration was around 5 hours. 
 Mass balances were affected to some degree by the water collection process. This was 
manifested in the losses observed between tests conducted on the smooth and rough DS 
surfaces. 
May 2003 TDR-EBS-MD-000025-00 18
6. AKNOWLEDGMENTS 
The Breached Waste Package and Drip Shield Experiments were performed with help from the 
Engineered Barrier Systems test team. Cliff Howard was the responsible manager. Norm 
Kramer managed procurements, data submittals, and quality issues. Hemendra Kalia 
coordinated use of the North Las Vegas facility and construction support. Roy Johnston 
managed the day-to-day construction and test operations. John Del Mar performed many of tests 
and provided data analysis support. Neva Mason provided reference and technical reviews. 
Sandra Dalvit Dunn provided procedural guidance and technical reviews. Linda Croom assisted 
in the assembly and review of the document. Fred Homuth and Troy Williams of the TCO 
provided technical advice and instrumentation. 
May 2003 TDR-EBS-MD-000025-00 19
7. REFERENCES 
7.1 DOCUMENTS CITED 
BSC (Bechtel SAIC Company) 2001a. EBS Radionuclide Transport Abstraction. ANL-WIS-PA- 
000001 REV 00 ICN 03. Las Vegas, Nevada: CRWMS M&O. ACC: MOL.20010806.0076. 
BSC 2001b. FYO1 Supplemental Science and Performance Analyses, Volume 2: Performance 
Analyses. TDR-MGR-PA-000001 REV 00. Las Vegas, Nevada: CRWMS M&O. ACC: 
MOL.20010724.0110. 
BSC 2002a. Technical Work Plan For: Engineered Barrier System Department Modeling and 
Testing FY 02 Work Activities. Technical Work Plan. TWP-MGR-MD-000015 REV 02, Las 
Vegas, Nevada: BSC. ACC: MOL.20021014.0209. 
BSC 2002b. Test Plan for: Atlas Breached Waste Package and Drip Shield Experiments. 
SITP-02-EBS-005 REV 00. Las Vegas, Nevada: CRWMS M&O. ACC: MOL.20020314.0181. 
CRWMS M&O 1999. Request for Repository Subsurface Design Information to Support TSPASR. 
Input Transmittal PA-SSR-99218.Ta. Las Vegas, Nevada: CRWMS M&O. ACC: 
MOL.19990901.0312. 
CRWMS M&O 2000a. Design Analysis for the Ex-Container Components. ANL-XCS-ME- 
000001 REV 00. Las Vegas, Nevada: CRWMS M&O. ACC: MOL. 20000525.0374. 
CRWMS M&O 2000b. Design Analysis for UCF Waste Packages. ANL-UDC_MD-000001 
REV 00. Las Vegas, Nevada: CRWMS M&O. ACC: MOL.20000526.0336. 
CRWMS M&O 2000c. Invert Configuration and Drip Shield Interface. TDR-EDS-ST-000001 
REV 00. Las Vegas, Nevada: CRWMS M&O. ACC: MOL.20000505.0232. 
CRWMS M&O 2000d. WAPDEG Analysis of Waste Package and Drip Shield Degradation. 
ANL-EBS-PA-000001 REV 00 ICN 01. Las Vegas, Nevada: CRWMS M&O. ACC: 
MOL.20001208.0063. 
DOE (U.S. Department of Energy) 2003. Quality Assurance Requirements and Description. 
DOE/RW-0333P, Rev. 13. Washington, D.C.: U.S. Department of Energy, Office of Civilian 
Radioactive Waste Management. ACC: DOC.20030422.0003. 
Howard, C.L. 2002a. Breached Waste Package Test and Drip Shield Experiments. Scientific 
Notebook SN-M&O-SCI-043-V1. ACC: MOL. 20021219.0022. 
Howard, C.L. 2002b. Breached Waste Package Test and Drip Shield Experiments. Scientific 
Notebook SN-M&O-SCI-043-V2. ACC: MOL. 20021219.0023. 
Howard, C.L. 2002c. Breached Waste Package Test and Drip Shield Experiments. Scientific 
Notebook SN-M&O-SCI-043-V3. ACC: MOL. 20021219.0024. 
May 2003 TDR-EBS-MD-000025-00 20
Krisha, D.T. 2002. Bechtel SAIC Company, LLC (BSC) Quality Assurance (QA) Surveillance 
Report BSCQA-02-S-34 for Breached Waste Package Testing. Letter from D.T. Krisha (BSC) to 
T.W. Doering (BSC), July 3, 2002, RFH:ml-0702023204, with enclosure. ACC: 
MOL.20020815.0550. 
YMP (Yucca Mountain Site Characterization Project) 2002. Engineered Barrier Systems- 
Breached Waste Package and Drip Shield Testing. Field Work Package FWP-EBS-02-001, Rev. 
0. Las Vegas, Nevada: Yucca Mountain Site Characterization Office. ACC: 
MOL.20020409.0014. 
7.2 CODES, STANDARDS, REGULATIONS, AND PROCEDURES 
AP-2.20Q, Rev. 1, ICN 1. Self-Assessments. Washington, D.C.: U.S. Department of Energy, 
Office of Civilian Radioactive Waste Management. ACC: DOC.20030422.0005. 
AP-2.27Q, Rev. 0, ICN 0. Planning for Scientific Activities. Washington, D.C.: U.S. Department 
of Energy, Office of Civilian Radioactive Waste Management. ACC: MOL.20021014.0209. 
AP-3.11Q, Rev. 3, ICN 4. Technical Reports. Washington, D.C.: U.S. Department of Energy, 
Office of Civilian Radioactive Waste Management. ACC: DOC.20030331.0002. 
AP-12.1Q, Rev. 0, ICN 2. Control of Measuring and Test Equipment and Calibration Standards. 
Washington, D.C.: U.S. Department of Energy, Office of Civilian Radioactive Waste 
Management. ACC: MOL.20020207.0111 
AP-SI.1Q, Rev. 5, ICN 0. Software Management. Washington, D.C.: U.S. Department of 
Energy, Office of Civilian Radioactive Waste Management. ACC: DOC.20030422.0012. 
AP-SIII.1Q, Rev. 2. Scientific Notebooks. Washington, D.C.: U.S. Department of Energy, Office 
of Civilian Radioactive Waste Management. ACC: MOL.20010905.0138 
AP-SIII.7Q, Rev. 0, ICN 1. Scientific Investigation Laboratory and Field Testing. Washington, 
D.C.: U.S. Department of Energy, Office of Civilian Radioactive Waste Management. ACC: 
MOL.20010917.0189. 
AP-SV.1Q, Rev. 0, ICN 3. Control of the Electronic Management of Information. Washington, 
D.C.: U.S. Department of Energy, Office of Civilian Radioactive Waste Management. ACC: 
MOL.20020917.0133 
7.3 OUTPUT DATA 
MO0207EBSATBWP.021. Atlas Breached Waste Package and Drip Shield Experiments: Initial 
Tests for Rough Drip Shield Surface. Submittal date: July 31, 2002. 
May 2003 TDR-EBS-MD-000025-00 21
MO0207EBSATBWP.022. Atlas Breached Waste Package and Drip Shield Experiments: Initial 
Tests for Smooth Drip Shield Surface. Submittal data: July 31, 2002 
MO0207EBSATBWP.023. Atlas Breached Waste Package and Drip Shield Experiments: Single 
Patch q(splash) and q(film) Tests on the Smooth Drip Shield Surface. Submittal data: July 31, 
2002. 
MO0207EBSATBWP.024. Atlas Breached Waste Package and Drip Shield Experiments: 
Multiple Patch Tests for Smooth Drip Shield Surface. Submittal data: July 31, 2002. 
MO0207EBSATBWP.025. Atlas Breached Waste Package and Drip Shield Experiments: 
Bounding Flow Rate Tests on the Smooth Drip Shield Surface. Submittal data: July 31, 2002. 
MO0208EBSATBWP.026. Atlas Breached Waste Package and Drip Shield Experiments: Single 
Patch q(splash) and q(film) Tests on the Rough Drip Shield Surface. Submittal data: August 13, 
2002. 
MO0208EBSATBWP.027. Atlas Breached Waste Package and Drip Shield Experiments: 
Multiple Patch Tests on the Rough Drip Shield Surface. Submittal data: August 13, 2002. 
MO0208EBSATBWP.028. Atlas Breached Waste Package and Drip Shield Experiments: 
Bounding Flow Rate Tests on the Rough Drip Shield Surface. Submittal data: August 13, 2002. 
May 2003 TDR-EBS-MD-000025-00 22
2. 17 m 
2. 52 m 
Drip Source 
Impa ct Loca tion 
Source: Howard 2002c, p. 111. 
Figure 1. Seepage Area Represented in the BWPDSE 
TDR-EBS-MD-000025-00 
Seepage Area 
33 
1. 56 m 
2. 51 m 
May 2003 F1
Drip Shield Surface Un-rolled Flat a l F d le l o r - n U e c a f r u S ld e i h S ip r Drip Shield Surface Un-rolled Flat 
to to Reveal Patch Location o ti a c o L h tc a P l a e v e R to Reveal Patch Locations 
Cr Crow o Crown 
ce cent n center er er 
33 33 fro r f 33 from 
crown cente nt e n c ow r crown center 
m 1. 1. 1.62 62 62 
(5 (5.31 ft f 1 3 . (5.31 ft) 
m 1. 1.2 1.27 
(4 (4.17 ft 7 1 . (4.17 ft ft) 
DS S DS Side Vie i V e d i DS Side View 
Source: Howard 2002a, p. 14. 
Figure 2. BWPDSE Drip Shield Dimensions and Patch Locations 
TDR-EBS-MD-000025-00 F2
1 2 1 2
m 2. 2. 2.70 70 70 
(8.86 ft 86 f . 8 (8.86 ft) 
DS DS Front Vie i V t n o r F DS Front View 
Flat DS Surf r u S S D at l Flat DS Surface ace ace 
1. 1.35 1.35 35m 
0. 0.135 3 1 0.135 m 
0. 0.27 0.27 27m 
0. 0.27 0.27 27m
33 33 fr f 33 from om om 
crown cente nt e n c w o r crown center 
R1 R1.4 . R1.40 m 
m 0. 0.64 0.64 64m 
6 
0. 0.135 0.135 135 m 2. 2. 2.44 44 44 
(8.0 ft f .0 8 (8.0 ft) 
5 
0. 0.27 0.27 27m 
3 
m 0. 0.94 0.94 94m 0. 0. 0.94 94 94 
(3 (3.1 ft f 1 . (3.1 ft) 
4 
0. 0.135 0.135 135 m
0. 0.27 2 0.27m 
0. 0.27 0.27 27m 2. 2. 2.0 0 0 
May 2003
Source: Howard 2002a, p. 16. 
Figure 3. Stainless Steel Drip Shield Section 
May 2003 TDR-EBS-MD-000025-00 F3
Source: Howard 2002a, p. 42. 
Figure 4. Polished Stainless Steel Drip Shield Surface (Splash Radius Test #1 - 2 Drops) 
TDR-EBS-MD-000025-00 May 2003 F4
Breach 6 
Breach 5 
Breach 4 
Breach 3 
Breach 2 Collection 
Gutters 
Source: Howard 2002c, p. 112. 
Breach 1 
Figure 5. Rough Drip Shield Surface with Collection Gutters 
May 2003 TDR-EBS-MD-000025-00 F5
Source: Howard 2002b, p. 70. 
Figure 6. Rough Drip Shield Texture 
May 2003 TDR-EBS-MD-000025-00 F6
1-HUM-BDST 
1-TMP-BDST 
Source: Howard 2002a, p. 108 
Figure 7. Test Chamber Environment Control and Instrumentation 
TDR-EBS-MD-000025-00 F7 
Air Conditioner 
Emerson 
Humidifier 
HD6000-2 
Honeywell 
Humidifier 
DH-835 
Honeywell 
Humidifier 
DH-835 
Drip Shield and Test Chamber 
(Plan View) 
Sensor Labels 
HUM-BDST: Relative Humidity 
TMP-BDST: Temperature 
P-IN-BDST: Inside Chamber Pressure 
P-OUT-BDST: Outside Chamber Pressure 
BDST (Breached Drip Shield Test) 
P-IN-BDST 
P-OUT-BDST 
Circulation 
Fan 
Holmes 
Humidifier 
HM-1400 
2-HUM-BDST 
2-HUM-BDST 
May 2003
Porous Diffuser 
Source: Howard 2002a, p. 22. 
TDR-EBS-MD-000025-00 
2.31 m (33o) 
2.22 m (16.5o) 
2.17 m (Crown) 
Figure 8. Drip Tower 
F8 May 2003
Splash 
Shield 2 
Gutter 2 
DS Support Structure 
Left Side View 
Splash 
Shield 4 
Gut ter 4 
DS Support Structure 
Right Side View 
Source: Howard 2002a, pp. 18-19. 
TDR-EBS-MD-000025-00 
Figure 9. Collection System Gutters and Splash Shields 
F9 
Splash 
Shield 1 
Gutter 1 
DS Support Structure 
Front View 
Splash 
Shield 3 
Gutter 3 
DS Support Structure 
Back View 
May 2003
Atlas Breached Waste Package Tests and Drip Shield Experiments 
Prliminary Tests: Splash Radius Test #1 Geometry 
Crown 
cent er 
33 from 
crown center 
m 1.62 
(5.31 ft) 
2.0 
m 1.27 
(4.17 ft) 
DS Side View 
Source: Howard 2002a, p. 40. 
Figure 10. Splash Radius Test #1 Geometry on Smooth DS Surface 
TDR-EBS-MD-000025-00 F10 
R1.40 m 
m 0.94 
(3.1 ft) 
1 
4 
Open Breach 
Covered Breach 
Injection 
Point 
2.17m 
Drip Impact 
Point 
180 deg 0 deg 
6 
90 deg 5 
3 2.7 
(8.86 ft) 
2
DS Front View 
May 2003
Injection 
Point 
33 
(Drip impact poi nt) 
m 1.62 
(5.31 ft) 
1.27 
(4.17 ft) 
DS Side View 
Source: Howard 2002a, p. 58. 
Figure 11. Splash Radius Test #2 Geometry on Smooth DS Surface 
TDR-EBS-MD-000025-00 F11 
2.31m 
2.0 
m 
Atlas Breached Waste Package Tests 
and Drip Shield Experiments 
Prliminary Tests:Splash Radius Test #2 Geometry 
R1.40 m 
1 
Drip Impact 
Point 
270 
180 0 6 
5 
2.7 
(8.86 ft) 
2 
DS Front View 
4 
Open Breach 
Covered Breach 
33 from 
crown center 
Transition 
Vertical Section 
3 
May 2003
Atlas Breached Waste Package Tests and Drip Shield Experiments 
Prliminary Tests: Spread Factor Test #1 Geometry 
Crown center 
(Drip impact poi nt) 
m 1.62 
(5.31 ft) 
m 1.27 
(4.17 ft) 
DS Side View 
Source: Howard 2002a, p. 46. 
Figure 12. Spread Factor Test #1 Geometry on Smooth DS Surface 
TDR-EBS-MD-000025-00 F12 
R1.40 m 
2.0 1 
Injection 
Point 
2.17m 
Drip Impact 
Point 
6 5 
Rivulet 
Spread 
Factor 
2
2.7 
(8.86 ft) 
DS Front View 
4 
Open Breach 
Covered Breach 
33 from 
crown center 
Transition 
Vertical Section 
3 
May 2003
Injection 
Point 
33 
(Drip impact poi nt) 
m 1.62 
(5.31 ft) 
1.27 
(4.17 ft) 
DS Side View 
Source: Howard 2002a, p. 62. 
Figure 13. Spread Factor Test #4 Geometry on Smooth DS Surface 
TDR-EBS-MD-000025-00 F13 
2.31m 
2.0 
m 
Atlas Breached Waste Package Tests 
and Drip Shield Experiments 
Prliminary Tests:Spread Factor Test #4 Geometry 
R1.40 m 
1 
Drip Impact 
Point 
270 
180 0 6 
5 
Spread 
Factor 
m 
2
2.7 
(8.86 ft) 
DS Front View 
4 
Open Breach 
Covered Breach 
33 from 
crown center 
Transition 
Vertical Section 
3 
May 2003
Injection 
Points 
2.17 m 
Drip Impact 
Points
m 1.62 
(5.31 ft) 
m 1.27 
(4.17 ft) 
DS Side View 
Source: Howard 2002a, p. 68 
Figure 14. Single Patch q(splash) Tests on Smooth DS Surface 
TDR-EBS-MD-000025-00 F14
Atlas Bre ached Waste Package Tests and Drip Shield Experiments 
Single Patch Tests: q(splash) 
2.22m 2.31m 
6 55 
55 
6 
6 
6 
6 16.5 from 
crown center 4 
4
4 5 5 
0.175 m 33 from 
crown center 
5 
Transition 
4 
1 2 3 2.0 
2.7 
(8.86 ft) 
DS Front View 
1 
Open Breach Drip Impact Point 
Covered Breach 
May 2003
Injection 
Points 
2.17m 
Drip Impact 
Poin ts 
1.62 m 
(5.31 ft) 
1.27 m 
(4.17 ft) 
DS Side View 
Source: Howard 2002b, p. 92. 
Figure 15. Single Patch q(splash) Tests on Rough DS Surface 
TDR-EBS-MD-000025-00 F15 
2.22m 2.31m 
2.0 
Atlas Breached Waste Package Tests and Drip Shield Experiments 
Sing le Patch Tests: q(splash) - Rough DS Surface 
4 
4 
1 2 3 
Open Breach 
Covered Breach 
6 6 5 
6 5 
5 
2.7 
(8.86 ft) 
DS Front View 
1 
Drip Impact Point 
16.5 from 
crown c enter 
33 from 
crown c enter 
Transition 
May 2003
Injection 
Points 
2.17 m 
Drip Impact 
Points
m 1.62 
(5.31 ft) 
m 1.27 
(4.17 ft) 
DS Side View 
Source: Howard 2002a, p. 110. 
Figure 16. Single Patch q (film) Tests on Smooth DS Surface 
TDR-EBS-MD-000025-00 F16
Atlas Bre ached Waste Package Tests and Drip Shield Experiments 
Single Patch Tests: q(film) - Rivulet Flow 
2.22m 2.31m 
0.04m 
0.08 m 0.15 m 
5 4 2 55
2 
22
16.5 from 
crown center 2 2 
44
4 
33 from 
crown center 
5 
Transition 
4 
1 2 3 2.0 
2.7 
(8.86 ft) 
DS Front View 
1 
Open Breach Drip Impact Point 
Covered Breach 
May 2003
Injection 
Points 
2.22m 2.17m 
Drip Impact 
Points
m 1.62 
(5.31 ft) 
2.0 
m 1.27 
(4.17 ft) 
DS Side View 
Source: Howard 2002b, p. 107. 
Figure 17. Single Patch q(film) Tests on Rough DS Surface 
TDR-EBS-MD-000025-00 F17 
2.31m 
0.135 m 
0.135 m 0.135 m 
16.5 from 
crown center 
2
2 
4 5 4 2 2 5 
2 4 4 5 5 
2 4 5 4 
33 from 
crown center 
5 
Transition 
4 
1 2 3 
2.7 
(8.86 ft) 
DS Front View 
1 
Open Breach Drip Impact Point 
May 2003
Injection 
Points 
2.17 m 
Drip Impact 
Points
m 1.62 
(5.31 ft) 
m 1.27 
(4.17 ft) 
DS Side View 
Source: Howard 2002a, p. 140. 
Figure 18. Multiple Patch Tests on Smooth and Rough DS Surfaces 
TDR-EBS-MD-000025-00 F18 
Atlas Bre ached Waste Package Tests and Drip Shield Experiments 
Multiple Patch Tests 
0.81 m 2.22m 2.31m 
0.27 m 
16.5 from 
crown center 
33 from 
crown center 
5 
Transition 
4 
1 2 3 2.0 
2.7 
(8.86 ft) 
DS Front View 
Open Breach Drip Impact Point 
Covered Breach 
May 2003
Source: Howard 2002a, p. 44. 
Figure 19. Water Droplet Formation on the Smooth DS Surface 
TDR-EBS-MD-000025-00 May 2003 F19
Source: Howard 2002b, p. 76. 
Drip Impact Location 
Figure 20. Water Pooling on Rough DS Surface 
May 2003 TDR-EBS-MD-000025-00 F20
Table 1 EBS/Repository Design Parameters 
Parameter Value Parameter 
2521 mm 
2512 mm 
1.3 m 
0.806 m 
5.5 m 
1.564 m 
2173 mm 
Drip Shield Height 
Drip Shield Width 
Drip Shield Radius of Curvature 
Invert Depth 
Drift Diameter 
WP Diameter 
Fall Distance From Drift Crown to DS 
Crown (see Figure 1) 
Source: BSC (Bechtel SAIC Company) 2002, p. 8. 
Table 2. BWPDSE Instrument Accuracy 
Range Instrument 
Temperature/Humidity Probe 10-100% RH 
(Vaisala HMP 235A) 0-100 oC 
800-1100 mbar 
0-4000 g 
0-300 g 
Calibrated Range: 
15, 45, and 100 oC 
Pressure Transducer 
(Setra 270) 
Analytical Balance 
(Mettler PM4000) 
Analytical Balance 
(Mettler PJ360) 
RTD 
(Omega RTD-809) 
Source: Howard 2002a, pp. 25-34; Howard 2002c, pp. 223-240. 
TDR-EBS-MD-000025-00 T1 
Source 
CRWMS M&O 2000a 
CRWMS M&O 2000a 
CRWMS M&O 2000a 
CRWMS M&O 2000c 
CRWMS M&O 1999 
CRWMS M&O 2000b 
Drift Diameter  (DS Height + 
Invert Depth)
Accuracy 
 2% RH @ 10-90% RH, 
 3.0% RH above 90% RH; 
Temperature  2.0 oC 
 0.05% Full Scale 
Minimum Accuracy 
 0.06 g 
Minimum Accuracy 
 0.06 g 
 0.3 oC 
May 2003
Measurement Type 
Input Water 
DS Beaker Water 
DS Surface Water 
Air Temperature 
Source: Howard 2002b, pp. 220-222. 
Tests Conducted on Smooth DS Surface 
Initial/Preliminary Tests: 
Splash Radius (Drip Splash) Test #1 
Splash Radius (Drip Splash) Test #2 
Spread Factor Test #1 
Spread Factor Test #2 
Spread Factor Test #3 
Spread Factor Test #4 
Single Patch q(splash) Tests 
Single Patch q(film)  Rivulet Flow Tests 
Multiple Patch Tests 
Source: Howard 2002a, pp. 39-151; Howard 2002b, pp. 9-219. 
TDR-EBS-MD-000025-00 
Table 3. Water Measurement Descriptions 
Injection source water in beaker located on Analytical Balance PM4000 (Howard 
2002b, p. 3) inside the test chamber. RTD probe submerged in water and reading 
was taken after 30 sec. 
Water in glass beaker placed in contact with the DS surface throughout the test. 
RTD probe is placed below water surface in beaker and reading was taken after 
30 sec. 
Water film remaining on the DS following a test. RTD probe is placed in contact 
with the DS. The probe is not submerged in water, and in most cases only a thin 
film is present. Reading is taken after 30 sec. 
RTD probe is mounted so that it is not in contact with DS any other surface. 
Reading is taken after 30 sec. 
Table 4. BWPDSE Test Matrix 
Measurement Description 
Tests Conducted on Rough DS Surface 
Initial/Preliminary Tests: 
Splash Radius (Drip Splash) Test #1 
Splash Radius (Drip Splash) Test #2 
Splash Radius (Drip Splash) Test #3 
Splash Radius (Drip Splash) Test #4 
Splash Radius (Drip Splash) Test #5 
Spread Factor Test #1 
Spread Factor Test #2 
Spread Factor Test #3 
Single Patch q(splash) Tests 
Single Patch q(film)  Rivulet Flow Tests 
Multiple Patch Tests 
May 2003 T2
Table 5. Single Patch q(splash) Drip Location on Smooth DS Surface 
Patch/Breach 
Patch 4 
Patch 5 
Patch 6 
Source: Howard 2002a, p. 67. 
Table 6. Single Patch Drip Locations on Rough DS Surface 
Patch/Breach 
Patch 4 
Patch 5 
Patch 6 
Source: Howard 2002b, p. 90. 
TDR-EBS-MD-000025-00 
Drip Location 
Patch center, 33o 
17.5 cm right of center, 33o 
17.5 cm right of center, 16.5o 
Patch center, 16.5o 
Patch center, crown 
17.5 cm left of center, crown 
Patch center, 16.5o 
17.5 cm left of center, 16.5o 
Patch center, 33o 
17.5 cm left of center, 33o 
37 cm left of center, crown 
36.5 cm left of center, between patch edge and 
16.5o 
Patch center, between crown and 16.5o 
35.5 cm left of center, 16.5o 
Patch center, 16.5o 
Drip Location 
2.31 
2.31 
2.22 
2.17 
2.17 
27 cm right of Patch 4 center, 33o 
20 cm left of Patch 5 center, 33o 
20 cm left of Patch 5 center, 16.5o 
20 cm left of Patch 6 center, Crown 
Center of Patch 6, 15 cm forward from 
crown along DS center. 
Center of Patch 6, 16.5o 2.22 
T3 
Drop Distance (m) 
2.31 
2.31 
2.22 
2.22 
2.17 
2.17 
2.22 
2.22 
2.31 
2.31 
2.17 
2.17 
2.17 
2.22 
2.22 
Drop Distance (m) 
May 2003
Table 7. Single Patch q(film) Drip Locations on Smooth DS Surface 
Patch/Breach 
Patch 2 
Patch 4 
Patch 5 
Source: Howard 2002a, p. 109. 
TDR-EBS-MD-000025-00 
Drop Distance (m) Drip Location 
15 cm right of patch center, crown 2.17 
Patch center, 10.5 cm forward from crown 2.17 
Patch center, 33o 2.31 
15 cm right of patch center, 16.5o 2.22 
Patch center, 16.5o 2.22 
15 cm right of patch center, 33o 2.31 
8 cm right of patch center, 33o 2.31 
8 cm right of patch center, crown 2.17 
Patch center, crown 2.17 
8 cm right of patch center, 16.5o 2.22 
Patch center, crown 2.17 
4 cm left of center, crown 2.17 
4 cm left of center, 16.5o 2.22 
May 2003 T4
Table 8. Single Patch q(film) Drip Locations on Rough DS Surface 
Patch/Breach 
Patch 2 
Patch 4 
Patch 5 
Source: Howard 2002 b, p. 105. 
Table 9. Multiple Patch Drip Locations for Smooth and Rough DS Surface Tests 
Crown 0.81 m left of 
DS centerline 
16.5o Line 0.81 m left of 
DS centerline 
33o Line 0.81 m left of 
DS centerline 
Source: Howard 2002a, p. 139. 
Table 10. Bounding Flow Rate Drip Locations for Smooth and Rough DS Surface Tests 
Crown 
16.5o Line 0.54 m left of DS 
centerline 
33o Line 0.54 m left of DS 
centerline 
Source: Howard 2002b, p. 27. 
TDR-EBS-MD-000025-00 
Drop Distance (m) Drip Location 
13.5 cm right of patch center, 10.5 cm 2.17 
forward from crown 
Patch center, 10.5 cm forward from crown 2.17 
Patch center, 33o 
13.5 cm right of patch center, 16.5o 
Patch center, 16.5o 
13.5 cm right of patch center, 33o 
13.5 cm right of patch center, 33o 
13.5 cm right of patch center, 16.5o 
13.5 cm right of patch center, crown 
Patch center, 33o 
Patch center, 16.5o 
Patch center, crown 
Patch center, crown 
Patch center, 16.5o 
13.5 cm left of patch center, crown 
13.5 cm left of patch center, 16.5o 
13.5 cm left of patch center, 33o 
2.31 
2.22 
2.22 
2.31 
2.31 
2.22 
2.17 
2.31 
2.22 
2.17 
2.17 
2.22 
2.17 
2.22 
2.31 
Drip distance: 
2.17 m 
0.81 m right of 
DS centerline 
0.27 m right of 
DS centerline 
0.27 m left of 
DS centerline 
Drip distance: 0.81 m right of 
DS centerline 
0.27 m right of 
DS centerline 
0.27 m left of 
DS centerline 2.22 m 
Drip distance: 0.81 m right of 
DS centerline 
0.27 m right of 
DS centerline 
0.27 m left of 
DS centerline 2.31 m 
Drip distance: 
2.17 m 
0.27 m right of DS 
centerline 
0.27 m left of DS 
centerline 
0.54 m left of DS 
centerline 
Drip distance: 0.27 m right of DS 
centerline 
0.27 m left of DS 
centerline 2.22 m 
Drip distance: 0.27 m right of DS 
centerline 
0.27 m left of DS 
centerline 2.31 m 
May 2003 T5
INTENTIONALLY LEFT BLANK 
May 2003 TDR-EBS-MD-000025-00 T6
Data System 
Identifier 
1-HUM-BDST 
1-TMP-BDST 
2-HUM-BDST 
2-TMP-BDST 
P-IN-BDST 
P-OUT-BDST 
Ambient RH 
(EBS-0429) 
Ambient Temp. 
(EBS-0429) 
Source: Howard 2002a, pp. 24-34; Howard 2002c, pp. 83-110. 
APPENDIX A: 
M&TE Used in the BWPDSE 
Sensor Serial 
Number 
T2310004 
T2310004 
T4510008 
T4510008 
416325 
416325 
W2320024 
W2320024 
Sensor 
Model 
Vaisala 
HMP235A 
Vaisala 
HMP235A 
Vaisala 
HMP235A 
Vaisala 
HMP235A 
Setra 
270 
Setra 
270 
Vaisala 
HMP235A 
Vaisala 
HMP235A
A1 
Calibration Dates 
Pre-test Cal Date: 
05/07/02 
Due: 05/07/03 
Post-test Cal Date: 
09/11/2002 
Pre-test Cal Date: 
05/07/02 
Due: 05/07/03 
Post-test Cal Date: 
09/11/2002 
Pre-test Cal Date: 
05/07/02 
Due: 05/07/03 
Post-test Cal Date: 
09/13/2002 
Pre-test Cal Date: 
05/07/02 
Due: 05/07/03 
Post-test Cal Date: 
09/13/2002 
Pre-test Cal Date: 
05/07/02 
Due: 05/07/03 
Post-test Cal Date: 
08/29/2002 
Pre-test Cal Date: 
05/07/02 
Due: 05/07/03 
Post-test Cal Date: 
08/29/2002 
Pre-test Cal Date: 
05/07/02 
Due: 05/07/03 
Post-test Cal Date: 
09/11/2002 
Pre-test Cal Date: 
05/07/02 
Due: 05/07/03 
Post-test Cal Date: 
09/11/2002 
TDR-EBS-MD-000025-00 
Description 
Relative 
Humidity 
Air Temperature 
Relative 
Humidity 
Air Temperature 
Test chamber 
pressure 
Ambient pressure 
Ambient 
Relative 
Humidity 
Ambient 
Temperature 
Basis Conversion 
Use display panel Bechtel Nevada 
Calibration Lab 
Cal ID 998256 
Use display panel Bechtel Nevada 
Calibration Lab 
Cal ID 998256 
Use display panel Bechtel Nevada 
Calibration Lab 
Cal ID 998236 
Use display panel Bechtel Nevada 
Calibration Lab 
Cal ID 998236 
Bechtel Nevada Y=0.1X+600 
Calibration Lab X = mVolt 
Cal ID 007763 
Bechtel Nevada Y=0.1X+600 
Calibration Lab X = mVolt 
Cal ID 007763 
Use display panel Bechtel Nevada 
Calibration Lab 
Cal ID 315820 
Use display panel Bechtel Nevada 
Calibration Lab 
Cal ID 315820 
May 2003
M&TE Used in the BWPDSE, Continued 
Data System 
Identifier 
Fluke Mulitmeter 
Fluke Mulitmeter 
Analytical 
Balance PM4000 
Analytical 
Balance PM4000 
Analytical 
Balance PJ360 
DS-RTD-01 
Source: Howard 2002a, pp. 24-34; Howard 2002c, pp. 83-110. 
TDR-EBS-MD-000025-00 
Sensor Serial Description 
Number 
Voltage 6700202 
(Pressure) 
Resistance 
(RTD Temp.) 
Voltage 6695202 
(Pressure) 
Resistance 
(RTD Temp.) 
Water mass J48850 
Input/ 
Collection 
J48849 Water mass 
Input/Collection 
H78850 Water mass 
Collection 
343 Temperature 
Probe RTD-809 
Calibration Dates Sensor 
Model 
Fluke 702 
Fluke 702 
Mettler 
PM4000 
Mettler 
PM4000 
Mettler 
PJ360 
Omega 
RTD-809 
Pre-test Cal Date: 
06/11/01 
Due: 06/11/02 
Post-test Cal Date: 
06/14/2002 
Pre-test Cal Date: 
01/16/02 
Due: 01/16/03 
Post-test Cal Date: 
08/28/2002 
Pre-test Cal Date: 
12/27/01 
Due: 06/27/02 
Post-test Cal Date: 
07/29/2002 
Pre-testCal Date: 
02/06/02 
Due: 08/06/02 
Post-test Cal Date: 
08/19/2002 
Cal Date: 02/06/02 
Pre-test Due: 
08/06/03 
Post-test Cal Date: 
08/19/2002 
Pre-test Cal Date: 
03/27/02 
Due: 03/27/03 
Post-test Cal Date: 
09/05/2002 
A2 
Basis Conversion 
Use display panel Bechtel Nevada 
Calibration Lab 
Cal ID 007462 
Use display panel Bechtel Nevada 
Calibration Lab 
Cal ID 007463 
Use display panel Bechtel Nevada 
Calibration Lab 
Cal ID 307277 
Use display panel Bechtel Nevada 
Calibration Lab 
Cal ID 307232 
Use display panel Bechtel Nevada 
Calibration Lab 
Cal ID 301293 
Bechtel Nevada Use Fluke 702 in 
Calibration Lab RTD mode 
Cal ID 992993 
May 2003
APPENDIX B: 
Collection Station Percentage Data 
Description of Collection Station Identifiers 
Collection station identifiers are represented in the first column of the data sheets contained in 
Appendix B, and represents the stations where water was collected and weighed during the 
BDSWPE. The following provides an explanation of the symbols used to identify collection 
stations. Gutters are shown and labeled in Figure 9 and breach numbering is shown in Figure 4. 
Designators for test chamber instrumentation are explained in Figure 7. 
G  Gutters 
The gutters were identified with the letter G, which is followed by two numbers - the first 
represents the specific gutter (see Figure 9) and the second the swabbing towel or group of 
towels used during the collection and weighing process on that particular gutter. 
SS  Splash Shields 
The splash shields were identified with the letters SS, which is followed by a numbers that 
represents the specific splash shield (see Figure 9). All towels used to swab the splash shields 
were grouped into one container for weighing. 
B  Breach 
The breaches were identified with the letter B, which is followed by a numbers that represents 
the specific breach (see Figure 4). 
DS in  Drip Shield Inside Surface 
The drip shield inside surface represents under side of the drip shield where water some times 
formed rivulets after running around the edges of breaches and by passing the breach collection 
pans during rare instances. 
DS out  Drip Shield Outside Surface 
The drip shield outer surface represents the outer surface of the drip shield where water was 
dripped during the BWPDSE. Some portion of the water dripped during the tests collected and 
remained on the DS surface and this collection station represents the water collected from the DS 
surface following the tests. 
Other 
This collection station represented some instances where a collection deviated from the normal 
routine or collection stations. In such instances, an explanation is provided on the data sheet 
attachments in the scientific notebooks. 
B1 May 2003 TDR-EBS-MD-000025-00
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 4, Centerline, 16.5 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Initial (g) Final (g) 
529.8 669.7 
158.3 
11.5 
12.8 
158.3 
7.2 
7.2 
7.8 
7.8 
7.4 
7.4 
7.4 7.3 
106.9 106.7 
191.3 
7.4 
106.9 
7.2 
7.6 7.4 
21.8 
23.2 
11.0 
7.2 
7.3 
7.3 
Total Collected 
RH (%) Temperature (oC) 
90.8 
91.3 
RH (%) Temperature (oC) 
96.2 
94.5 
Difference (g) % of Input 
139.9 100% 
0 
4.3 
5.6 
0
0 
7.4% 0.4 
0.4 
0
0
0
0 
0.3% 
0.1 
0 
0.1% 
0
0
0
0
0
0
0
0 
0.2 
0
0 
0.0% 
0.1% 
0.0% 
0.0% 
60.3% 
0.1% 
0.0% 
84.4 
0.2 
0 
0.2 
0 0.1% 
14.6 
15.9 
3
0
.7 
24.4% 
0.0% 
92.9% 
0 
130 
P-IN-BDST 18.9 
18.7 
P-IN-BDST 19.7 
19.5 
B2 
5/21/02 Test Date: 
Total Input (g) 139.9 
Total Collected (g) 130 
Difference (g) -9.9 
-7% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7
0 
0.00% % Evaporation 
Mass Flow Rate 
30.01667 
4.66 
Test Duration (min) 
Flow Rate (g/min) 
Atm. P. (mbar) 
880 
Atm. P. (mbar) 
887 
SN-M&O-SCI-043-V1, pages 88-89 
May 2003
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 4 Centerline, 33 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 90.5 
2-HUM/TMP-BDST 89.5 
Final Conditions 
1-HUM/TMP-BDST 88.2 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Initial (g) Final (g) Difference (g) 
548.2 685.4 
142.5 
10.7 
10.9 
142.8 
7.2 
7.1 
7.6 
7.5 
7.1 
7.2 
106.7 106.7 
216.7 106.8 
7.3 7.2 
9.7 7.3 
Total Collected 
RH (%) Temperature (oC) 
21.2 
20.9 
RH (%) Temperature (oC) 
2 
1 2
1.3 
87.5 
137.2 
0.3 
3.5 
3.8 
0
0 
0.5 
0.3 
0
0
00
0
0
0
0
0
0
0
0
0
0
0
0
0 
109.9 
0
0 
0.1 
0 
2.4 
0
0
0
0 
120.5 
% of Input 
100% 
5.7% 
0.2% 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
80.1% 
0.0% 
0.0% 
0.1% 
1.7% 
0.0% 
87.8% 
P-IN-BDST 
P-IN-BDST 
B3 
5/20/02 Test Date: 
Total Input (g) 137.2 
Total Collected (g) 120.5 
Difference (g) -16.7 
-12% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.3 
0.40% % Evaporation 
Mass Flow Rate 
30 
4.57 
Test Duration (min) 
Flow Rate (g/min) 
Atm. P. (mbar) 
868 
Atm. P. (mbar) 
869 
SN-M&O-SCI-043-V1, pages 82-83 
May 2003
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 4, 17.5 cm right of centerline, 16.5 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
516.3 667.1 
158.3 
34.4 
53.0 
40.2 
9.2 
7.4 
158.3 
7.2 
7.2 
7.3 
7.3 
7.2 
7.7 7.2 
108.5 
109.3 
106.8 
108.7 
20.4 
9.9 
10.9 
7.6 
7.3 
7.3 
Total Collected 
RH (%) 
95.9 
94.3 
RH (%) 
93 
91.6 
Difference (g) % of Input 
100% 150.8 
0 
71.6% 
27.2 
45.8 
32.9 
1.9 
0.2 
00
0
00
0.0% 
0.5 
0 
0.3% 
0
00
0
0
0
00
0
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
1.1% 
0.4% 
0.0% 
1.7 
0.6 
0
0
0 
0.0% 
12.8 
2.6 
3
0
.6 
12.6% 
0.0% 
86.1% 
0 
129.8 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
20.3 
19.9 
Temperature (oC) 
20.9 
20.5 
B4 
Test Date: 5/21/02 
Total Input (g) 150.8 
Total Collected (g) 129.8 
Difference (g) -21 
-14% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7
0 
0.00% % Evaporation 
Mass Flow Rate 
30 
5.03 
Test Duration (min) 
Flow Rate (g/min) 
Atm. P. (mbar) 
890 
Atm. P. (mbar) 
889 
SN-M&O-SCI-043-V1, pages 86-87 
May 2003
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 4, 17.5 cm right of centerline, 33 
Difference (g) 
131.5 
0.3 
36.7 
50.8 
12.8 
1.5 
3.2 
0. 
0
3 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
538.8 670.3 
143.3 
44.2 
57.9 
20.0 
8.7 
10.4 
143.6 
7.5 
7.1 
7.2 
7.2 
7.2 
7.4 7.1 
106.7 106.2 
115.7 106.7 
7.3 7.2 
12.7 
7.6 
7.3 
7.1 
Total Collected 
RH (%) 
88.9 
89.3 
RH (%) 
91.1 
87.2 
% of Input 
100% 
79.8% 
0
00
0.2% 
0
0 
0.0% 
0
00
0
0
0
00
0.0% 
0.4% 
0.0% 
0.0% 
6.8% 
0.0% 
0.0% 
0.5 
0
0
9
0
0 
0.1% 
0. 
0
1 
5.4 
0.5 
00
4.5% 
0.0% 
91.9% 
0 
120.8 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
19.7 
19.5 
Temperature (oC) 
20.7 
20.8 
B5 
5/20/02 Test Date: 
Total Input (g) 131.5 
Total Collected (g) 120.8 
Difference (g) -10.7 
-8% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.3 
0.40% % Evaporation 
Mass Flow Rate 
30 
4.38 
Test Duration (min) 
Flow Rate (g/min) 
Atm. P. (mbar) 
868 
Atm. P. (mbar) 
869 
SN-M&O-SCI-043-V1, pages 84-85 
May 2003
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 4, centerline, 16.5 *using the 33 degree drip tip. 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
517.1 652.2 
140.8 
9.3 
7.9 
141.1 
7.3 
7.3 
7.4 7.4 
7.8 7.4 
106.7 106.4 
182.0 106.9 
19.8 
17.4 
8.2 
7.4 
7.4 
7.3 
Total Collected 
RH (%) 
86.7 
83.3 
RH (%) 
91 
86.6 
% of Input 
100% 
Difference (g) 
135.1 
0.3 
2 
0.6 
0
0
0 
1.9% 
0
0
0
0
0 
0.0% 
0
0 
0.0% 
0
0
0 
0.4 
0
0
0
0 
0.3 
0
0 
75.1 
0.3% 
0.2% 
0.0% 
0.0% 
55.6% 
0.0% 
0.0% 
0.0% 
0
0
0
0 
12.4 
10 
0.9 
0
0 
17.2% 
0.0% 
75.3% 101.7 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
21.5 
21.5 
Temperature (oC) 
21.6 
21.8 
B6 
5/20/02 Test Date: 
Total Input (g) 135.1 
Total Collected (g) 101.7 
Difference (g) -33.4 
-25% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.3 
0.41% % Evaporation 
Mass Flow Rate 
30 
4.50 
Test Duration (min) 
Flow Rate (g/min) 
Atm. P. (mbar) 
869 
Atm. P. (mbar) 
869 
SN-M&O-SCI-043-V1, pages 80-81 
May 2003
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 5, Centerline, 33, 1 hour 
Initial (g) Final (g) 
533.8 
349.7 
25.0 
761.0 
350.3 
7.2 
46.6 
10.6 
12.5 
7.3 
7.1 
7.0 
106.1 
107.0 
209.6 
105.5 
107.0 
108.8 
8.6 7.3 
12.1 
7.3 
7.0 
6.8 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
82 
68.5 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 84.5 
Final Conditions RH (%) 
1-HUM/TMP-BDST 73.9 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
29.1% 
Difference (g) 
227.2 
0.6 
17.8 
39.3 
3.5 
5
0
.5 
00
0 
0.0% 0
0
0 0 
0
0
0 
0.0% 
0
0
0
0
0 
0.0% 
0.0% 
0.0% 
0.3% 
0.0% 
44.4% 
0.0% 
0
0 
0.6 
0 
100.8 
0 
0.6% 
1
0 .3 
5.1 
0.5 
00
2.5% 
0.0% 
76.8% 
0 
174.4 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
22.2 
21.7 
Temperature (oC) 
2
2
3.9 
4 
B7 
5/16/02 Test Date: 
Total Input (g) 227.2 
Total Collected (g) 174.4 
Difference (g) -52.8 
-23% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.6 
0.21% % Evaporation 
Mass Flow Rate 
60.55 
3.75 
Test Duration (min) 
Flow Rate (g/min) 
Atm. P. (mbar) 
865 
Atm. P. (mbar) 
861 
SN-M&O-SCI-043-V1, pages 70-71 
May 2003
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 5, Centerline, 33, 30 min 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
477.7 
142.6 
16.1 
621.7 
143.0 
7.1 
11.4 
10.2 
7.2 
7.2 
195.3 108.8 
8.0 7.3 
10.6 
7.6 
7.2 
7.4 
Total Collected 
RH (%) 
85.1 
83.5 
RH (%) 
88.5 
86.6 
% of Input 
63% 
Difference (g) 
144 
0
9
.4 
7.1% 
4.2 
3
0
0
00
0
0
0 0.0% 
0
0 
0.0% 
0
00
0
0
0
00
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
38.1% 
0.0% 
0.3% 
0
0
0
0 
86.5 
0 
0.7 
0 
3.4 
0.2 
0
0 1.6% 
0.0% 
47.1% 
0 
107 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
24.1 
24 
Temperature (oC) 
24.1 
23.8 
B8 
5/16/02 Test Date: 
Total Input (g) 144.0 
Total Collected (g) 107 
Difference (g) -37 
-26% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.4 
0.53% % Evaporation 
Mass Flow Rate 
30.00 
4.80 
Test Duration (min) 
Flow Rate (g/min) 
Atm. P. (mbar) 
854 
Atm. P. (mbar) 
871 
SN-M&O-SCI-043-V1, pages 72-73 
May 2003
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 5, Centerline, 16.5 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 89.3 
2-HUM/TMP-BDST 89.4 
Final Conditions 
1-HUM/TMP-BDST 90.4 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
551.3 
149.5 
9.9 
676.1 
149.6 
7.2 
7.8 7.1 
7.6 7.3 
7.7 7.2 
106.1 105.8 
199.1 108.6 
14.4 
10.0 
7.2 
7.0 
7.3 7.7 
Total Collected 
RH (%) Temperature (oC) 
18.8 
18.8 
RH (%) Temperature (oC) 
18.8 
18.7 89.8 
% of Input 
100% 
Difference 
124.8 
0.1 
2.7 
0.7 
0
00
2.7% 
0
0 
0.0% 
0
00
0.3 
0 
0.2% 
0
00
0.5 
0
0
00
0.4% 
0.0% 
0.0% 
0.2% 
0.0% 
72.5% 
0.0% 
0
0 
0.3 
0 
90.5 
0
000.0% 
7.2 
3
0
0 
8.2% 
0.3% 
84.6% 
0.4 
105.6 
P-IN-BDST 
P-IN-BDST 
B9 
5/22/02 Test Date: 
Total Input 124.8 
Total Collected 105.6 
Difference -19.2 
-15% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.1 
0.12% % Evaporation 
Mass Flow Rate 
30 
4.16 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
881 
Atm. P. (mbar) 
881 
SN-M&O-SCI-043-V1, pages 100-101 
May 2003
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 5, Centerline, Crown 
Final Initial 
535.5 
149.0 
8.4 
672.9 
149.3 
7.3 
11.0 7.3 
34.6 
27.0 
8.0 
7.4 
7.2 
7.5 
9.2 
7.7 
7.4 
7.3 
106.0 105.5 
124.2 
108.6 
108.7 
108.0 
43.0 
16.1 
10.0 
7.1 
7.4 
7.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
20.3 
20.2 
RH (%) Temperature (oC) 
20.1 
20.2 84.4 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 92.4 
2-HUM/TMP-BDST 89.4 
Final Conditions 
1-HUM/TMP-BDST 89.8 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
137.4 
0.3 
1.1 
3.7 
0
0 0
3.5% 
00 
0.0% 
0
0
0 
27.2 
19.8 
0.5 
35.9% 
0 
1.8 
0.4 
0
0
0
0 
0.3% 
0.0% 
0.0% 
0.4% 
0.0% 
11.3% 
0.4% 
0
0 
0.5 
0 
15.5 
0.6 
0.0% 
0
0 
35.9 
8.7 
2.6 
0 34.4% 
0.0% 
86.1% 
0 
118.3 
P-IN-BDST 
P-IN-BDST 
B10 
5/22/02 Test Date: 
Total Input 137.4 
Total Collected 118.3 
Difference -19.1 
-14% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.3 
0.36% % Evaporation 
Mass Flow Rate 
30 
4.58 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
877 
Atm. P. (mbar) 
882 
SN-M&O-SCI-043-V1, pages 96-97 
May 2003
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 5, 17.5 cm leftt of patch centerline, 16.5 
Final Initial 
474 
155.5 
51.9 
661.5 
155.6 
7.4 
55 
18.6 
7.5 
7.6 
13.5 7.5 
7.7 7.4 
7.7 7.4 
111.7 
108.7 
30.7 
13.3 
109.1 
108.4 
7.5 
7.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
21.3 
21.3 
RH (%) Temperature (oC) 
20.7 
20.8 88.2 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 90 
2-HUM/TMP-BDST 87.3 
Final Conditions 
1-HUM/TMP-BDST 91.3 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
5/21/02 
% of Input 
100% 
Test Date: 
Total Input 187.5 
Total Collected 141.6 
Difference -45.9 
-24% 
Difference 
187.5 
0.1 
44.5 
47.5 
11 Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.1 58.1% 
0.11% % Evaporation 
0
6
00 
0.0% 
0
00
Test Duration, min 
Flow Rate, g/min 
Mass Flow Rate
30.01667 
6.25 0.3 
0 
0.2% 
0
0
0 
0.3 
0
0
0
0
0
0
0
0 
0.2% 
0.0% 
0.0% 
0.0% 
0.0% 
1.4% 
0.2% 
15.5% 
2.6 
0.3 
23.2 
5.9 
0
0
0
0 0.0% 
0.0% 
75.5% 
0 
141.6 
Atm. P. (mbar) 
882 P-IN-BDST 
Atm. P. (mbar) 
895 P-IN-BDST 
SN-M&O-SCI-043-V1, pages 90-91 
May 2003 B11
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 5, 17.5 cm left of patch centerline, Crown 
Final Initial 
523.0 
147.8 
26.1 
667.8 
148.0 
7.5 
8.1 7.2 
25.4 
25.4 
20.7 
7.4 
7.4 
7.5 
10.5 7.4 
112.2 
110.7 
109.2 
108.4 
43.9 
18.6 
12.1 
7.4 
7.4 
7.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
RH (%) Temperature (oC) 
20.8 
20.7 
Total Collected 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 87.5 
2-HUM/TMP-BDST 86.8 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
RH (%) Temperature (oC) 
9 
0 9
1.9 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
144.8 
0.2 
18.6 
0.9 
0
0
0 
13.5% 
0
0 
0.0% 
0
0
0 
18 
18 
13.2 
36.1% 
0 
3.1 
0
0
0
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
2.1% 
1.6% 
0
0
0
0
3 
2.3 
0 0
0.0% 
36.5 
11.2 
4.7 
0 36.2% 
0.0% 
89.4% 
0 
129.5 
P-IN-BDST 
P-IN-BDST 20.8 
20.8 
B12 
5/22/02 Test Date: 
Total Input 144.8 
Total Collected 129.5 
Difference -15.3 
-11% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.2 
0.25% % Evaporation 
Mass Flow Rate 
30 
4.83 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
875 
Atm. P. (mbar) 
875 
SN-M&O-SCI-043-V1, pages 98-99 
May 2003
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 5, 17.5 cm left of patch centerline, 33 
Final Initial Difference 
Water Input 529.4 439.6 89.8 
Evap 122.2 121.7 0.5 
G1-1 14.1 65.4 51.3 
G1-2 0 
G1-3 0 
G1-4 
SS-1 0 0 
G2-1 
G2-2 
00
G2-3 0 
G2-4 
SS-2 0
0 
G3-1 
G3-2 
0
0 
G3-3 0 
G3-4 
SS-3 0
0 
G4-1 0 
G4-2 0 
G4-3 0 
G4-4 
SS-4 0
0 
B1 0 
B2 0 
B3 0 
B4 0 
B5 108.5 108.8 0.3 
B6 0 
DS in-1 
DS in-2 0 0 
DS out-1 7.1 19.8 12.7 
DS out-2 0 
DS out-3 
DS out-4 0
0 
Other (floor) 7.2 22.4 
Total Collected 
15.2 
79.5 
RH (%) Temperature (oC) 
23.3 
22.7 
RH (%) Temperature (oC) 
23.4 
22.9 82.9 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 79.6 
2-HUM/TMP-BDST 80.1 
Final Conditions 
1-HUM/TMP-BDST 84.6 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
5/17/02 
% of Input 
100% 
Test Date: 
Total Input 89.8 
Total Collected 79.5 
Difference -10.3 
-11% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.5 57.1% 
0.90% % Evaporation 
0.0% Test Duration, min 
Flow Rate, g/min 
Mass Flow Rate 
30.183333 
2.98 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
0.3% 
0.0% 
0.0% 
14.1% 
16.9% 
88.5% 
Atm. P. (mbar) 
871 P-IN-BDST 
Atm. P. (mbar) 
867 P-IN-BDST 
SN-M&O-SCI-043-V1, pages 78-79 
May 2003 B13
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 6, Centerline, 16.5 
Final Initial 
516.3 
156.3 
52.8 
664.0 
156.8 
7.4 
46.3 
45.9 
11.5 
7.4 
7.6 
7.4 
7.6 7.4 
107.3 
109.4 
108.6 
107.1 
109.2 
108.3 
16.1 
8.9 
7.4 
7.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
21.4 
21.5 
RH (%) Temperature (oC) 
21.4 
21.4 88.2 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 90.3 
2-HUM/TMP-BDST 87.6 
Final Conditions 
1-HUM/TMP-BDST 90.6 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
85.8% 
Difference 
147.7 
0.5 
45.4 
38.9 
38.3 
4
0
.1 
0
0 
0.0% 
0
0
0 
0
0 .2 
0.1% 
0
0
0
0
0
0
0
0
0
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
0.1% 
0.1% 
0.2% 
0.2 
0.2 
0.3 
0.0% 0
0 
8.7 
1.5 
00
6.9% 
0.0% 
93.3% 
0 
137.8 
P-IN-BDST 
P-IN-BDST 
B14 
5/21/02 Test Date 
Total Input 147.7 
Total Collected 137.8 
Difference -9.9 
-7% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.5 
0.55% % Evaporation 
Mass Flow Rate 
30 
4.92 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
884 
Atm. P. (mbar) 
892 
SN-M&O-SCI-043-V1, pages 92-93 
May 2003
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 6, Centerline, Between crown and 16.5 
Final Initial 
525.6 
141.4 
40.4 
667.8 
141.6 
7.3 
45.9 
8.2 
7.4 
7.3 
7.4 7.2 
8.0 7.4 
107.5 
109.7 
108.9 
107.1 
109.0 
108.4 
34.3 
12.4 
19.4 
10.6 
7.2 
7.4 
7.2 
7.3 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
20 
19.8 
RH (%) Temperature (oC) 
20.4 
20.2 89.2 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 90.9 
2-HUM/TMP-BDST 88.4 
Final Conditions 
1-HUM/TMP-BDST 91.2 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
142.2 
0.2 
33.1 
38.5 
0.9 
0 
0.2 51.1% 
0
0 
0.0% 
0
0
0 
0.6 
0 
0.4% 
0
0
0
0
0
0
0
0
0
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
0.3% 
0.5% 
0.4% 
0.4 
0.7 
0.5 
0.0% 0
0 
27.1 
5 
12.2 
3.3 33.5% 
0.0% 
86.1% 
0 
122.5 
P-IN-BDST 
P-IN-BDST 
B15 
5/23/02 Test Date 
Total Input 142.2 
Total Collected 122.5 
Difference -19.7 
-14% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.2 
0.27% % Evaporation 
Mass Flow Rate 
30 
4.74 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
880 
Atm. P. (mbar) 
888 
SN-M&O-SCI-043-V1, pages 104-105 
May 2003
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 6, 36.5 cm left of patch centerline, 16.5 
Final Initial 
519.5 
157.8 
57.6 
661.8 
157.9 
7.4 
48.8 
10.1 
7.4 
7.4 
8.6 7.3 
7.8 7.4 
108.9 
109.3 
108.7 
107.3 
109.3 
108.6 
18.2 
10.3 
7.4 
7.5 
7.4 
7.3 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
22 
21.6 
RH (%) Temperature (oC) 
22.7 
22.8 80.5 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 91.7 
2-HUM/TMP-BDST 90.8 
Final Conditions 
1-HUM/TMP-BDST 86.5 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
142.3 
0.1 
50.2 
41.4 
2.7 
0 
1.3 67.2% 
00 
0.0% 
0
00
0.4 
0 
0.3% 
0
00
0
0
0
00
0
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
1.1% 
0.0% 
0.1% 
1.6 
0 
0.1 
0
0 
0.0% 
10.7 
2.9 
0
0
.1 
9.6% 
0.0% 
78.3% 
0 
111.4 
P-IN-BDST 
P-IN-BDST 
B16 
5/21/02 Test Date 
Total Input 142.3 
Total Collected 111.4 
Difference -30.9 
-22% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.1 
0.11% % Evaporation 
Mass Flow Rate 
30 
4.74 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
884 
Atm. P. (mbar) 
886 
SN-M&O-SCI-043-V1, pages 94-95 
May 2003
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 6, 36.5 cm left of patch centerline, Crown 
Final Initial 
515.4 
146.9 
24.2 
654.5 
147.3 
7.4 
10.2 7.3 
37.8 
21.4 
17.1 
7.4 
7.3 
7.4 
8.4 7.5 
108.0 107.2 
111.3 108.4 
14.9 
8.4 
37.2 
7.5 
7.6 
7.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
21.6 
21.4 
RH (%) Temperature (oC) 
21.1 
21 90.8 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 89.4 
2-HUM/TMP-BDST 87.3 
Final Conditions 
1-HUM/TMP-BDST 92.6 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
5/22/02 
% of Input 
100% 
Test Date 
Total Input 139.1 
Total Collected 116.5 
Difference -22.6 
-16% 
Difference 
139.1 
0.4 
16.8 
2.9 
0
0
0 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.4 14.2% 
0.50% % Evaporation 00 
0.0% 
0
0
0 
Test Duration, min 
Flow Rate, g/min 
Mass Flow Rate 
30.016667 
4.63 30.4 
14.1 
9.7 
39.6% 
0 
0.9 
0
0
0
0
0
0
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
0.6% 
0.0% 
2.1% 
0.8 
0 
2.9 
0 0
0.0% 
7.4 
0.8 
29.8 
0 27.3% 
0.0% 
83.8% 
0 
116.5 
Atm. P. (mbar) 
872 P-IN-BDST 
Atm. P. (mbar) 
877 P-IN-BDST 
SN-M&O-SCI-043-V1, pages 102-103 
May 2003 B17
Single Patch q(splash) Test Summary and Mass Balance-Smooth DS Surface 
Test: Patch 6, 36.5 cm left of cntrln, between Crown and 16.5 
Final Initial 
531.1 
122.5 
53.9 
660.4 
122.7 
7.3 
23.2 
18.0 
7.5 
7.3 
7.3 
7.0 
7.9 7.3 
113.6 107.0 
108.8 108.3 
26.1 
20.3 
10.2 
7.4 
7.2 
7.2 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
19.1 
18.8 
RH (%) Temperature (oC) 
19.6 
19.5 89.2 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 86.2 
2-HUM/TMP-BDST 88.7 
Final Conditions 
1-HUM/TMP-BDST 91.6 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
57.0% 
Difference 
129.3 
0.2 
46.6 
15.9 
10.7 
0.5 
0
0
0 
0.0% 
0
00
0.6 
0 
0.5% 
0
00
0
0
0
00
0
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
5.1% 
0.0% 
0.4% 
6.6 
0 
0.5 
00
0.0% 
18.7 
13.1 
0
3 
26.9% 
0.0% 
89.9% 
0 
116.2 
P-IN-BDST 
P-IN-BDST 
B18 
5/23/02 Test Date 
Total Input 129.3 
Total Collected 116.2 
Difference -13.1 
-10% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.2 
0.36% % Evaporation 
Mass Flow Rate 
30 
4.31 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
881 
Atm. P. (mbar) 
878 
SN-M&O-SCI-043-V1, pages 106-107 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Smooth DS Surface 
Test: Patch 2, 15 cm right of center, Crown 
Final Initial 
-137.7 
95.3 
28.0 
-23.6 
96.6 
7.4 
10.8 7.6 
14.4 
11.7 
7.3 
7.3 
8.2 7.2 
112.9 106.8 
109.5 109.6 
8.3 
14.5 
37.6 
7.3 
7.4 
7.3 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
25.7 
25.7 
RH (%) Temperature (oC) 
25.8 
26.3 85.9 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 87.8 
2-HUM/TMP-BDST 84.5 
Final Conditions 
1-HUM/TMP-BDST 90.1 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Difference % of Input 
100% 114.1 
1.3 
20.6 
3.2 
0
0
0 20.9% 
00 
0.0% 
0
00
7.1 
4.4 
0
01
11.0% 
0
0
0
0
0
0 
6.1 
0
0 
0.0% 
0.0% 
5.3% 
0.0% 
0.0% 
-0.1% 
0.0% 
-0.1 
0
00
0.0% 
1 
7.1 
30.3 
0 33.7% 
0.0% 
70.7% 
0 
80.7 
P-IN-BDST 
P-IN-BDST 
B19 
5/29/02 Test Date 
Total Input 114.1 
Total Collected 80.7 
Difference -33.4 
-29% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
1.3 
4.35% % Evaporation 
Mass Flow Rate 
34.4 
3.32 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
857 
Atm. P. (mbar) 
870 
SN-M&O-SCI-043-V1, pages 112-113 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Smooth DS Surface 
Test: Patch 2, Centerline, 10.5 cm forward from crown 
Final Initial 
468.9 
89.3 
13.7 
538.1 
90.3 
7.4 
7.9 7.4 
7.9 7.3 
8.9 7.3 
117.2 106.5 
107.6 
109.5 
107.5 
109.5 
11.8 
28.0 
11.1 
7.4 
7.3 
7.5 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other G1-5 
Total Collected 
RH (%) Temperature (oC) 
24.6 
24.7 
RH (%) Temperature (oC) 
25.3 
25.5 87.1 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 88 
2-HUM/TMP-BDST 84.9 
Final Conditions 
1-HUM/TMP-BDST 89.7 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
5/31/02 
% of Input 
100% 
Test Date 
Total Input 69.2 
Total Collected 48.5 
Difference -20.7 
-30% 
Difference 
69.2 
1 
6.3 
0.5 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 9.8% 
66.7
1 
0
0
0 
4.24% % Evaporation 0
0 
0.0% 
0
00
Test Duration, min 
Flow Rate, g/min 
Mass Flow Rate 
30.016667 
2.31 0.6 
0
0
0 
1.6 3.2% 
0
0
0
0
0
0 
10.7 
0 
0.1 
0.0% 
0.0% 
15.5% 
0.0% 
0.1% 
0.0% 
0.0% 
0.0% 
0
0
0
0 
4.4 
20.7 
3
0
.6 
41.5% 
0.0% 
70.1% 
0 
48.5 
Atm. P. (mbar) 
865 P-IN-BDST 
Atm. P. (mbar) 
862 P-IN-BDST 
SN-M&O-SCI-043-V1, pages 114-115 
May 2003 B20
Single Patch q(film) Test Summary and Mass Balance - Smooth DS Surface 
Test: Patch 2, 15 cm right of center, 16.5 
Difference 
177.2 
0.1 
46.7 
43.4 
29.3 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 90.2 
2-HUM/TMP-BDST 89.6 
Final Conditions 
1-HUM/TMP-BDST 93 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
-141.1 
96.2 
54.3 
36.1 
96.3 
7.6 
50.9 
36.7 
7.5 
7.4 
8.6 7.5 
7.6 7.6 
112.0 107.1 
107.5 
109.7 
107.2 
109.4 
7.9 
9.1 
17.4 
15.3 
7.5 
7.5 
7.6 
7.5 
7.5 8.8 
Total Collected 
RH (%) Temperature (oC) 
23 
27.7 
RH (%) Temperature (oC) 
24.3 
24.1 92.9 
0 
1.1 
00
0
00
0
0
0
0
0
0
0
0
00
0 
4.9 
0 
0.3 
0.3 
0
00
0.4 
1.6 
9.8 
7.8 
1.3 
146.9 
5/21/02 
% of Input 
100% 
Test Date 
Total Input 177.2 
Total Collected 146.9 
Difference -30.3 
-17% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.1 68.0% 
0.34% % Evaporation 
0.0% Test Duration, min 
Flow Rate, g/min 
Mass Flow Rate 
60.06667 
2.95 
0.0% 
0.0% 
0.0% 
2.8% 
0.0% 
0.2% 
0.2% 
0.0% 
0.0% 
11.1% 
0.7% 
82.9% 
Atm. P. (mbar) 
863 P-IN-BDST 
Atm. P. (mbar) 
869 P-IN-BDST 
SN-M&O-SCI-043-V1, pages 128-129 
May 2003 B21
Single Patch q(film) Test Summary and Mass Balance - Smooth DS Surface 
Test: Patch 2, centerline, 16.5 
Final Initial 
-213.7 
95.6 
8.5 
28.7 
96.0 
7.5 
11.5 
11.9 
7.5 
7.6 
7.6 7.6 
107.5 107.1 
259.1 
109.7 
107.4 
109.6 
8.8 
19.5 
18.0 
11.4 
7.5 
7.5 
7.6 
7.5 
7.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other floor 8.7 
Total Collected 
RH (%) Temperature (oC) 
24.6 
24.3 
RH (%) Temperature (oC) 
25.3 
25 89.1 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 92.1 
2-HUM/TMP-BDST 92.2 
Final Conditions 
1-HUM/TMP-BDST 92.3 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
242.4 
0
1
.4 
3.8% 
4 
4.3 
0 0 
00
0 
0.0% 0
0
0 0 
0
0
0 
0.0% 
0
0
0
0
0
0 
0.4 
0 
0.0% 
0.0% 
0.2% 
0.0% 
62.6% 
0.0% 
0.0% 
151.7 
0.1 
0
0
0 
0.0% 
11.4% 
0.5% 
78.5% 
1.3 
12 
10.4 
3.9 
1.3 
190.4 
P-IN-BDST 
P-IN-BDST 
B22 
5/31/02 Test Date 
Total Input 242.4 
Total Collected 190.4 
Difference -52 
-21% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.4 
1.37% % Evaporation 
Mass Flow Rate 
66.15 
3.66 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
865 
Atm. P. (mbar) 
865 
SN-M&O-SCI-043-V1, pages 126-127 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Smooth DS Surface 
Initial 
51.9 
92.4 
7.6 
6.7 
7.4 
7.4 
Test: Patch 2, 15 cm right of center, 33 
Difference 
136.7 
1.3 
53.6 
30.3 
2.3 
1
0 .1 
7.3 
114.7 
109.4 
7.4 
7.4 
7.4 
7.2 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other (floor) 9.7 
Total Collected 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 88.3 
2-HUM/TMP-BDST 91.3 
Final Conditions 
1-HUM/TMP-BDST 89.8 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final 
-84.8 
91.1 
61.2 
37.0 
9.7 
8.5 
00
0
00
7.9 0.
0
6 
0
00
0
0
0
00 
137.2 
0 
22.5 
0
0 
109.5 
7.9 
0.1 
0 
0.
0
5 
10.5 
7.7 
3.1 
0.3 
00
2.5 
116.9 
RH (%) Temperature (oC) 
26.1 
25.5 
RH (%) Temperature (oC) 
26.2 
25.7 93.3 
% of Input 
100% 
63.9% 
0.0% 
0.4% 
0.0% 
0.0% 
16.5% 
0.0% 
0.0% 
0.1% 
0.0% 
0.4% 
2.5% 
1.8% 
85.5% 
P-IN-BDST 
P-IN-BDST 
B23 
5/31/02 Test Date 
Total Input 136.7 
Total Collected 116.9 
Difference -19.8 
-14% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
1.3 
5.06% % Evaporation 
Mass Flow Rate 
30.05 
4.55 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
865 
Atm. P. (mbar) 
865 
SN-M&O-SCI-043-V1, pages 133-134 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Smooth DS Surface 
Test: Patch 2, Centerline, 33 
Final Initial 
-106.6 
92.6 
11.6 
97.3 
92.1 
7.5 
8.0 
8.1 
7.6 
7.6 
278.2 114.4 
7.8 
7.7 
9.8 
7.5 
7.7 
7.5 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
25.3 
25.1 
RH (%) Temperature (oC) 
25.9 
25.3 92.2 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 84.4 
2-HUM/TMP-BDST 83 
Final Conditions 
1-HUM/TMP-BDST 88.8 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
5/31/02 
% of Input 
100% 
Test Date 
Total Input 203.9 
Total Collected 171.4 
Difference -32.5 
-16% 
Difference 
203.9 
-0.5 
4.1 
0.4 
0.5 
00 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
-0.5 2.5% 
-1.97% % Evaporation 00 
0.0% 
0
0
0 Test Duration, min 
Flow Rate, g/min 
Mass Flow Rate 
42.016667 
4.85 0
0 
0.0% 
0
0
0
0
0
0
0
0 
0.0% 
0.0% 
80.3% 
0.0% 
0.0% 
0.0% 
0.0% 
0 
163.8 
0
0
0
0
0
0 0.0% 
0.3 
0 
2
0 .
3 
1.3% 
0.0% 
84.1% 
0 
171.4 
Atm. P. (mbar) 
866 P-IN-BDST 
Atm. P. (mbar) 
863 P-IN-BDST 
SN-M&O-SCI-043-V1, pages 135-136 
May 2003 B24
Single Patch q(film) Test Summary and Mass Balance - Smooth DS Surface 
Test: Patch 4, 8cm right of centerline, 33 
Initial (g) Final (g) Difference (g) 
53.7 -83.7 137.4 
106.4 0.3 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
106.7 
7.4 
7.2 
7.4 
13.0 
8.6 
7.7 
5.6 
1.4 
0.3 
0
0
00
0
0
0
0
0
0
0
0 
107.0 106.7 
222.2 114.8 
0
0
0
0
0
0 
0.3 
0 
107.4 
0 
7.9 7.4 
0 
0
0 .
5 
10.3 
7.7 
7.3 
7.3 
3 
0.4 
0
0
0 
Total Collected 118.9 
RH (%) 
85 
88.4 
RH (%) 
90.4 
93.1 
Temperature (oC) 
23.1 
22.7 
Temperature (oC) 
23.7 
23.3 
B25 
% of Input 
100% 
5.3% 
0.0% 
0.0% 
0.0% 
0.0% 
0.2% 
0.0% 
78.2% 
0.0% 
0.0% 
0.4% 
2.5% 
0.0% 
86.5% 
P-IN-BDST 
P-IN-BDST 
6/1/02 Test Date: 
Total Input (g) 137.4 
Total Collected (g) 118.9 
Difference (g) -18.5 
-13% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.3 
0.77% % Evaporation 
Mass Flow Rate 
30.53 
4.50 
Test Duration (min) 
Flow Rate (g/min) 
Atm. P. (mbar) 
869 
Atm. P. (mbar) 
871 
SN-M&O-SCI-043-V1, pages 137-138 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Smooth DS Surface 
Test: Patch 4, 8cm right of centerline, Crown 
Initial (g) Final (g) 
-228.5 -50.3 
98.0 
16.4 
98.6 
7.6 
8.6 
23.2 
8.8 
17.1 
7.6 
7.6 
7.6 
7.5 
109.0 107.0 
129.6 107.6 
8.7 
19.6 
34.4 
40.3 
7.6 
7.5 
7.5 
7.7 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
91.3 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 90.4 
2-HUM/TMP-BDST 83.8 
Final Conditions RH (%) 
1-HUM/TMP-BDST 93.9 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input Difference (g) 
100% 178.2 
0.6 
8.8 
4.9% 
0
0
0
0
00
0
00
0.0% 
15.4% 
1 
15.6 
1.2 
9
0 .6 
0
0
0
00
0.0% 
0.0% 
1.1% 
0.0% 
12.3% 
0.0% 
0.0% 
0.0% 
0
2
0 
22 
0
0
0
0 
1.1 
12.1 
26.9 
32.6 40.8% 
0.0% 
74.6% 
0 
132.9 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
25.6 
25.7 
Temperature (oC) 
26.5 
26.2 
B26 
5/30/02 Test Date: 
Total Input (g) 178.2 
Total Collected (g) 132.9 
Difference (g) -45.3 
-25% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.6 
1.94% % Evaporation 
Mass Flow Rate 
60.38 
2.95 
Test Duration (min) 
Flow Rate (g/min) 
Atm. P. (mbar) 
854 
Atm. P. (mbar) 
865 
SN-M&O-SCI-043-V1, pages 122-123 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Smooth DS Surface 
Test: Patch 4, 8 cm right of centerline, 16.5 
Difference (g) 
172.3 
0.3 
1.9 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
-173.2 -0.9 
96.4 
9.5 
96.7 
7.6 
8.7 7.5 
7.6 7.6 
107.9 106.9 
199.6 107.1 
22.3 
14.4 
9.3 
7.5 
7.6 
7.4 
Total Collected 
RH (%) 
86.1 
87.5 
RH (%) 
91.3 
92.1 
% of Input 
100% 
0
0
0 
1.8% 1.2 
00
0
00
0.0% 
0
0 
0.0% 
0
00
0
0
0
00
0
1
0 
92.5 
0.0% 
0.0% 
0.6% 
0.0% 
53.7% 
0.0% 
0.0% 
0.0% 
0
0
00
14.8 
6.8 
1.9 
0 13.6% 
0.0% 
69.7% 
0 
120.1 
P-IN-BDST 
Temperature (oC) 
21.3 
21 
P-IN-BDST 
Temperature (oC) 
22.6 
22.2 
B27 
5/31/02 Test Date: 
Total Input (g) 172.3 
Total Collected (g) 120.1 
Difference (g) -52.2 
-30% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.3 
1.03% % Evaporation 
Mass Flow Rate 
61.47 
2.80 
Test Duration (min) 
Flow Rate (g/min) 
Atm. P. (mbar) 
873 
Atm. P. (mbar) 
871 
SN-M&O-SCI-043-V1, pages 124-125 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Smooth DS Surface 
Test: Patch 5, Centerline, Crown 
Initial (g) Final (g) 
-176.4 
76.5 
8.2 
-12.6 
77.0 
7.5 
13.5 
25.7 
31.3 
7.4 
7.4 
7.5 
11.6 7.3 
109.0 106.5 
130.5 109.4 
27.1 
41.4 
17.1 
8.9 
7.4 
7.4 
7.8 
7.7 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) 
92.2 
90 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 88.4 
2-HUM/TMP-BDST 87.8 
Final Conditions RH (%) 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference (g) 
163.8 
0.5 
0.7 
0.4% 
0
0
0
0
0
0 
0.0% 
0
0
0 
6.1 
18.3 
23.8 
32.1% 
0 
4.3 
0
0
0
00
0 
2.5 
0
0 
0.0% 
0.0% 
1.5% 
0.0% 
0.0% 
12.9% 
0.0% 
21.1 
0
0
0 
0.0% 
19.7 
34 
9.3 
1.2 39.2% 
0.0% 
86.1% 
0 
141 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
22.4 
22.5 
Temperature (oC) 
24 
23.9 
B28 
5/30/02 Test Date: 
Total Input (g) 163.8 
Total Collected (g) 141 
Difference (g) -22.8 
-14% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.5 
5.38% % Evaporation 
Mass Flow Rate 
64.07 
2.56 
Test Duration (min) 
Flow Rate (g/min) 
Atm. P. (mbar) 
866 
Atm. P. (mbar) 
868 
SN-M&O-SCI-043-V1, pages 116-117 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Smooth DS Surface 
Test: Patch 5, 4 cm left of centerline, Crown 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
-344.2 
87.0 
15.0 
-210.4 
87.7 
7.6 
15.5 
8.1 
9.3 
7.4 
7.4 
7.4 
35.9 7.4 
107.1 106.7 
118.2 109.1 
38.8 
33.7 
17.5 
8.6 
7.4 
7.4 
7.4 
7.5 
Total Collected 
RH (%) 
91.8 
89 
RH (%) 
91.7 
85.6 
% of Input 
100% 
Difference (g) 
133.8 
0.7 
7.4 
5.5% 
0
0
0
0
00
0
00
0.0% 
8.1 
0.7 
1.9 
29.3% 
0 
28.5 
0
0
0
00
0 
0.4 
0
0 
0.0% 
0.0% 
0.3% 
0.0% 
0.0% 
6.8% 
0.0% 
9.1 
0
00
0.0% 
31.4 
26.3 
10.1 
1.1 51.5% 
0.0% 
93.4% 
0 
125 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
24.5 
24.5 
Temperature (oC) 
25.6 
25.6 
B29 
5/16/02 Test Date: 
Total Input (g) 133.8 
Total Collected (g) 125 
Difference (g) -8.8 
-7% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.7 
3.50% % Evaporation 
Mass Flow Rate 
51.28 
2.61 
Test Duration (min) 
Flow Rate (g/min) 
Atm. P. (mbar) 
863 
Atm. P. (mbar) 
850 
SN-M&O-SCI-043-V1, pages 118-119 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Smooth DS Surface 
Test: Patch 5, 4 cm left of centerline, 16.5 
Final Initial 
-210.3 
93.6 
7.8 
-37.2 
94.3 
7.6 
11.3 7.5 
7.7 7.6 
7.7 7.7 
107.1 107.0 
107.5 
301.9 
107.4 
117.4 
20.0 
13.0 
8.6 
7.6 
7.6 
7.5 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
25.7 
25.3 
RH (%) Temperature (oC) 
25.9 
25.3 92.1 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 87.2 
2-HUM/TMP-BDST 87 
Final Conditions 
1-HUM/TMP-BDST 90.9 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Difference % of Input 
173.1 100% 
2.3% 
0.7 
0.2 
0
0
0 
3.8 
00
0
00
0.0% 
0
0 
0.1% 
0
0 
0.1 
0
0
0
0
0
0 
0.1 
0 
0.1 
0.0% 
0.0% 
0.1% 
0.0% 
0.1% 
106.6% 
0.0% 
184.5 
0
0
0 0.0% 
12.4 
5.4 
1.1 
0 10.9% 
0.0% 
120.0% 
0 
207.7 
P-IN-BDST 
P-IN-BDST 
B30 
5/31/02 Test Date: 
Total Input (g) 173.1 
Total Collected (g) 207.7 
Difference (g) 34.6 
20% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.7 
2.54% % Evaporation 
Mass Flow Rate 
60.05 
2.88 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
870 
Atm. P. (mbar) 
859 
SN-M&O-SCI-043-V1, pages 131-132 
May 2003
Multiple Patch Test Summary and Mass Balance-Smooth DS Surface 
Test: 81 cm left of DS center, Crown 
Final Initial 
529.3 
111.9 
14.1 
755.5 
112.7 
7.4 
43.7 7.4 
7.5 
17.1 
22.2 
7.4 
7.3 
7.3 
110.0 107.3 
110.6 107.1 
109.9 109.7 
40.5 
15.7 
26.9 
36.2 
7.3 
7.3 
7.3 
7.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 82.3 
2-HUM/TMP-BDST 81.3 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
RH (%) Temperature (oC) 
22.7 
23 
RH (%) Temperature (oC) 
2
25 
5.1 85.7 
86 
TDR-EBS-MD-000025-00 
% of Input Difference 
100% 226.2 
0.8 
6.7 
36.3 
0.0 
0.0 
0.0 19.0% 
0.0 
0.0 
0.0 
0.0 
0.1 0.0% 
9.8 
14.9 
0.0 
0.0 
0.0 10.9% 
0.0 
0.0 
0.0 
0.0 
0.0 0.0% 
1.2% 
0.0% 
0.0% 
1.5% 
0.0% 
0.1% 
2.7 
0.0 
0.0 
3.5 
0.0 
0.2 
0.0 
0.0 0.0% 
33.2 
8.4 
19.6 
28.8 39.8% 
0.0% 
72.6% 
0.0 
164.2 
P-IN-BDST 
P-IN-BDST 
B31 
6/13/02 Test Date 
Total Input 226.2 
Total Collected 164.2 
Difference -62.0 
-27.4% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.8 
1.74% % Evaporation 
Mass Flow Rate 
62.8 
3.60 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
866 
Atm. P. (mbar) 
856 
SN-M&O-SCI-043-V2, pages 17-18 
May 2003
Multiple Patch Test Summary and Mass Balance-Smooth DS Surface 
Test: 27 cm left of DS center, Crown 
Final Initial 
433.2 
113.6 
27.9 
710.1 
114.9 
7.5 
9.6 7.5 
46.8 
23.5 
21.9 
7.4 
7.4 
7.4 
108.3 106.5 
110.4 
109.1 
117.0 
107.7 
109.0 
109.5 
30.4 
43.8 
39.8 
12.0 
7.4 
7.4 
7.5 
7.5 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
21.4 
21.2 
RH (%) Temperature (oC) 
23.2 
23.3 85.1 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 81.8 
2-HUM/TMP-BDST 84.4 
Final Conditions 
1-HUM/TMP-BDST 87.8 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input Difference 
100% 276.9 
1.3 
20.4 
2.1 
0.0 
0.0 
0.0 8.1% 
0.0 
0.0 
0.0 
0.0 
0.0 0.0% 
39.4 
16.1 
14.5 
0.0 
0.0 25.3% 
0.0 
0.0 
0.0 
0.0 
0.0 0.0% 
0.0% 
0.7% 
0.0% 
1.0% 
0.0% 
2.7% 
0.0 
1.8 
0.0 
2.7 
0.1 
7.5 
0.0 
0.0 0.0% 
23.0 
36.4 
32.3 
4.5 34.7% 
0.0% 
72.5% 
0.0 
200.8 
P-IN-BDST 
P-IN-BDST 
B32 
6/13/02 Test Date 
Total Input 276.9 
Total Collected 200.8 
Difference -76.1 
-27.5% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
1.3 
2.70% % Evaporation 
Mass Flow Rate 
60.117 
4.61 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
870 
Atm. P. (mbar) 
868 
SN-M&O-SCI-043-V2, pages 15-16 
May 2003
Multiple Patch Test Summary and Mass Balance-Smooth DS Surface 
Test: 27 cm right of DS center, Crown 
Difference 
273.1 
1.7 
15.3 
10.5 
0.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 (SS) 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 81.6 
2-HUM/TMP-BDST 81.3 
Final Conditions 
1-HUM/TMP-BDST 87.5 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
-187.3 
85.4 
22.7 
85.8 
87.1 
7.4 
17.9 
7.9 
7.4 
7.5 
17.1 
41 
7.4 
7.3 
8.6 
15.5 
7 
7.4 
110.8 106.7 
109.2 
109.3 
114.4 
107.1 
109 
109.6 
34.5 
15.1 
7.9 
34.2 
7.4 
7.5 
7.5 
7.6
Total Collected 
RH (%) Temperature (oC) 
25.4 
25.4 
RH (%) Temperature (oC) 
25.3 
25.4 86.6 
% of Input 
100% 
9.6% 
0
0
00 
0.0% 
0
00
9.7 
33.7 
0 
1.6 
8.1 19.4% 
0
0
0
0
0
0 
4.1 
0 
0.0% 
0.0% 
1.5% 
0.0% 
0.8% 
0.1% 
1.8% 
2.1 
0.3 
4.8 
0.0% 
0
0 
27.1 
7.6 
0.4 
26.6 22.6% 
0.0% 
55.8% 
0 
152.3 
P-IN-BDST 
P-IN-BDST 
B33 
6/12/02 Test Date 
Total Input 273.1 
Total Collected 152.3 
Difference -120.8 
-44.2% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
1.7 
8.33% % Evaporation 
Mass Flow Rate 
65.68 
4.16 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
861 
Atm. P. (mbar) 
865 
SN-M&O-SCI-043-V2, pages 11-12 
May 2003
Multiple Patch Test Summary and Mass Balance-Smooth DS Surface 
Test: 81 cm right of DS center, Crown 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 (SS) 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
-276.6 
88.1 
12.5 
-0.5 
89.4 
7.3 
33.5 
23.8 
7.3 
7.4 
25.3 
27.5 
8.5 
8.2 
18.9 
7.5 
7.3 
7.5 
7.5 
7.7 
106.8 106.5 
107.1 
113.5 
115.6 
107.0 
109.1 
109.6 
9.9 
23.4 
38.2 
41.9 
8.5 
7.4 
7.3 
7.6 
Total Collected 
RH (%) 
82.6 
81.9 
RH (%) 
82.1 
80.5 
% of Input Difference 
100% 276.1 
1.3 
5.2 
26.2 
16.4 
0.0 
0.0 17.3% 
0.0 
0.0 
0.0 
0.0 
0.0 0.0% 
17.8 
20.2 
1.0 
0.7 
11.2 18.4% 
0.0 
0.0 
0.0 
0.0 
0.0 0.0% 
0.0% 
0.1% 
0.0% 
0.0% 
1.6% 
2.2% 
0.0 
0.3 
0.0 
0.1 
4.4 
6.0 
0.0 
0.0 0.0% 
1.4 
16.0 
30.9 
34.3 29.9% 
0.0% 
69.6% 
0.0 
192.1 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
22.4 
22.3 
Temperature (oC) 
24.7 
24.8 
B34 
6/12/02 Test Date 
Total Input 276.1 
Total Collected 192.1 
Difference -84 
-30.4% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
1.3 
5.73% % Evaporation 
Mass Flow Rate 
72.38 
3.81 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
858 
Atm. P. (mbar) 
857 
SN-M&O-SCI-043-V2, pages 9-10 
May 2003
Multiple Patch Test Summary and Mass Balance-Smooth DS Surface 
Test: 81 cm left of DS center, 16.5 
Final Initial 
589.8 
107.2 
52.3 
838.9 
109.3 
7.6 
44.5 
62.1 
55.6 
8.6 
7.5 
7.6 
7.5 
7.6 
7.6 7.6 
7.5 7.5 
107.7 107.6 
107.3 107.3 
109.9 109.9 
7.6 
9.6 
10.8 
7.5 
7.5 
7.6 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
G1-5 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other G1-5 
Total Collected 
RH (%) Temperature (oC) 
25.4 
25.8 
RH (%) Temperature (oC) 
26.2 
26.3 80.1 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 85 
2-HUM/TMP-BDST 81.7 
Final Conditions 
1-HUM/TMP-BDST 80.2 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input Difference 
100% 249.1 
2.1 
44.7 
37.0 
54.5 
48.1 
1.0 74.4% 
0.0 
0.0 
0.0 
0.0 
0.0 0.0% 
0.0 
0.0 
0.0 
0.0 
0.0 0.0% 
0.0 
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 
0.0 
0.0 0.0% 
0.1 
2.1 
3.2 
0.0 2.2% 
0.0% 
76.6% 
0.0 
190.8 
P-IN-BDST 
P-IN-BDST 
B35 
6/13/02 Test Date 
Total Input 249.1 
Total Collected 190.8 
Difference -58.3 
-23% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
2.1 
4.93% % Evaporation 
Mass Flow Rate 
66.02 
3.77 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
856 
Atm. P. (mbar) 
863 
SN-M&O-SCI-043-V2, pages 19-20 
May 2003
Multiple Patch Test Summary and Mass Balance-Smooth DS Surface 
Test: 27 cm left of DS center, 16.5 
Final Initial 
589.0 
106.2 
30.9 
824.7 
106.6 
7.6 
42.9 
53.9 
52.9 
7.5 
7.5 
7.4 
7.6 7.5 
108.2 106.8 
107.8 107.4 
110.5 110.0 
11.7 
23.2 
22.4 
7.5 
7.5 
7.5 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) 
91. 
92
7 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 83.7 
2-HUM/TMP-BDST 85.4 
Final Conditions RH (%) 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
63.9% 
0.0% 
0.0% 
0.0% 
0.0% 
0.6% 
0.0% 
0.2% 
0.0% 
0.2% 
0.0% 
14.8% 
0.0% 
79.7% 
Difference 
235.7 
0.4 
23.3 
35.4 
46.4 
45.5 
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 
0.0 
1.4 
0.0 
0.4 
0.0 
0.5 
0.0 
0.0 
4.2 
15.7 
14.9 
0.0 
0.0 
187.8 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
26.8 
26.8 
Temperature (oC) 
28 
27.8 
B36 
6/13/02 Test Date 
Total Input 235.7 
Total Collected 187.8 
Difference -47.9 
-20% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.4 
1.00% % Evaporation 
Mass Flow Rate 
63.88 
3.69 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
862 
Atm. P. (mbar) 
871 
SN-M&O-SCI-043-V2, pages 21-22 
May 2003
Multiple Patch Test Summary and Mass Balance-Smooth DS Surface 
Test: 27 cm right of DS center, 16.5 
Final Initial 
543.2 
89.2 
233.2 
790.3 
89.6 
65.1 
41.9 41.6 
108.5 107.0 
107.7 
110.8 
110.5 
107.5 
109.4 
110.2 
100.6 
8.1 
57.1 
7.8 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
93.9 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 85.2 
2-HUM/TMP-BDST 87.8 
Final Conditions RH (%) 
1-HUM/TMP-BDST 95.7 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
68.0% 
0.0% 
0.1% 
0.0% 
0.0% 
0.6% 
0.0% 
0.1% 
0.6% 
0.1% 
0.0% 
17.7% 
0.0% 
87.3% 
Difference 
247.1 
0.4 
168.1 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.3 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
1.5 
0.0 
0.2 
1.4 
0.3 
0.0 
0.0 
43.5 
0.3 
0.0 
0.0 
0.0 
215.6 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
23 
23.1 
Temperature (oC) 
25 
25 
B37 
6/14/02 Test Date 
Total Input 247.1 
Total Collected 215.6 
Difference -31.5 
-13% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.4 
1.75% % Evaporation 
Mass Flow Rate 
67.63 
3.65 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
882 
Atm. P. (mbar) 
873 
SN-M&O-SCI-043-V2, pages 25-26 
May 2003
Multiple Patch Test Summary and Mass Balance-Smooth DS Surface 
Test: 81 cm right of DS center, 16.5 
Final Initial 
590.6 
151.4 
57 
811.4 
152.3 
7.4 
61.7 
43.8 
38.7 
11 
7.4 
7.8 
7.3 
7.5 
8.2 7.6 
107.9 105.8 
110.4 108.5 
22.7 
15.1 
9.1 
7.3 
7.6 
7.6 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 (G1-5) 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
25.9 
25.5 
RH (%) Temperature (oC) 
25.8 
25.5 92.3 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 89.9 
2-HUM/TMP-BDST 90.8 
Final Conditions 
1-HUM/TMP-BDST 91.5 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
79.2% 
Difference 
220.8 
0.9 
49.6 
54.3 
36 
31.4 
3.5 
00 
0.0% 
0
00
0
0 
0.0% 
0
00
0.6 
0
0
00
0.3% 
0.0% 
0.0% 
1.0% 
0.0% 
0.9% 
0.0% 
0
0 
2.1 
0 
1.9 
0
00
0.0% 
15.4 
7.5 
1.5 
0 11.1% 
0.0% 
92.3% 
0 
203.8 
P-IN-BDST 
P-IN-BDST 
B38 
6/3/02 Test Date 
Total Input 220.8 
Total Collected 203.8 
Difference -17 
-8% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.9 
1.05% % Evaporation 
Mass Flow Rate 
60 
3.68 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
865 
Atm. P. (mbar) 
875 
SN-M&O-SCI-043-V1, pages 150-151 
May 2003
Multiple Patch Test Summary and Mass Balance-Smooth DS Surface 
Test: 81 cm right of DS center, 33 
Final Initial 
569.4 
152.7 
57.1 
693.1 
153.2 
7.4 
52.2 
9.2 
18.9 
7.4 
7.4 
7.4 
7.6 7.6 
106.3 105.7 
109.4 108.9 
9.4 
7.9 
7.4 
7.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
25.6 
25.6 
RH (%) Temperature (oC) 
25.8 
25.8 90.6 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 86.3 
2-HUM/TMP-BDST 86.5 
Final Conditions 
1-HUM/TMP-BDST 90.7 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
1.000 
0.871 
0.000 
0.000 
0.000 
0.000 
0.000 
0.005 
0.000 
0.004 
0.000 
0.000 
0.020 
0.000 
0.901 
Difference 
123.7 
0.5 
49.7 
44.8 
1.8 
11.5 
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 
0.0 
0.0 
0.6 
0.0 
0.5 
0.0 
0.0 
0.0 
2.0 
0.5 
0.0 
0.0 
0.0 
111.4 
P-IN-BDST 
P-IN-BDST 
B39 
6/3/02 Test Date 
Total Input 123.7 
Total Collected 111.4 
Difference -12.3 
-10% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.5 
0.58% % Evaporation 
Mass Flow Rate 
30 
4.12 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
861 
Atm. P. (mbar) 
864 
SN-M&O-SCI-043-V1, pages 148-149 
May 2003
Multiple Patch Test Summary and Mass Balance-Smooth DS Surface 
Test: 27 cm right of DS center, 33 
Final Initial 
582.3 
153.6 
58.4 
722.6 
154.4 
7.4 
61.0 
20.6 
10.1 
7.2 
7.2 
7.2 
106.8 106.7 
109.3 109.2 
9.2 
8.0 
7.5 
7.3 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
24.6 
24.8 
RH (%) Temperature (oC) 
25.7 
25.2 85.6 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 90.2 
2-HUM/TMP-BDST 86.1 
Final Conditions 
1-HUM/TMP-BDST 88.9 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
86.3% 
0.0% 
0.0% 
0.0% 
0.0% 
0.1% 
0.0% 
0.0% 
0.1% 
0.0% 
0.0% 
1.7% 
0.0% 
88.2% 
Difference 
140.3 
0.8 
51.0 
53.8 
13.4 
2.9 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
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 
0.1 
0.0 
0.0 
0.0 
1.7 
0.7 
0.0 
0.0 
0.0 
123.7 
P-IN-BDST 
P-IN-BDST 
B40 
6/3/02 Test Date 
Total Input 140.3 
Total Collected 123.7 
Difference -16.6 
-12% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.8 
0.91% % Evaporation 
Mass Flow Rate 
30 
4.68 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
860 
Atm. P. (mbar) 
863 
SN-M&O-SCI-043-V1, pages 146-147 
May 2003
Multiple Patch Test Summary and Mass Balance-Smooth DS Surface 
Test: 27 cm left of DS center, 33 
Final Initial 
527.9 
131.8 
57.3 
661.0 
131.8 
7.3 
58.9 
27.0 
7.6 
7.2 
7.4 
7.3 
107.3 107.0 
107.4 106.9 
11.7 
9.2 
7.2 
7.2 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
22.7 
22.8 
RH (%) Temperature (oC) 
23.5 
23.6 90.7 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 91.5 
2-HUM/TMP-BDST 88.8 
Final Conditions 
1-HUM/TMP-BDST 93.1 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
91.4% 
0.0% 
0.0% 
0.0% 
0.0% 
0.2% 
0.0% 
0.4% 
0.0% 
0.0% 
0.0% 
4.9% 
0.0% 
96.8% 
Difference 
133.1 
0.0 
50.0 
51.7 
19.6 
0.3 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.0 
0.3 
0.0 
0.5 
0.0 
0.0 
0.0 
0.0 
4.5 
2.0 
0.0 
0.0 
0.0 
128.9 
P-IN-BDST 
P-IN-BDST 
B41 
6/3/02 Test Date 
Total Input 133.1 
Total Collected 128.9 
Difference -4.2 
-3% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7
0 
0.00% % Evaporation 
Mass Flow Rate 
30 
4.44 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
868 
Atm. P. (mbar) 
865 
SN-M&O-SCI-043-V1, pages 144-145 
May 2003
Multiple Patch Test Summary and Mass Balance-Smooth DS Surface 
Test: 81 cm left of DS center, 33 
Final Initial 
585.7 
136.6 
53.0 
718.1 
136.8 
7.1 
60.4 
20.4 
7.7 
7.4 
7.5 
7.4 
7.7 7.3 
107.7 107.1 
107.4 106.7 
12.6 
8.3 
7.3 
7.3 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
21.4 
21.3 
RH (%) Temperature (oC) 
22.2 
22.1 92.3 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 86.6 
2-HUM/TMP-BDST 88.4 
Final Conditions 
1-HUM/TMP-BDST 91.5 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
84.7% 
0.3% 
0.0% 
0.0% 
0.5% 
0.0% 
0.0% 
0.5% 
0.0% 
0.0% 
0.0% 
4.8% 
0.0% 
90.7% 
Difference 
132.4 
0.2 
45.9 
53.0 
12.9 
0.3 
0.0 
0.4 
0.0 
0.0 
0.0 
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 
0.7 
0.0 
0.0 
0.0 
0.0 
5.3 
1.0 
0.0 
0.0 
0.0 
120.1 
P-IN-BDST 
P-IN-BDST 
B42 
6/3/02 Test Date 
Total Input 132.4 
Total Collected 120.1 
Difference -12.3 
-9% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.2 
0.29% % Evaporation 
Mass Flow Rate 
30 
4.41 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
864 
Atm. P. (mbar) 
862 
SN-M&O-SCI-043-V1, pages 142-143 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: High flow rate, 54 cm left of DS center, Crown 
Final Initial 
516.1 
92.6 
85.7 
853.8 
92.9 
64.3 
48.9 48.5 
152.0 
62.0 
56.3 
49.0 
108.0 
108.2 
107.6 
107.2 
153.7 107.3 
112.7 110.2 
146.1 
81.0 
56.7 
55.5 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) 
97.6 
89.7 
RH (%) 
99.4 
94.2 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
337.7 
0.3 
21.4 
6.3% 
0
0
0 0 
0
0 .
4 
0
0
0 
0.1% 
95.7 
13 
0
0
0 
32.2% 
0
0
0
0
0 
0.4 
1
0 
0.0% 
0.1% 
0.3% 
0.0% 
13.7% 
0.0% 
0.7% 
46.4 
0 
2.5 
0
0 
0.0% 
89.4 
25.5 
0
0 
34.0% 
0.0% 
87.6% 
0 
295.7 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
30.6 
30.4 
Temperature (oC) 
30.9 
30.4 
B43 
6/18/02 Test Date 
Total Input 337.7 
Total Collected 295.7 
Difference -42 
-12% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.3 
1.15% % Evaporation 
Mass Flow Rate 
10.02 
33.71 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
861 
Atm. P. (mbar) 
860 
SN-M&O-SCI-043-V2, pages 44-45 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: Low flow rate, 54 cm left of DS Center, Crown 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 94.1 
2-HUM/TMP-BDST 94.8 
Final Conditions RH (%) 
1-HUM/TMP-BDST 107.2 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
680.3 
93.3 
58.5 
769.2 
94.5 
57.0 
41.0 41.0 
73.5 63.5 
8.7 8.1 
115.6 107.7 
110.4 110.2 
105.1 63.9 
8.2 14.1 
Total Collected 
93.2 
% of Input 
100% 
Difference 
88.9 
1.2 
1.5 
0
0 
1.7% 
0
0
0
0
0 
0.0% 
0
0 
1
0
0 
0
00
11.2% 
0.0% 
0.0% 
0.7% 
0.0% 
8.9% 
0.0% 
0.2% 
0
0
0
00
0 
0.6 
0 
7.9 
0 
0.2 
0
0 0.0% 
41.2 
0
0
0 46.3% 
6.6% 
75.7% 
5.9 
67.3 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
26.4 
26.1 
Temperature (oC) 
30.4 
30.3 
B44 
6/18/02 Test Date 
Total Input 88.9 
Total Collected 67.3 
Difference -21.6 
-24% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
1.2 
4.32% % Evaporation 
Mass Flow Rate 
300.03 
0.30 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
864 
Atm. P. (mbar) 
861 
SN-M&O-SCI-043-V2, pages 42-43 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: High flow rate, 27 cm left of DS center, Crown 
Final Initial 
524.8 
94.5 
82.8 
857.5 
94.9 
56.7 
51.1 48.1 
41.0 40.9 
157.5 
82.1 
55.9 
56.1 
121.1 106.7 
110.5 
7.9 
121.7 
107.2 
7.6 
109.8 
147.2 
76.9 
56.3 
55.1 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
94.7 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 88.1 
2-HUM/TMP-BDST 91.8 
Final Conditions RH (%) 
1-HUM/TMP-BDST 93 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
332.7 
0.4 
26.1 
8.7% 
3
0
0
0 
0
0
.1 
0.0% 
0
0
0 
101.6 
26 
0
00
38.4% 
0
0
0
00
0 
14.4 
0 
0.0% 
0.0% 
4.3% 
0.0% 
1.0% 
0.1% 
3.6% 
3.3 
0.3 
11.9 
0.0% 0
0 
90.9 
21.8 
00
33.9% 
0.0% 
90.0% 
0 
299.4 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
24.9 
24.6 
Temperature (oC) 
26.1 
25.7 
B45 
6/18/02 Test Date 
Total Input 332.7 
Total Collected 299.4 
Difference -33.3 
-10% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.4 
1.42% % Evaporation 
Mass Flow Rate 
10 
33.27 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
858 
Atm. P. (mbar) 
860 
SN-M&O-SCI-043-V2, pages 40-41 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: Low flow rate, 27 cm left of DS Center, Crown 
Final Initial 
771.2 
91.8 
48.1 
872.2 
93.2 
42.6 
69.3 57.6 
107.3 106.4 
107.6 107.0 
110.7 109.6 
99.8 64.0 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
28.5 
28.5 
RH (%) Temperature (oC) 
30.3 
29.7 94.8 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 95.1 
2-HUM/TMP-BDST 91.5 
Final Conditions 
1-HUM/TMP-BDST 94.4 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input Difference 
100% 101 
1.4 
5.5 
5.4% 
0
0
0
0
0
0 
0.0% 
0
00
11.7 
0 
11.6% 
0
0
0
0
0
0
00
0.0% 
0.0% 
0.9% 
0.0% 
0.6% 
0.0% 
1.1% 
0 
0.9 
0 
0.6 
0 
1.1 
00
0.0% 
35.8 
0
0
0 35.4% 
0.0% 
55.0% 
0 
55.6 
P-IN-BDST 
P-IN-BDST 
B46 
6/17/02 Test Date 
Total Input 101.0 
Total Collected 55.6 
Difference -45.4 
-45% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
1.4 
5.28% % Evaporation 
Mass Flow Rate 
300 
0.34 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
863 
Atm. P. (mbar) 
874 
SN-M&O-SCI-043-V2, pages 38-39 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: High flow rate, 27 cm right of DS center, Crown 
Final Initial 
529.1 
93.5 
124.4 
907.3 
93.5 
64.4 
103.3 
146.2 
55.6 
57.5 
42.5 41.8 
10.8 
106.8 
8.4 
106.7 
112.2 
124.3 
109.8 
110.3 
175.9 
70.1 
63.5 
48.0 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
27.1 
27.1 
RH (%) Temperature (oC) 
28.2 
28 94.5 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 94.4 
2-HUM/TMP-BDST 92.7 
Final Conditions 
1-HUM/TMP-BDST 96 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
378.2 
6
0
0 
0
0 
15.9% 0
0
00
0 
0.0% 
00
47.7 
88.7 
0
0
0 
36.1% 
0.7 
0
0
0
0
0 
2.4 
0.1 
0.2% 
0.0% 
0.6% 
0.0% 
0.0% 
0.6% 
3.7% 
0 
2.4 
14 
0.0% 
00112.4 
22.1 
00
35.6% 
0.0% 
92.7% 
0 
350.5 
P-IN-BDST 
P-IN-BDST 
B47 
6/17/02 Test Date 
Total Input 378.2 
Total Collected 350.5 
Difference -27.7 
-7% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7
0 
0.00% % Evaporation 
Mass Flow Rate 
10 
37.82 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
858 
Atm. P. (mbar) 
863 
SN-M&O-SCI-043-V2, pages 36-37 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: low flow, 27 cm right of DS center, Crown 
Difference 
137.7 Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 91.3 
2-HUM/TMP-BDST 91.8 
Final Conditions 
1-HUM/TMP-BDST 99.3 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
644.5 
85.0 
78.4 
782.2 
87.0 
63.9 
62.5 48.4 
108.5 107.1 
107.8 
114.0 
111.8 
107.6 
109.5 
110.2 
113.3 64.1
Total Collected 
RH (%) Temperature (oC) 
24.4 
24.1 
RH (%) Temperature (oC) 
28.9 
28.8 93.1 
% of Input 
100% 
2 
14.5 
10.5% 
0
0
0
0
0
0 
0.0% 
0
0
0 
14.1 
0 
10.2% 
0
0
0
0
0
0
00
0 
1.4 
0 
0.0% 
0.0% 
1.0% 
0.0% 
0.1% 
3.3% 
1.2% 
0.2 
4.5 
1.6 
0.0% 
0049.2 
0
0
0 
35.7% 
0.0% 
62.1% 
0 
85.5 
P-IN-BDST 
P-IN-BDST 
B48 
6/14/02 Test Date 
Total Input 137.7 
Total Collected 85.5 
Difference -52.2 
-38% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.
2
7 
9.85% % Evaporation 
Mass Flow Rate 
321.37 
0.43 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
875 
Atm. P. (mbar) 
873 
SN-M&O-SCI-043-V2, pages 32-33 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: High flow rate, 54 cm left of DS center, 16.5 
Difference 
353.4 
0.3 
17.4 
14.1 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 96.2 
2-HUM/TMP-BDST 91.8 
Final Conditions 
1-HUM/TMP-BDST 99 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
496.6 
91.8 
74.6 
850.0 
92.1 
57.2 
21.5 7.4 
49.8 48.5 
50.0 49.1 
108.3 
108.4 
107.9 
108.0 
277.2 107.4 
110.1 109.7 
134.7 
84.5 
9.0 
64.2 
48.3 
7.6
Total Collected 
RH (%) Temperature (oC) 
30.8 
30.4 
RH (%) Temperature (oC) 
31 
30.6 94.3 
% of Input 
100% 
8.9% 
0
00
1.
0
3 
0.4% 
0
0
0 
0.
0
9 
0.3% 
0
0
0
0
0
0
0
0 
0.0% 
0.1% 
0.1% 
0.0% 
48.0% 
0.0% 
0.1% 
0.4 
0.4 
0 
169.8 
0 
0.4 
00
0.0% 
70.5 
36.2 
1
0
.4 
30.6% 
0.0% 
88.5% 
0 
312.8 
P-IN-BDST 
P-IN-BDST 
B49 
6/18/02 Test Date 
Total Input 353.4 
Total Collected 312.8 
Difference -40.6 
-11% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.3 
1.18% % Evaporation 
Mass Flow Rate 
10.15 
34.82 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
859 
Atm. P. (mbar) 
864 
SN-M&O-SCI-043-V2, pages 46-47 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: Low flow rate, 54 cm left of DS Center, 16.5 
Final Initial 
715.7 
109.8 
58.1 
822.7 
109.1 
57.1 
41.0 41.0 
41.6 41.5 
107.5 
108.6 
106.6 
107.4 
192.2 107.7 
110.6 109.7 
72.1 64.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
25.7 
25.4 
RH (%) Temperature (oC) 
29.8 
29.7 94.4 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 89 
2-HUM/TMP-BDST 92.4 
Final Conditions 
1-HUM/TMP-BDST 103.5 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
107 
-0.7 
1 
0.9% 
0
0
0
0
0
0 
0.0% 
0
0
0 
0
0
.1 
0.1% 
0
0
0
0
0
0
0
0 
0.0% 
0.8% 
1.1% 
0.0% 
79.0% 
0.0% 
0.8% 
0.9 
1.2 
0 
84.5 
0 
0.9 
0
0 
0.0% 
7.7 
0
0
0 
7.2% 
0.0% 
90.0% 
0 
96.3 
P-IN-BDST 
P-IN-BDST 
B50 
6/19/02 Test Date 
Total Input 107.0 
Total Collected 96.3 
Difference -10.7 
-10% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
-0.7 
-1.65% % Evaporation 
Mass Flow Rate 
300 
0.36 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
867 
Atm. P. (mbar) 
862 
SN-M&O-SCI-043-V2, pages 48-49 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: High flow rate, 27 cm left of DS Center, 16.5 
Difference 
370.4 
0.2 
208.5 
5.5 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
498.1 
108.6 
273.5 
868.5 
108.8 
65 
61.9 56.4 
42.1 41.7 
113.1 107.5 
110.6 
110.2 
107.2 
109 
149 
84.3 
64.7 
55.9
Total Collected 
RH (%) Temperature (oC) 
82.6 
88.4 
RH (%) Temperature (oC) 
92 
94.2 
% of Input 
100% 
57.8% 
0
0
0
00
0
00
0.0% 
0
0
.4 
0.1% 
0
00
0
0
0
00
0 
5.6 
0 
3.4 
1.2 
0.0% 
0.0% 
1.5% 
0.0% 
0.9% 
0.3% 
0.0% 
0.0% 
0
0
0 
84.3 
28.4 
0
0 
30.4% 
0.0% 
91.1% 
0 
337.3 
P-IN-BDST 26.6 
26.3 
P-IN-BDST 27.4 
27.2 
B51 
6/20/02 Test Date 
Total Input 370.4 
Total Collected 337.3 
Difference -33.1 
-9% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.2 
0.48% % Evaporation 
Mass Flow Rate 
10.05 
36.86 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
864 
Atm. P. (mbar) 
866 
SN-M&O-SCI-043-V2, pages 52-53 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: Low flow rate, 27 cm left of DS Center, 16.5 
Final Initial 
646.2 
108.3 
163.0 
768.0 
109.7 
65.4 
42.1 42.2 
108.5 108.5 
107.8 
109.7 
110.4 
107.8 
109.2 
110.5 
61.5 58.2 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
30 
29.9 
RH (%) Temperature (oC) 
31 
30.7 93.8 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 103.1 
2-HUM/TMP-BDST 93.8 
Final Conditions 
1-HUM/TMP-BDST 100.9 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
121.8 
1.4 
97.6 
80.1% 
0
0
0
0
00 
0.0% 
0
00
-0. 
0
1 
-0.1% 
0
00
0
0
0
0
0
0
0
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
0.4% 
-0.1% 
0.5 
-0.1 
0
0 0.0% 
3.3 
0
0
0 2.7% 
0.0% 
83.1% 
0 
101.2 
P-IN-BDST 
P-IN-BDST 
B52 
6/20/02 Test Date 
Total Input 121.8 
Total Collected 101.2 
Difference -20.6 
-17% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
1.4 
3.26% % Evaporation 
Mass Flow Rate 
300.03 
0.41 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
863 
Atm. P. (mbar) 
877 
SN-M&O-SCI-043-V2, pages 50-51 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: High flow rate, 27 cm right of DS center, 16.5 
Difference 
339.7 
0.1 
176 
6.7 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 88.8 
2-HUM/TMP-BDST 88.7 
Final Conditions 
1-HUM/TMP-BDST 93.6 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
522.3 
107.9 
240.9 
862.0 
108.0 
64.9 
63.0 56.3 
43.2 41.7 
41.5 41.2 
110.6 107.7 
107.9 
113.5 
111.0 
107.4 
109.3 
110.0 
167.8 
79.4 
64.8 
56.2
Total Collected 
RH (%) Temperature (oC) 
26.3 
26.1 
RH (%) Temperature (oC) 
27.7 
27.5 94.6 
% of Input 
100% 
53.8% 
0
0
0
00 
0.0% 
0
0
0 
1.5 
0 
0.4% 
0
00
0.3 
0
0
00
0 
2.9 
0 
0.5 
4.2 
0.1% 
0.0% 
0.9% 
0.0% 
0.1% 
1.2% 
0.3% 
0.0% 
1
00103 
23.2 
0
0 
37.2% 
0.0% 
94.0% 
0 
319.3 
P-IN-BDST 
P-IN-BDST 
B53 
6/20/02 Test Date 
Total Input 339.7 
Total Collected 319.3 
Difference -20.4 
-6% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.1 
0.24% % Evaporation 
Mass Flow Rate 
10 
33.97 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
864 
Atm. P. (mbar) 
863 
SN-M&O-SCI-043-V2, pages 54-55 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: Low flow rate, 27 cm right of DS Center, 16.5 
Final Initial 
713.5 
107.5 
118.3 
808.9 
107.4 
64.6 
41.9 41.8 
41.1 41.1 
108.6 108.5 
110.4 
110.7 
109.3 
110.0 
78.4 63.7 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
26.3 
26.3 
RH (%) Temperature (oC) 
29.9 
29.8 93.4 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 86.6 
2-HUM/TMP-BDST 87.1 
Final Conditions 
1-HUM/TMP-BDST 95.8 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
95.4 
-0.1 
53.7 
56.3% 
0
0
0
0
00 
0.0% 
0
0
0 
0
0
.1 
0.1% 
0
00
0
0
0
00
0 
0.1 
0
0 
0.0% 
0.0% 
0.1% 
0.0% 
0.0% 
1.2% 
0.7% 
1.1 
0.7 
00
0.0% 
14.7 
0
0
0 
15.4% 
0.0% 
73.8% 
0 
70.4 
P-IN-BDST 
P-IN-BDST 
B54 
6/20/02 Test Date 
Total Input 95.4 
Total Collected 70.4 
Difference -25 
-26% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
-0.1 
-0.25% % Evaporation 
Mass Flow Rate 
300 
0.32 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
857 
Atm. P. (mbar) 
860 
SN-M&O-SCI-043-V2, pages 56-57 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: High flow rate, 54 cm left of DS center, 33 
Final Initial 
561.5 
101.8 
137.9 
890.3 
102.0 
65.1 
41.8 41.3 
107.3 
108.1 
106.9 
107.5 
294.1 107.2 
97.7 64.2 
Water Inpu 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
92.9 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 81.8 
2-HUM/TMP-BDST 85.3 
Final Conditions RH (%) 
1-HUM/TMP-BDST 90.5 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
328.8 
0.2 
72.8 
22.1% 
0
0
00
0.5 
0
0
00
0.2% 
0
0 
0.0% 
0
0
0
0
0
0
0
0 
0.4 
0.6 
0 
186.9 
0.0% 
0.1% 
0.2% 
0.0% 
56.8% 
0.0% 
0.0% 
0.0% 
0
0
0
0 
33.5 
0
0
0 10.2% 
0.0% 
89.6% 
0 
294.7 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
27.7 
27.5 
Temperature (oC) 
28.7 
28.2 
B55 
6/20/02 Test Date 
Total Input 328.8 
Total Collected 294.7 
Difference -34.1 
-10% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.2 
0.57% % Evaporation 
Mass Flow Rate 
10 
32.88 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
858 
Atm. P. (mbar) 
870 
SN-M&O-SCI-043-V2, pages 62-63 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: Low flow rate, 54 cm left of DS center, 33 
Final Initial 
584.2 
104.0 
50.7 
685.3 
103.7 
50.1 
107.5 
108.4 
106.6 
107.5 
190.4 107.3 
60.9 58.0 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) 
81.2 
83.1 
RH (%) 
95.9 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 107.4 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
101.1 
-0.3 
0.6 
0.6% 
0
0
0
0
00
0
0
0 
0.0% 
0
0 
0.0% 
0
0
0
0
0
0
0
0 
0.9 
0.9 
0 
83.1 
0.0% 
0.9% 
0.9% 
0.0% 
82.2% 
0.0% 
0.0% 
0.0% 
0
0
0
0 
2.9 
0
0
0 
2.9% 
0.0% 
87.4% 
0 
88.4 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
25.3 
25.4 
Temperature (oC) 
27.3 
27.2 
B56 
6/21/02 Test Date 
Total Input 101.1 
Total Collected 88.4 
Difference -12.7 
-13% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
-0.3 
-0.81% % Evaporation 
Mass Flow Rate 
300 
0.34 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
865 
Atm. P. (mbar) 
874 
SN-M&O-SCI-043-V2, pages 64-65 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: High flow rate, 27 cm left of DS center, 33 
Final Initial 
540.7 
102.5 
287.1 
907.8 
102.5 
65.2 
104.0 63.4 
110.6 107.7 
108.1 
110.9 
107.1 
109.8 
118.7 72.2 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
93.9 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 87.3 
2-HUM/TMP-BDST 89.7 
Final Conditions RH (%) 
1-HUM/TMP-BDST 91.9 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Difference % of Input 
100% 367.1 
0 
221.9 
40.6 
0
0
0 
71.5% 
0
0
0
00
0.0% 
0
0 
0.0% 
0
0
0
0
0
0
0
0
0 
2.9 
0
1 
0.0% 
0.0% 
0.8% 
0.0% 
0.3% 
0.3% 
0.0% 
1.1 
0
00
0.0% 
46.5 
0
00
12.7% 
0.0% 
85.5% 
0 
314 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
28.2 
27.6 
Temperature (oC) 
29 
28.6 
B57 
6/20/02 Test Date 
Total Input 367.1 
Total Collected 314 
Difference -53.1 
-14% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.
0
7 
0.00% % Evaporation 
Mass Flow Rate 
10 
36.71 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
857 
Atm. P. (mbar) 
867 
SN-M&O-SCI-043-V2, pages 58-59 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: Low flow rate, 27 cm left of DS center, 33 
Final Initial 
-98.2 
102.8 
142.8 
-1.9 
103.4 
64.6 
107.6 106.7 
111.0 
107.9 
109.8 
109.8 
107.2 
109.0 
61.4 56.9 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
RH (%) Temperature (oC) 
23.9 
23.9 
Total Collected 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 83.5 
2-HUM/TMP-BDST 83.9 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
RH (%) Temperature (oC) 
96.9 
95 
TDR-EBS-MD-000025-00 
% of Input Difference 
100% 
81.2% 
96.3 
0.6 
78.2 
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% 
0.9% 
0.0% 
1.2% 
0.7% 
0.8% 
0.0% 
0 
0.9 
0 
1.2 
0.7 
0.8 
0
0 
4.5 
0
0
0 4.7% 
0.0% 
89.6% 
0 
86.3 
P-IN-BDST 
P-IN-BDST 28.4 
27.8 
B58 
6/24/02 Test Date 
Total Input 96.3 
Total Collected 86.3 
Difference -10 
-10% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.6 
1.63% % Evaporation 
Mass Flow Rate 
304.95 
0.32 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
863 
Atm. P. (mbar) 
861 
SN-M&O-SCI-043-V2, pages 66-67 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: High flow rate, 27 cm right of DS center, 33 
Difference 
317.6 
0.1 
239.3 
29.7 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 88.8 
2-HUM/TMP-BDST 85.1 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
518.0 
103.5 
303.9 
835.6 
103.6 
64.6 
85.6 55.9 
41.9 41.9 
108.4 107.6 
107.9 
113.5 
107.3 
109.9 
111.6 72.0 
RH (%) Temperature (oC) 
28.4 
28.3 
RH (%) Temperature (oC) 
92.5 
93 
% of Input 
100% 
84.7% 
0
0
0
0
0
0
0
0 
0.0% 
0
0 
0.0% 
0
0
0
0
0
0
0
0
0 
0.8 
0 
0.6 
3.6 
0.0% 
0.0% 
0.3% 
0.0% 
0.2% 
1.1% 
0.0% 
0.0% 
0
0
0 
39.6 
0
0
0 
12.5% 
0.0% 
98.7% 
0 
313.6 
P-IN-BDST 
P-IN-BDST 29.2 
29 
B59 
6/20/02 Test Date 
Total Input 317.6 
Total Collected 313.6 
Difference -4 
-1% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.1 
0.27% % Evaporation 
Mass Flow Rate 
10 
31.76 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
862 
Atm. P. (mbar) 
854 
SN-M&O-SCI-043-V2, pages 60-61 
May 2003
Bounding Flow Test Summary and Mass Balance-Smooth DS Surface 
Test: Low flow rate, 27 cm right of DS center, 33 
Final Initial 
-217.4 
100.5 
137.8 
-121.6 
102.5 
64.9 
107.6 107.5 
110.9 
109.9 
110.8 
109.7 
51.9 49.6 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
28.6 
28.3 
RH (%) Temperature (oC) 
29.6 
29.3 93.5 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 93.9 
2-HUM/TMP-BDST 92.6 
Final Conditions 
1-HUM/TMP-BDST 96.9 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input Difference 
100% 
76.1% 
95.8 
2 
72.9 
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% 
0.1% 
0.0% 
0.0% 
0.1% 
0.2% 
0.0% 
0 
0.1 
0
0 
0.1 
0.2 
0
0 
2.3 
0
0
0 
2.4% 
0.0% 
78.9% 
0 
75.6 
P-IN-BDST 
P-IN-BDST 
B60 
6/24/02 Test Date 
Total Input 95.8 
Total Collected 75.6 
Difference -20.2 
-21% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7
2 
5.59% % Evaporation 
Mass Flow Rate 
304.02 
0.32 
Test Duration, min 
Flow Rate, g/min 
Atm. P. (mbar) 
856 
Atm. P. (mbar) 
892 
SN-M&O-SCI-043-V2, pages 68-69 
May 2003
Single Patch q(splash) Test Summary and Mass Balance - Rough Surface 
Initial 
842.2 
100.9 
64.4 
Test: Patch 4, 27 cm right of patch center, 33 
Difference 
542 
0.9 
224.8 
236.9 69.5 
41.5 
107.5 
64.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 85.3 
2-HUM/TMP-BDST 85.6 
Final Conditions RH (%) 
1-HUM/TMP-BDST 94.2 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final 
300.2 
100.0 
289.2 
306.4 
0
0
0 
41.5 0
0
0
00 
0 0 
0
00
0
0
0
00
0
0
0 
107.8 0.3 
0
0
0
0 
75.0 10.6 
0
0
0
0 
472.6 
92.4 
Temperature (oC) 
27.4 
27.3 
Temperature (oC) 
29.2 
29.1 
% of Input 
100% 
85.2% 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
0.1% 
0.0% 
0.0% 
0.0% 
2.0% 
0.0% 
87.2% 
P-IN-BDST 
P-IN-BDST 
B61 
7/2/02 Test Date: 
Total Input 542.0 
Total Collected 472.6 
Difference -69.4 
-13% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.9 
2.63% % Evaporation 
Mass Flow Rate 
120 
4.52 
Test Duration, min 
Flow Rate, g/min 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Reference Towel Mass
7.989 
8.332 
0.34 
Atm. P. (mbar) 
869 
Atm. P. (mbar) 
866 
SN-M&O-SCI-043-V2, pages 103-104 
May 2003
Single Patch q(splash) Test Summary and Mass Balance - Rough Surface 
Initial 
880.2 
116.9 
64.8 
Test: Patch 5, 20 cm left of patch center, 33 
Difference 
531 
0.8 
237.7 
206.1 70.6 
41.5 
107.1 
109.6 
65.1 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 90.3 
2-HUM/TMP-BDST 88.8 
Final Conditions RH (%) 
1-HUM/TMP-BDST 93.5 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final 
349.2 
116.1 
302.5 
276.7 
0
0
0
0
0
0
00 
0 0 
0
00
0 41.5 
0
0
00 
107.8 
111.3 
0
0 
0.7 
0 
1.7 
0
0
0 
79.7 14.6 
0
0
0
0 
460.8 
93.7 
Temperature (oC) 
27.5 
27.3 
Temperature (oC) 
29.1 
28.7 
% of Input 
100% 
83.6% 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
0.1% 
0.0% 
0.3% 
0.0% 
0.0% 
2.7% 
0.0% 
86.8% 
P-IN-BDST 
P-IN-BDST 
B62 
7/2/02 Test Date: 
Total Input 531.0 
Total Collected 460.8 
Difference -70.2 
-13% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.8 
1.59% % Evaporation 
Mass Flow Rate 
120.02 
4.42 
Test Duration, min 
Flow Rate, g/min 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Reference Towel Mass
8.267 
8.498 
0.23 
Atm. P. (mbar) 
860 
Atm. P. (mbar) 
870 
SN-M&O-SCI-043-V2, pages 101-102 
May 2003
Single Patch q(splash) Test Summary and Mass Balance - Rough Surface 
Initial 
815.1 
98.1 
66.4 
Test: Patch 5, 20 cm left of patch center, 16.5 
Difference 
536 
0.5 
219.7 
176.5 64.6 
49.8 
109.5 
110.0 
73.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 84.5 
2-HUM/TMP-BDST 88.8 
Final Conditions RH (%) 
1-HUM/TMP-BDST 92.9 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final 
279.1 
97.6 
286.1 
241.1 
0
0
0
0
0
0
00
50.7 0
0
.9 
0
00
0
0
0
00 
118.5 
110.7 
0
0
0
0
9 
0.7 
0
0 
123.1 49.7 
0
0
0
0 
456.5 
93.4 
Temperature (oC) 
27.9 
27.3 
Temperature (oC) 
30.5 
30 
% of Input 
100% 
73.9% 
0.0% 
0.2% 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
1.7% 
0.1% 
0.0% 
9.3% 
0.0% 
85.2% 
P-IN-BDST 
P-IN-BDST 
B63 
7/1/02 Test Date: 
Total Input 536.0 
Total Collected 456.5 
Difference -79.5 
-15% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.5 
1.59% % Evaporation 
Mass Flow Rate 
113.42 
4.73 
Test Duration, min 
Flow Rate, g/min 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Reference Towel Mass
7.758 
8.425 
0.67 
Atm. P. (mbar) 
850 
Atm. P. (mbar) 
873 
SN-M&O-SCI-043-V2, pages 99-100 
May 2003
Single Patch q(splash) Test Summary and Mass Balance - Rough Surface 
Test: Patch 6, 20 cm left of patch center, Crown 
Final Initial 
-341.7 
81.0 
222.3 
-43.8 
81.6 
72.9 
119.7 49.4 
79.7 64.5 
107.9 
110.0 
114.4 
107.7 
109.5 
110.2 
97.7 64.9 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
94.3 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 91 
2-HUM/TMP-BDST 92.7 
Final Conditions RH (%) 
1-HUM/TMP-BDST 93.6 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
297.9 
0.6 
149.4 
50.2% 
0
0
0
0
00
0
0
0 
0.0% 
70.3 
0
0
0 
15.2 28.7% 
0
0
0
0
0
0
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
0.1% 
0.2% 
1.4% 
0.2 
0.5 
4.2 
0.0% 
00
32.8 
0
0
0 
11.0% 
0.0% 
91.5% 
0 
272.6 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
25.3 
25 
Temperature (oC) 
27.8 
27.3 
B64 
6/28/02 Test Date: 
Total Input 297.9 
Total Collected 272.6 
Difference -25.3 
-8% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.6 
4.03% % Evaporation 
Mass Flow Rate 
69.1 
4.31 
Test Duration, min 
Flow Rate, g/min 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Reference Towel Mass
7.994 
8.517 
0.52 
Atm. P. (mbar) 
864 
Atm. P. (mbar) 
853 
SN-M&O-SCI-043-V2, pages 93-94 
May 2003
Single Patch q(splash) Test Summary and Mass Balance - Rough Surface 
Test: Patch 6, Patch center, 15 cm below crown 
Final Initial 
368.0 
100.5 
255.8 
666.8 
100.9 
74.1 
79.1 58.1 
107.9 
110.0 
111.0 
107.6 
109.5 
110.0 
91.5 
14.5 
57.4 
8.1 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
93.2 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 91.6 
2-HUM/TMP-BDST 90.7 
Final Conditions RH (%) 
1-HUM/TMP-BDST 93.4 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
298.8 
0.4 
181.7 
60.8% 
0
0
0
0
0
0
0
0
0 0.0% 
21 
0
0
0
0 7.0% 
0
0
0
0
0
0
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
0.1% 
0.2% 
0.3% 
0.3 
0.5 
1
0
0 0.0% 
34.1 
6.4 
0
0 
13.6% 
0.0% 
82.0% 
0 
245 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
26.5 
26.5 
Temperature (oC) 
27.9 
27.6 
B65 
7/1/02 Test Date: 
Total Input 298.8 
Total Collected 245.0 
Difference -53.8 
-18% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.4 
1.17% % Evaporation 
Mass Flow Rate 
60 
4.98 
Test Duration, min 
Flow Rate, g/min 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Reference Towel Mass
8.323 
8.426 
0.10 
Atm. P. (mbar) 
854 
Atm. P. (mbar) 
856 
SN-M&O-SCI-043-V2, pages 95-96 
May 2003
Single Patch q(splash) Test Summary and Mass Balance - Rough Surface 
Test: Patch 6, Patch center, 16.5 
Final Initial 
266.5 
99.2 
292.9 
788.3 
99.6 
66.3 
230.1 58.2 
50.6 49.6 
108.1 
110.7 
110.6 
107.5 
109.3 
109.8 
110.7 
12.0 
65.6 
8.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
94.5 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 85.3 
2-HUM/TMP-BDST 85.5 
Final Conditions RH (%) 
1-HUM/TMP-BDST 97.3 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
521.8 
0.4 
226.6 
171.9 
0 
76.4% 
0
0
0
0
0 
0.0% 0
0
1
0
0
0
0 
0.2% 
0
0
0
0
0
0
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
0.1% 
0.3% 
0.2% 
0.6 
1.4 
0.8 
0.0% 
0
0 
45.1 
3.6 
00
9.3% 
0.0% 
86.4% 
0 
451 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
26.4 
26.2 
Temperature (oC) 
29.7 
29.4 
B66 
7/1/02 Test Date: 
Total Input 521.8 
Total Collected 451 
Difference -70.8 
-14% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.4 
1.22% % Evaporation 
Mass Flow Rate 
108 
4.83 
Test Duration, min 
Flow Rate, g/min 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Reference Towel Mass
8.118 
8.757 
0.64 
Atm. P. (mbar) 
862 
Atm. P. (mbar) 
862 
SN-M&O-SCI-043-V2, pages 97-98 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 2, centerline, 16.5o 
Initial (g) Final (g) 
-279.3 28.7 
117.6 
66.0 
51.4 
117.5 
64.4 
48.8 
42.3 41.5 
343.1 107.9 
107.8 
110.3 
111.7 
107.6 
109.7 
110.7 
90.5 63.9 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) 
95.3 
91.4 
RH (%) 
97.5 
93.8 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference (g) 
308 
-0.1 
1.6 
2.6 
0 
1.4% 
0
0
00
0 
0.0% 
00
0 
0.8 
0
00
0.3% 
0
0
0
0
0
0 
235.2 
0 
0.0% 
0.0% 
76.4% 
0.0% 
0.1% 
0.2% 
0.3% 
0.2 
0.6 
1
0
0 
0.0% 
26.6 
0
0
0 
8.6% 
0.0% 
87.2% 
0 
268.6 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
27.9 
28.2 
Temperature (oC) 
29.6 
29.5 
B67 
7/8/02 Test Date: 
Total Input (g) 308.0 
Total Collected (g) 268.6 
Difference (g) -39.4 
-13% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
-0.1 
-0.20% % Evaporation 
Mass Flow Rate 
60.03 
5.13 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
8.164 
8.49 
0.33 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
869 
Atm. P. (mbar) 
865 
SN-M&O-SCI-043-V2, pages 122-123 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 2, centerline 10.5 cm forward from crown, Patch 6 covered 
Difference (g) 
287.2 
0.5 
1.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 88.1 
2-HUM/TMP-BDST 90.5 
Final Conditions RH (%) 
1-HUM/TMP-BDST 89.2 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Initial (g) Final (g) 
-214.8 72.4 
96.2 
44.1 
96.7 
42.7 
55.8 48.9 
58.3 49.1 
257.9 107.7 
106.1 
109.4 
106.0 
109.3 
61.1 48.5 
101.3 64.6
Total Collected 
85.1 
% of Input 
100% 
0
0 
0.5% 
0
0
00
0 
0.0% 0
0 
6
0
.9 
0
0 
9.2 5.6% 
0
0
0
0
0
0 
150.2 
0 
0.0% 
0.0% 
52.3% 
0.0% 
0.0% 
0.0% 
0.0% 
0.1 
0.1 
0 
12.6 
0 4.4% 
36.7 
0
0
0 12.8% 
0.0% 
75.6% 
0 
217.2 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
20.4 
20.5 
Temperature (oC) 
21.6 
22.1 
B68 
7/10/02 Test Date: 
Total Input (g) 287.2 
Total Collected (g) 217.2 
Difference (g) -70 
-24% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.5 
1.72% % Evaporation 
Mass Flow Rate 
60.72 
4.73 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.776 
7.786 
0.01 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
860 
Atm. P. (mbar) 
859 
SN-M&O-SCI-043-V2, pages134-135 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 2, 13.5 cm right of patch center 10.5 cm forward from crown 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
-234.9 53.5 
95.1 
131.3 
96.2 
57.5 
55.9 
58.7 
49.3 
49.3 
172.2 108.2 
109.5 109.5 
45.6 41.2 
114.6 64.9 
Total Collected 
RH (%) 
91.1 
90.4 
RH (%) 
90.2 
85.4 
% of Input 
100% 
Difference (g) 
288.4 
1.1 
73.8 
25.6% 
0
0
0
0
00 
0.0% 
0
0
0 
6.6 
9.4 
0
0
0 
5.5% 
0
0
0
0
0
0 
64 
0.0% 
0.0% 
22.2% 
0.0% 
0.0% 
0.0% 
0.0% 
0
0
0
0 
1.5% 
4
0
.4 
49.7 
0
0
0 17.2% 
0.0% 
72.1% 
0 
207.9 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
23 
22.9 
Temperature (oC) 
23.9 
24.3 
B69 
7/10/02 Test Date: 
Total Input (g) 288.4 
Total Collected (g) 207.9 
Difference (g) -80.5 
-28% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
1.1 
3.86% % Evaporation 
Mass Flow Rate 
60.05 
4.80 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.932 
7.867 
-0.07 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
853 
Atm. P. (mbar) 
847 
SN-M&O-SCI-043-V2, pages 136-137 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 2, 13.5 cn right of center, 33 
Final Initial 
432.3 740.3 
101.0 
78.3 
101.2 
56.6 
287.2 
99.0 
107.7 
48.3 
110.1 109.2 
68.4 56.8 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B2-2 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
26.3 
25.8 
RH (%) Temperature (oC) 
27.9 
27.6 94.6 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 89.4 
2-HUM/TMP-BDST 90.7 
Final Conditions 
1-HUM/TMP-BDST 94.5 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Difference 
308 
0.2 
21.7 
0
0
0
0
00
0
00
0
0
0
0
0
0
0
0
00
0 
179.5 
50.7 
0 
0.9 
0
0
0 
11.6 
0
00
0 
264.4 
% of Input 
100% 
7.0% 
0.0% 
0.0% 
0.0% 
0.0% 
58.3% 
16.5% 
0.0% 
0.3% 
0.0% 
0.0% 
3.8% 
0.0% 
85.8% 
P-IN-BDST 
P-IN-BDST 
B70 
7/3/02 Test Date: 
Total Input 308.0 
Total Collected 264.4 
Difference -43.6 
-14% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.2 
0.58% % Evaporation 
Mass Flow Rate 
60 
5.13 
Test Duration, min 
Flow Rate, g/min 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Reference Towel Mass
7.808 
8.066 
0.26 
Atm. P. (mbar) 
858 
Atm. P. (mbar) 
867 
SN-M&O-SCI-043-V2, pages 114-115 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 2, Centerline, 33 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 86.8 
2-HUM/TMP-BDST 89.3 
Final Conditions 
1-HUM/TMP-BDST 94.1 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
398.3 705.7 
102.7 
80.5 
103.0 
64.1 
350.9 107.4 
107.6 
109.8 
107.3 
109.2 
75.1 64.8
Total Collected 
RH (%) Temperature (oC) 
26.3 
26.2 
RH (%) Temperature (oC) 
27.5 
27.2 94.2 
% of Input 
100% 
Difference 
307.4 
0.3 
16.4 
0
0 
5.3% 
0
0
00
0 
0.0% 0
0
0
0
0
0
0 
0.0% 
0
0
0
0
0
0 
243.5 
0 
0.0% 
0.0% 
79.2% 
0.0% 
0.1% 
0.2% 
0.0% 
0.3 
0.6 
0
0
0 
0.0% 
10.3 
0
0
0 
3.4% 
0.0% 
88.2% 
0 
271.1 
P-IN-BDST 
P-IN-BDST 
B71 
7/3/02 
Total Input 307.4 
Total Collected 271.1 
Difference -36.3 
-12% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.3 
0.83% % Evaporation 
Mass Flow Rate 
60 
5.12 
Test Duration, min 
Flow Rate, g/min 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Reference Towel Mass
7.648 
8.239 
0.59 
Atm. P. (mbar) 
862 
Atm. P. (mbar) 
873 
SN-M&O-SCI-043-V2, pages 112-113 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch2, 13.5 cm right of centerline, 16.5 
Final Initial 
460.6 767.1 
99.4 
144.0 
99.5 
64.2 
42.3 42.1 
232.4 107.6 
99.7 
111.1 
110.4 
99.7 
109.2 
109.8 
105.6 63.8 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
27.4 
27.5 
RH (%) Temperature (oC) 
29 
28.5 94.1 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 91.4 
2-HUM/TMP-BDST 90.4 
Final Conditions 
1-HUM/TMP-BDST 93.2 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
306.5 
0.1 
79.8 
0
0 
26.0% 0
0
00
0 
0.0% 
00
0
0
.2 
0
0
0 
0.1% 
0
0
0
00
0 
124.8 
0 
0.0% 
0.0% 
40.7% 
0.0% 
0.0% 
0.6% 
0.2% 
0 
1.9 
0.6 
0.0% 0
0 
41.8 
0
00
13.6% 
0.0% 
81.3% 
0 
249.1 
P-IN-BDST 
P-IN-BDST 
B72 
7/3/02 
Total Input 306.5 
Total Collected 249.1 
Difference -57.4 
-19% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.1 
0.30% % Evaporation 
Mass Flow Rate 
60 
5.11 
Test Duration, min 
Flow Rate, g/min 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Reference Towel Mass
7.631 
7.839 
0.21 
Atm. P. (mbar) 
860 
Atm. P. (mbar) 
861 
SN-M&O-SCI-043-V2, pages 118-119 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 4, 13.5 cm right of patch center, 16.5o 
Difference (g) 
304 
0.1 
83.2 
3.7 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 82.6 
2-HUM/TMP-BDST 87.6 
Final Conditions RH (%) 
1-HUM/TMP-BDST 94.8 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Initial (g) Final (g) 
-275.6 28.4 
113.8 
147.6 
45.4 
113.9 
64.4 
41.7 
42.5 41.8 
108.2 107.6 
239.3 
109.8 
110.8 
42.1 
107.2 
109.1 
109.8 
40.9 
99.1 63.6
Total Collected 
RH (%) 
93.5 
% of Input 
100% 
0 
28.6% 0
0
00
0 
0.0% 0
0 
0.7 
0
0
0
0 
0.2% 
0
0
0
0
0
0 
0.6 
0 
0.0% 
0.0% 
0.2% 
0.0% 
43.5% 
0.2% 
0.3% 
132.1 
0.7 
1 
1.2 
0 0.4% 
35.5 
0
0
0 
11.7% 
0.0% 
85.1% 
0 
258.7 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
23.9 
23.7 
Temperature (oC) 
28.4 
28.3 
B73 
7/8/02 Test Date: 
Total Input (g) 304.0 
Total Collected (g) 258.7 
Difference (g) -45.3 
-15% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.1 
0.22% % Evaporation 
Mass Flow Rate 
60.38 
5.03 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.719 
8.28 
0.56 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
855 
Atm. P. (mbar) 
852 
SN-M&O-SCI-043-V2, pages 124-125 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 4,centerline, 16.5o 
Initial (g) Final (g) 
-320.0 -18.3 
88.0 
42.6 
45.8 
88.5 
42.5 
41.5 
42.1 41.7 
106.2 
107.9 
105.9 
107.6 
307.3 
109.4 
110.2 
107.4 
109.1 
109.8 
92.1 64.5 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
92.8 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 87.1 
2-HUM/TMP-BDST 89.2 
Final Conditions RH (%) 
1-HUM/TMP-BDST 91.9 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference (g) 
301.7 
0.5 
0.1 
4.3 
0 
1.5% 
0
0
00
0 
0.0% 
00
0
0
0 
0.1% 
0 
0.4 
0
0
0
00
0.3 
0.3 
0 
0.0% 
0.1% 
0.1% 
0.0% 
66.3% 
0.1% 
0.1% 
199.9 
0.3 
0.4 
0.0% 
0
0 
27.6 
0
00
9.1% 
0.0% 
77.4% 
0 
233.6 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
20.5 
20.3 
Temperature (oC) 
24.1 
23.8 
B74 
7/9/02 Test Date: 
Total Input (g) 301.7 
Total Collected (g) 233.6 
Difference (g) -68.1 
-23% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.5 
2.40% % Evaporation 
Mass Flow Rate 
60 
5.03 
Test Duration (min) 
Flow Rate (g/min) 
Atm. P. (mbar) 
853 
Atm. P. (mbar) 
856 
SN-M&O-SCI-043-V2, pages 126-127 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 4,centerline, crown 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
-213.6 87.8 
86.0 
50.3 
86.8 
50.2 
41.2 41.2 
70.2 
61.4 
49.1 
48.0 
106.1 
107.9 
106.0 
107.7 
279.1 107.4 
110.1 109.9 
84.2 64.3 
Total Collected 
RH (%) 
87.2 
89.8 
RH (%) 
91.1 
91.2 
% of Input 
100% 
Difference (g) 
301.4 
0.8 
0.1 
0.0% 
0
0
0
0
0
0 
0.0% 
0
00
21.1 
13.4 
0
0
0 
11.4% 
0
0
0
0
0 
0.0% 
0.0% 
0.1% 
0.0% 
57.0% 
0.0% 
0.1% 
0.1 
0.2 
0 
171.7 
0 
0.2 
0
0 
0.0% 
19.9 
0
006.6% 
0.0% 
75.2% 
0 
226.7 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
23.3 
23.1 
Temperature (oC) 
25.4 
25.3 
B75 
7/9/02 Test Date: 
Total Input (g) 301.4 
Total Collected (g) 226.7 
Difference (g) -74.7 
-25% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.8 
4.19% % Evaporation 
Mass Flow Rate 
61.58 
4.89 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.721 
7.87 
0.15 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
849 
Atm. P. (mbar) 
853 
SN-M&O-SCI-043-V2, pages 128-129 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 4, 13.5 cm right of patch center, crown - Test#1 
Final (g) Initial (g) 
-275.5 16.7 
85.4 
85.4 
85.8 
85.8 
108.0 107.8 
149.8 107.4 
111.8 
132.4 
50.8 
110.1 
48.8 
48.2 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) 
90.1 
87.9 
RH (%) 
93.8 
91.5 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference (g) 
292.2 
0.4 
-0.4 
-0.1% 
0
0
00 
0
0 
0.0% 
0
00
0
0 
0.0% 
0
0
0
0
0
0
0
0
0 
0.2 
0 
42.4 
0 
0.0% 
0.0% 
0.1% 
0.0% 
14.5% 
0.0% 
0.6% 
29.5% 
1.7 
83.6 
2.6 
0
0
0
0 
0.0% 
0.0% 
44.5% 
0 
130.1 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
25.6 
25.8 
Temperature (oC) 
28.1 
28.1 
B76 
7/9/02 Test Date: 
Total Input (g) 292.2 
Total Collected (g) 130.1 
Difference (g) -162.1 
-55% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.4 
2.21% % Evaporation 
Mass Flow Rate 
60.22 
4.85 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.842 
8.11 
0.27 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
Atm. P. (mbar) 
SN-M&O-SCI-043-V2, pages 130-131 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 4,13.5 cm right of patch center, crown - Test#2 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
-242.3 47.1 
84.7 
166.2 
74.0 
85.3 
49.7 
49.2 
41.4 41.3 
74.7 
73.2 
49.3 
56.8 
108.0 107.8 
106.8 106.1 
111.7 110.1 
107.5 64.7 
Total Collected 
RH (%) 
89.2 
81.1 
RH (%) 
94 
91.6 
% of Input 
100% 
Difference (g) 
289.4 
0.6 
116.5 
24.8 
0
0
0 48.8% 
0
0
.1 
0
0
0 0.0% 
25.4 
16.4 
0
00
14.4% 
0 
0.0% 
0.0% 
0.1% 
0.0% 
0.2% 
0.0% 
0.6% 
0
0
00
0 
0.2 
0 
0.7 
0 
1.6 
0
0 0.0% 
42.8 
0
0
0
0 
14.8% 
0.0% 
79.0% 228.5 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
27.5 
28 
Temperature (oC) 
28.9 
28.9 
B77 
7/9/02 Test Date: 
Total Input (g) 289.4 
Total Collected (g) 228.5 
Difference (g) -60.9 
-21% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.6 
3.41% % Evaporation 
Mass Flow Rate 
60.02 
4.82 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.895 
8.090 
0.20 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
854 
Atm. P. (mbar) 
862 
SN-M&O-SCI-043-V2, pages 132-133 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 4, 13.5 cm right of patch center 33o 
Difference (g) 
146.2 
0.7 
84.9 
9.2 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
-270.8 -124.6 
86.2 
149.2 
64.7 
86.9 
64.3 
55.5 
108.1 108.0 
107.5 106.2 
61.3 47.9 
53.9 49.3 
Total Collected 
RH (%) 
90.3 
87 
RH (%) 
92.7 
92.8 
% of Input 
100% 
0 
64.4% 
0
0
00
0 
0.0% 0
0
0
0
0
00
0.0% 
0
0
0
0
0
0 
0.1 
0 
1.3 
0 
0.0% 
0.0% 
0.1% 
0.0% 
0.9% 
0.0% 
0.0% 0 
13.4 
0 9.2% 
4.6 
0
0
0
0 
3.1% 
0.0% 
77.6% 113.5 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
21.6 
22.5 
Temperature (oC) 
23.5 
23.3 
B78 
7/11/02 Test Date: 
Total Input (g) 146.2 
Total Collected (g) 113.5 
Difference (g) -32.7 
-22% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.7 
3.65% % Evaporation 
Mass Flow Rate 
30.08 
4.86 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.897 
7.994 
0.10 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
858 
Atm. P. (mbar) 
848 
SN-M&O-SCI-043-V2, pages 144-145 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 4, centerline, 33 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 83 
2-HUM/TMP-BDST 83.2 
Final Conditions 
1-HUM/TMP-BDST 93.8 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
320.9 863.8 
98.4 
87.0 
99.1 
49.5 
41.9 41.5 
510.3 107.2 
80.7 65.1
Total Collected 
RH (%) Temperature (oC) 
27.4 
27.4 
RH (%) Temperature (oC) 
29.8 
29.5 91.8 
% of Input 
100% 
Difference 
542.9 
0.7 
37.5 
6.9% 
0
0
0
0 
0
0
.4 
0.1% 
0
0
0
0
0 
0.0% 
0
00
0
0
0
00
0
0
0 
403.1 
0.0% 
0.0% 
0.0% 
0.0% 
74.2% 
0.0% 
0.0% 
0.0% 
0
0
0015.6 
0
00
2.9% 
0.0% 
84.1% 
0 
456.6 
P-IN-BDST 
P-IN-BDST 
B79 
7/2/02 Test Date: 
Total Input 542.9 
Total Collected 456.6 
Difference -86.3 
-16% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.7 
2.16% % Evaporation 
Mass Flow Rate 
120 
4.52 
Test Duration, min 
Flow Rate, g/min 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Reference Towel Mass
7.492 
7.934 
0.44 
Atm. P. (mbar) 
857 
Atm. P. (mbar) 
874 
SN-M&O-SCI-043-V2, pages 110-111 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 5, 13.5 cm left of patch center, 16.5o 
Difference (g) 
340.9 
-0.1 
242.6 
9.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 (SS) 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 92.3 
2-HUM/TMP-BDST 93.4 
Final Conditions RH (%) 
1-HUM/TMP-BDST 95.7 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Initial (g) Final (g) 
-342.2 
117.7 
313.9 
-1.3 
117.6 
71.3 
58.0 48.6 
50.3 48.6 
108.1 107.5 
111.7 
111.0 
109.2 
109.7 
83.3 56.3
Total Collected 
94.6 
% of Input 
100% 
0 
73.9% 
0
0
0
0
0 
0.0% 0
0 
1
0
.7 
0
0
0 
0.5% 
0
0
0
00
0 
0.6 
0 
0.0% 
0.0% 
0.2% 
0.0% 
0.0% 
0.7% 
0.4% 
0 
2.5 
1.3 
0.0% 
0
0 
27 
0
0
0 7.9% 
0.0% 
83.6% 
0 
285.1 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
26.3 
26.1 
Temperature (oC) 
28.3 
28.2 
B80 
7/8/02 Test Date: 
Total Input (g) 340.9 
Total Collected (g) 285.1 
Difference (g) -55.8 
-16% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
-0.1 
-0.20% % Evaporation 
Mass Flow Rate 
65.20 
5.23 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.639 
8.13 
0.49 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
864 
Atm. P. (mbar) 
869 
SN-M&O-SCI-043-V2, pages 120-121 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 5, 13.5 cm left of patch center, crown 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
-231.2 
94.2 
200.6 
67.9 
94.7 
63.8 
96.5 
62.5 
49.6 
48.1 
41.2 41.0 
108.4 108.3 
115.4 
112.3 
109.5 
110.6 
109.0 65.5 
Total Collected 
RH (%) 
90.4 
88.9 
RH (%) 
94.1 
90.1 
% of Input 
100% 
Difference (g) 
299.1 
0.5 
136.8 
45.7% 
0
0
00
00 
0.0% 
0
00
46.9 
14.4 
0
00
20.5% 
0.2 
0
0
0
0
0 
0.1 
0
0 
0.1% 
0.0% 
0.0% 
0.0% 
0.0% 
2.0% 
0.6% 
5.9 
1.7 
00
0.0% 
43.5 
0
0
0 
14.5% 
0.0% 
83.4% 
0 
249.5 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
24.7 
24.9 
Temperature (oC) 
26.6 
26.9 
B81 
7/10/02 Test Date: 
Total Input (g) 299.1 
Total Collected (g) 249.5 
Difference (g) -49.6 
-17% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.5 
1.85% % Evaporation 
Mass Flow Rate 
61.88 
4.83 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.92 
8.25 
0.33 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
856 
Atm. P. (mbar) 
846 
SN-M&O-SCI-043-V2, pages 138-139 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 5, centerline, crown 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 83 
2-HUM/TMP-BDST 83.2 
Final Conditions 
1-HUM/TMP-BDST 94.2 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
-245.5 
91.8 
66.3 
42.2 
92.2 
49.6 
111.9 
67.6 
48.3 
48.4 
42.0 40.9 
108.3 
106.5 
107.7 
105.9 
111.4 110.3 
117.7 63.3
Total Collected 
RH (%) Temperature (oC) 
24 
24 
RH (%) Temperature (oC) 
26.9 
26.9 92.3 
% of Input 
100% 
Difference 
287.7 
0.4 
16.7 
5.8% 
0
0
0
0
0
0 
0.0% 
0
0
0 
63.6 
19.2 
0
00
28.8% 
1.1 
0
0
00
0 
0.6 
0.6 
0.4% 
0.0% 
0.2% 
0.2% 
0.0% 
0.0% 
0.4% 
0
0 
1.1 
00
0.0% 
54.4 
0
0
0 
18.9% 
0.0% 
54.7% 
0 
157.3 
P-IN-BDST 
P-IN-BDST 
B82 
7/10/02 Test Date: 
Total Input 287.70 
Total Collected 157.3 
Difference -130.4 
-45% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.4 
1.57% % Evaporation 
Mass Flow Rate 
60 
4.80 
Test Duration, min 
Flow Rate, g/min 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Reference Towel Mass
7.568 
8.22 
0.65 
Atm. P. (mbar) 
855 
Atm. P. (mbar) 
854 
SN-M&O-SCI-043-V2, pages 140-141 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 5, 13.5 cm right of patch center, 33o 
Final Initial 
-108.2 
87.3 
179.1 
58.4 
87.8 
63.7 
67.0 55.4 
108.0 108.0 
113.8 112.2 
41.8 41.2 
68.6 63.7 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
21.3 
21 
RH (%) Temperature (oC) 
22.4 
22.3 92.9 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 91.5 
2-HUM/TMP-BDST 93.9 
Final Conditions 
1-HUM/TMP-BDST 92.9 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input Difference 
100% 
76.2% 
166.6 
0.5 
115.4 
11.6 
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% 
1.0% 
0.0% 
0.4% 
0
0
0
0 
1.6 
0 
0
0
.6 
4.9 
0
0
0 
2.9% 
0.0% 
80.5% 
0 
134.1 
P-IN-BDST 
P-IN-BDST 
B83 
7/11/02 Test Date: 
Total Input 166.6 
Total Collected 134.1 
Difference -32.5 
-20% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.5 
2.37% % Evaporation 
Mass Flow Rate 
34.03 
4.90 
Test Duration, min 
Flow Rate, g/min 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Reference Towel Mass
7.956 
7.97 
0.01 
Atm. P. (mbar) 
848 
Atm. P. (mbar) 
859 
SN-M&O-SCI-043-V2, pages 142-143 
May 2003
Single Patch q(film) Test Summary and Mass Balance - Rough Surface 
Test: Patch 5, Centerline, 16.5 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 91.1 
2-HUM/TMP-BDST 88.9 
Final Conditions 
1-HUM/TMP-BDST 94.3 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
434.0 
100.3 
60.5 
739.2 
100.5 
50.1 
41.4 41.2 
42.6 42.1 
320.1 109.4 
101.6 63.9
Total Collected 
RH (%) Temperature (oC) 
27 
26.9 
RH (%) Temperature (oC) 
28.6 
28.2 94.4 
% of Input 
100% 
Difference 
305.2 
0.2 
10.4 
3.4% 
0
0
0
0
00 
0.0% 
0
0
0 
0
0
.2 
0.1% 
0
0
0 
0.5 
0
0
0
0
0
0
0
0 
0.2% 
0.0% 
0.0% 
0.0% 
0.0% 
69.0% 
0.0% 
210.7 
0
0
0 
0.0% 
37.7 
0
0
0 
12.4% 
0.0% 
85.0% 
0 
259.5 
P-IN-BDST 
P-IN-BDST 
B84 
7/3/02 Test Date: 
Total Input 305.2 
Total Collected 259.5 
Difference -45.7 
-15% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.2 
0.59% % Evaporation 
Mass Flow Rate 
60 
5.09 
Test Duration, min 
Flow Rate, g/min 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Reference Towel Mass
7.595 
7.858 
0.26 
Atm. P. (mbar) 
863 
Atm. P. (mbar) 
864 
SN-M&O-SCI-043-V2, pages 116-117 
May 2003
Multiple Patch Test Summary and Mass Balance - Rough Surface 
Test: 81 cm left of DS center, crown 
Initial (g) Final (g) 
-262.8 29.4 
85.2 
131.8 
85.9 
57.1 
41.9 41.0 
82.6 
70.4 
49.0 
56.0 
164.8 106.2 
106.7 106.4 
101.9 63.9 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) 
89.6 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 92.6 
2-HUM/TMP-BDST 92.3 
Final Conditions RH (%) 
1-HUM/TMP-BDST 91.4 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference (g) 
292.2 
0.7 
74.7 
25.6% 
0
0
0
0 
0
0 .
9 
0.3% 
0
00
33.6 
14.4 
0
0
0 
16.4% 
0
0
0
00
58.6 
0
0 
0.3 
0.0% 
20.1% 
0.0% 
0.0% 
0.1% 
0.0% 
0.0% 
0.0% 
0
0
00
38 
0
00
13.0% 
0.0% 
75.5% 
0 
220.5 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
23.9 
24 
Temperature (oC) 
24.4 
24.4 
B85 
7/11/02 Test Date: 
Total Input (g) 292.2 
Total Collected (g) 220.5 
Difference (g) -71.7 
-25% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.7 
3.85% % Evaporation 
Mass Flow Rate 
61.07 
4.78 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.9 
7.8 
-0.1 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
856 
Atm. P. (mbar) 
855 
SN-M&O-SCI-043-V2, pages 149-150 
May 2003
Multiple Patch Test Summary and Mass Balance - Rough Surface 
Test: 27 cm left of DS center, crown 
Initial (g) Final (g) 
-220.0 68.5 
84.4 
130.2 
85.1 
64.2 
115.2 
76.6 
48.9 
56.0 
112.2 107.9 
111.9 106.6 
113.5 
45.1 
110.1 
41.0 
115.0 64.2 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
86.3 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 89.3 
2-HUM/TMP-BDST 86.8 
Final Conditions RH (%) 
1-HUM/TMP-BDST 90.6 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference (g) 
288.5 
0.7 
66 
22.9% 
0
0
00
00 
0.0% 
0
0
0 
66.3 
20.6 
0
0
0 30.1% 
0
0
0
00
0.0% 
0.0% 
1.5% 
0.0% 
1.8% 
0.0% 
1.2% 
0 
4.3 
0 
5.3 
0 
3.4 
4
0 .
1 
1.4% 
50.8 
0
0
0 
17.6% 
0.0% 
76.5% 
0 
220.8 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
24.2 
24.6 
Temperature (oC) 
24.9 
25.5 
B86 
7/11/02 Test Date: 
Total Input (g) 288.5 
Total Collected (g) 220.8 
Difference (g) -67.7 
-23% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.7 
4.02% % Evaporation 
Mass Flow Rate 
60.22 
4.79 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.8 
7.8 
0.0 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
854 
Atm. P. (mbar) 
848 
SN-M&O-SCI-043-V2, pages 151-152 
May 2003
Multiple Patch Test Summary and Mass Balance - Rough Surface 
Test: 27 cm right of DS center, crown 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
-252.6 41.5 
106.7 
206.8 
107.0 
72.1 
100.9 
67.6 
56.2 
48.9 
108.3 108.0 
109.7 
113.3 
109.5 
110.1 
110.6 63.6 
Total Collected 
RH (%) 
88.9 
92 
RH (%) 
92.4 
89.9 
% of Input 
100% 
Difference (g) 
294.1 
0.3 
134.7 
0
0 
45.8% 0
0
00
0 
0.0% 0
0 
44.7 
18.7 
0
00
21.6% 
0
0
0
0
0
0 
0.3 
0 
0.0% 
0.0% 
0.1% 
0.0% 
0.0% 
0.1% 
1.1% 
0 
0.2 
3.2 
0.0% 0
0 
47 
0
0
0 16.0% 
0.0% 
84.6% 
0 
248.8 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
19.8 
19.6 
Temperature (oC) 
21.4 
22.7 
B87 
7/12/02 Test Date: 
Total Input (g) 294.1 
Total Collected (g) 248.8 
Difference (g) -45.3 
-15% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.3 
0.76% % Evaporation 
Mass Flow Rate 
60.95 
4.83 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.8 
8.0 
0.2 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
861 
Atm. P. (mbar) 
858 
SN-M&O-SCI-043-V2, pages 155-156 
May 2003
Multiple Patch Test Summary and Mass Balance - Rough Surface 
Test: 81 cm right of DS center, crown 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
-211.3 78.7 
105.5 
220.8 
106.3 
71.8 
98.2 
71.4 
56.2 
56.5 
46.7 41.0 
107.2 107.0 
110.6 
110.2 
109.6 
110.3 
103.2 64.3 
Total Collected 
RH (%) 
92.3 
88.5 
RH (%) 
92.3 
89.5 
% of Input 
100% 
Difference (g) 
290 
0.8 
149 
0
0 
51.4% 
0
0
00
0 
0.0% 
00
42 
14.9 
0
00
19.6% 
0
0
0
0 
5.7 2.0% 
0.0% 
0.0% 
0.1% 
0.0% 
0.3% 
0.0% 
0
0 
0.2 
0
1 
-0.1 
0
0 0.0% 
38.9 
0
0
0 
13.4% 
0.0% 
86.8% 
0 
251.6 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
22.3 
22.8 
Temperature (oC) 
24.1 
24.4 
B88 
7/12/02 Test Date: 
Total Input (g) 290.0 
Total Collected (g) 251.6 
Difference (g) -38.4 
-13% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.8 
2.07% % Evaporation 
Mass Flow Rate 
60.65 
4.78 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
8.0 
7.9 
-0.1 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
863 
Atm. P. (mbar) 
858 
SN-M&O-SCI-043-V2, pages 157-158 
May 2003
Multiple Patch Test Summary and Mass Balance - Rough Surface 
Test: 81 cm right of DS center, 16.5o 
Initial (g) Final (g) 
-265.9 16.9 
104.7 
257.3 
45.9 
105.3 
64.9 
41.1 
42.2 41.6 
45.6 41.2 
108.9 108.1 
110.2 
110.3 
109.4 
110.1 
91.0 64.3 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1(SS) 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1(SS) 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
89 
89.2 
RH (%) Temperature (oC) 
93.9 
93.1 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference (g) 
282.8 
0.6 
192.4 
4.8 
0
0
0 
69.7% 
0
0 
0.0% 
0
00
0
0
.6 
0.2% 
0
00
4.4 
0
0
00
1.6% 
0.0% 
0.0% 
0.3% 
0.0% 
0.3% 
0.1% 
0
0 
0.8 
0 
0.8 
0.2 
0.0% 
0
0 
26.7 
0
00
9.4% 
0.0% 
81.6% 
0 
230.7 
P-IN-BDST 24.9 
24.7 
P-IN-BDST 26.9 
26.7 
B89 
7/12/02 Test Date: 
Total Input (g) 282.8 
Total Collected (g) 230.7 
Difference (g) -52.1 
-18% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.6 
1.60% % Evaporation 
Mass Flow Rate 
60.03 
4.71 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.9 
8.1 
0.2 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
858 
Atm. P. (mbar) 
867 
SN-M&O-SCI-043-V2, pages 159-160 
May 2003
Multiple Patch Test Summary and Mass Balance - Rough Surface 
Test: 27 cm right of DS center, 16.5 
Initial (g) Final (g) 
507.4 824.2 
105.6 
259.2 
72.5 
107.0 
65.0 
56.3 
49.7 49.3 
41.4 41.4 
106.8 106.8 
109.4 
109.5 
109.0 
109.8 
82.1 64.3 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
92.8 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 89.7 
2-HUM/TMP-BDST 90.9 
Final Conditions RH (%) 
1-HUM/TMP-BDST 91.9 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Difference (g) % of Input 
316.8 100% 
194.2 
16.2 
0
0
0 66.4% 
00 
0.0% 
0
00
0
0
.4 
0.1% 
0
00
0
0
0
00
0
0
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
0.1% 
-0.1% 
0.4 
-0.3 
00
0.0% 
17.8 
0
005.6% 
0.0% 
72.2% 
0 
228.7 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
26 
25.7 
Temperature (oC) 
26.8 
26.6 
B90 
7/15/02 Test Date: 
Total Input (g) 316.8 
Total Collected (g) 228.7 
Difference (g) -88.1 
-28% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.
0
7 
0.00% % Evaporation 
Mass Flow Rate 
60 
5.28 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.9 
7.9 
0.0 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
854 
Atm. P. (mbar) 
865 
SN-M&O-SCI-043-V2, pages 161-162 
May 2003
Multiple Patch Test Summary and Mass Balance - Rough Surface 
Test: 27 cm left of DS center, 16.5 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
460.0 769.6 
104.5 
241.8 
100.2 
104.8 
64.5 
56.1 
41.5 41.4 
42.1 41.7 
107.1 106.6 
106.3 
109.5 
110.5 
105.8 
109.0 
109.8 
88.4 64.8 
Total Collected 
RH (%) 
87.9 
87.4 
RH (%) 
92.9 
92.8 
Temperature (oC) 
26.1 
25.9 
Temperature (oC) 
27.6 
27.2 
Difference (g) % of Input 
100% 309.6 
0.3 
177.3 
44.1 
0
0
0 
71.5% 
0.1 
0
0
0
0 
0.0% 
0.4 
0
0
0
0 
0.1% 
0
0
0
0
0
0 
0.5 
0 
0.0% 
0.0% 
0.2% 
0.0% 
0.2% 
0.2% 
0.2% 
0.5 
0.5 
0.7 
0.0% 0
0 
23.6 
0
0
0 7.6% 
0.0% 
80.0% 
0 
247.7 
P-IN-BDST 
P-IN-BDST 
B91 
7/15/02 Test Date: 
Total Input (g) 309.6 
Total Collected (g) 247.7 
Difference (g) -61.9 
-20% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.3 
0.81% % Evaporation 
Mass Flow Rate 
60 
5.16 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.7 
8.0 
0.3 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
859 
Atm. P. (mbar) 
864 
SN-M&O-SCI-043-V2, pages 163-164 
May 2003
Multiple Patch Test Summary and Mass Balance - Rough Surface 
Test: 81 cm left of DS center, 16.5 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
488.5 731.1 
103.4 
230.7 
8.5 
103.5 
64.8 
8.0 
44.4 41.2 
42.8 41.5 
108.3 107.6 
106.8 105.9 
7.6 7.6 
99.6 64.8 
Total Collected 
RH (%) 
85.2 
86.6 
RH (%) 
94.7 
94.6 
Difference (g) 
242.6 
0.1 
165.9 
0.5 
0
0
0 
3. 
0
2 
0
0
0 
1
0 .
3 
0
0
0
0
0
0
0
0 
0.7 
0
0 
0.9 
0
0
0
0 
34.8 
0
0
0
0 
207.3 
Temperature (oC) 
25.7 
25.5 
Temperature (oC) 
28.3 
27.9 
B92 
% of Input 
100% 
68.6% 
1.3% 
0.5% 
0.0% 
0.3% 
0.0% 
0.0% 
0.4% 
0.0% 
0.0% 
0.0% 
14.3% 
0.0% 
85.4% 
P-IN-BDST 
P-IN-BDST 
7/15/02 Test Date: 
Total Input (g) 242.6 
Total Collected (g) 207.3 
Difference (g) -35.3 
-15% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.1 
0.28% % Evaporation 
Mass Flow Rate 
60 
4.04 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.7 
8.5 
0.8 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
860 
Atm. P. (mbar) 
866 
SN-M&O-SCI-043-V2, pages 165-166 
May 2003
Multiple Patch Test Summary and Mass Balance - Rough Surface 
Test: 81 cm left of DS center, 33 
Initial (g) Final (g) 
530.1 
101.4 
145.2 
636.9 
102.0 
64.3 
41.3 41.3 
106.0 106.0 
51.8 49.9 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
83.8 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 83.1 
2-HUM/TMP-BDST 84.6 
Final Conditions RH (%) 
1-HUM/TMP-BDST 83.4 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference (g) 
106.8 
0.6 
80.9 
75.7% 
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 
1.9 
0
0
0 
1.8% 
0.0% 
77.5% 
0 
82.8 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
25.7 
25.6 
Temperature (oC) 
2 
6 2
6.1 
B93 
7/16/02 Test Date: 
Total Input (g) 106.8 
Total Collected (g) 82.8 
Difference (g) -24 
-22% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.6 
1.75% % Evaporation 
Mass Flow Rate 
30 
3.56 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.8 
7.8 
0.0 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
854 
Atm. P. (mbar) 
847 
SN-M&O-SCI-043-V2, pages 173-174 
May 2003
Multiple Patch Test Summary and Mass Balance - Rough Surface 
Test: 27 cm left of DS center, 33 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final (g) Initial (g) 
568.8 
102.9 
152.9 
676.1 
103.0 
64.1 
41.1 41.1 
106.4 106.1 
52.5 49.8 
Total Collected 
RH (%) 
84.2 
86 
RH (%) 
92.8 
93.3 
% of Input 
100% 
Difference (g) 
107.3 
0.1 
88.8 
83.1% 
0
0
00
0
0
0
0
0 
0.0% 
0
0 
0.0% 
0
0
0
0
0
0
00
0
0
0 
0.3 
0.0% 
0.0% 
0.0% 
0.0% 
0.3% 
0.0% 
0.0% 
0.0% 
0
0
0
0 
2.7 
0
0
0 2.5% 
0.0% 
86.0% 
0 
91.8 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
25.3 
25.2 
Temperature (oC) 
27.4 
27.1 
B94 
7/16/02 Test Date: 
Total Input (g) 107.3 
Total Collected (g) 91.8 
Difference (g) -15.5 
-14% 
Evaporation 
Evap Pan Tare Wt (g) 
Evaporation (g) 
67.7 
0.1 
0.28% % Evaporation 
Mass Flow Rate 
30 
3.58 
Test Duration (min) 
Flow Rate (g/min) 
Reference Towel Mass 
7.7 
8.2 
0.5 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
857 
Atm. P. (mbar) 
853 
SN-M&O-SCI-043-V2, pages 171-172 
May 2003
Multiple Patch Test Summary and Mass Balance - Rough Surface 
Test: 27 cm right of DS center, 33 
Final Initial 
582.5 
103.5 
152.0 
690.9 
104.0 
65.1 
41.1 41.1 
109.7 109.4 
52.1 50.6 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
25.1 
25.1 
RH (%) Temperature (oC) 
26.4 
26.4 91.5 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 86.7 
2-HUM/TMP-BDST 86.1 
Final Conditions 
1-HUM/TMP-BDST 92.1 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
108.4 
0.5 
86.9 
80.2% 
0
0
0
0
00 
0.0% 
0
00
0
0 
0.0% 
0
00
0
0
0
00
0
0
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
0.3% 
0.0% 
0.3 
0
0
0 0.0% 
1.5 
0
0
0 1.4% 
0.0% 
81.8% 
0 
88.7 
P-IN-BDST 
P-IN-BDST 
B95 
7/16/02 Test Date: 
Total Input 108.4 
Total Collected 88.7 
Difference -19.7 
-18% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.5 
1.34% % Evaporation 
Mass Flow Rate 
30 
3.61 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.7 
8.0 
0.3 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
854 
Atm. P. (mbar) 
864 
SN-M&O-SCI-043-V2, pages 169-170 
May 2003
Multiple Patch Test Summary and Mass Balance - Rough Surface 
Test: 81 cm right of DS center, 33 
Final Initial 
542.6 
105.0 
149.7 
652.0 
105.9 
65.1 
41.6 41.3 
107.8 107.7 
109.5 109.3 
58.3 56.9 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
25.1 
25.5 
RH (%) Temperature (oC) 
25.9 
25.4 88.4 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 86 
2-HUM/TMP-BDST 85.1 
Final Conditions 
1-HUM/TMP-BDST 88.6 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
109.4 
0.9 
84.6 
0
0 
77.3% 
0
0
0
0
0 
0.0% 0
0
0
0
0 
0.0% 0
0 
0.3 
0
0
0
0 
0.3% 
0.0% 
0.0% 
0.1% 
0.0% 
0.2% 
0.0% 
0
0 
0.1 
0 
0.2 
0 
0.0% 0
0 
1.4 
0
0
0 1.3% 
0.0% 
79.2% 
0 
86.6 
P-IN-BDST 
P-IN-BDST 
B96 
7/16/02 Test Date: 
Total Input 109.4 
Total Collected 86.6 
Difference -22.8 
-21% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.9 
2.30% % Evaporation 
Mass Flow Rate 
30.03 
3.64 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.9 
7.8 
-0.1 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
860 
Atm. P. (mbar) 
864 
SN-M&O-SCI-043-V2, pages 167-168 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: High flow rate, 54 cm left of DS center, Crown 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
482.3 
100.0 
42.6 
813.0 
100.4 
42.5 
41.5 41.2 
113.7 64.1 
301.3 107.4 
102.9 102.2 
111.1 71.8 
Total Collected 
RH (%) 
84.4 
85 
RH (%) 
90.3 
90.8 
% of Input 
100% 
Difference 
330.7 
0.4 
0.1 
0.0% 
0
0
0
0 
0
0
.3 
0.1% 
0
0
0 
49.6 
0 
15.0% 
0
0
0
0
0
0
0
0
0
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
58.6% 
0.0% 
0.2% 
193.9 
0 
0.7 
0 0
0.0% 
39.3 
0
00
11.9% 
0.0% 
85.8% 
0 
283.9 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
24.8 
25 
Temperature (oC) 
25.4 
25.2 
B97 
7/19/02 Test Date 
Total Input 330.7 
Total Collected 283.9 
Difference -46.8 
-14% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.4 
1.19% % Evaporation 
Mass Flow Rate 
10 
33.07 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.8 
7.9 
0.1 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
863 
Atm. P. (mbar) 
861 
SN-M&O-SCI-043-V2, pages 194-195 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: Low flow rate, 54 cm left of DS Center, Crown 
Final Initial 
577.3 
86.3 
122.4 
695.4 
88.7 
66.8 
43.5 41.9 
50.9 49.7 
106.1 
107.1 
106.4 
108.2 
107.5 108.4 
110.1 110.4 
69.0 66.8 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
91.2 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 101.7 
2-HUM/TMP-BDST 92.7 
Final Conditions RH (%) 
1-HUM/TMP-BDST 88.4 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
118.1 
2.4 
55.6 
47.1% 
0
0
0
0
00
0
00
0.0% 
1
0
.6 
0
0 
1.2 2.4% 
0
0
0
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
2.2 
0
00
1.9% 
0.0% 
51.3% 
0 
60.6 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
26.9 
26.2 
Temperature (oC) 
27.2 
26.6 
B98 
7/23/02 Test Date 
Total Input 118.1 
Total Collected 60.6 
Difference -57.5 
-49% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
2.4 
10.91% % Evaporation 
Mass Flow Rate 
300.1 
0.39 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
8.2 
7.8 
-0.4 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
854 
Atm. P. (mbar) 
858 
SN-M&O-SCI-043-V2, pages 210-211 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: High flow rate, 27 cm left of DS center, Crown 
Final Initial 
459.5 
99.4 
197.6 
788.1 
99.8 
64.7 
41.5 41.5 
144.8 63.9 
10.5 7.6 
100.3 99.7 
112.2 109.9 
127.9 72.0 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) 
89 
86.4 
RH (%) 
92.2 
92.2 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
328.6 
0.4 
132.9 
0
0 
40.4% 
0
0
0
0
0 
0.0% 
00
80.9 
0
0
00
24.6% 
0 
0.0% 
0.0% 
0.9% 
0.0% 
0.2% 
0.0% 
0.7% 
0
0
00
0 
2.9 
0 
0.6 
0 
2.3 
0
0 0.0% 
55.9 
0
0
0 
17.0% 
0.0% 
83.8% 
0 
275.5 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
24.8 
25 
Temperature (oC) 
25.9 
25.2 
B99 
7/19/02 Test Date 
Total Input 328.6 
Total Collected 275.5 
Difference -53.1 
-16% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.4 
1.21% % Evaporation 
Mass Flow Rate 
10 
32.86 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.8 
8.0 
0.2 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
855 
Atm. P. (mbar) 
857 
SN-M&O-SCI-043-V2, pages 196-197 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: Low flow rate, 27 cm left of DS Center, Crown 
Final Initial 
701.9 
88.9 
71.5 
815.2 
89.1 
58.0 
53.9 42.2 
56.5 49.6 
108.6 107.1 
108.8 107.5 
111.6 110.0 
91.7 65.8 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
21 
20.5 
RH (%) Temperature (oC) 
28.1 
27.7 95.6 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 89.3 
2-HUM/TMP-BDST 93.4 
Final Conditions 
1-HUM/TMP-BDST 110 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
113.3 
0.2 
13.5 
0
0 
11.9% 
0
0
00
0 
0.0% 
0
0 
11
0
.7 
0
0 
6.9 16.4% 
0 
0.0% 
0.0% 
1.3% 
0.0% 
1.1% 
0.0% 
1.4% 
0
0
0
0
0 
1.5 
0 
1.3 
0 
1.6 
0
0 
0.0% 
25.9 
0
0
0 22.9% 
0.0% 
55.1% 
0 
62.4 
P-IN-BDST 
P-IN-BDST 
B100 
7/23/02 Test Date 
Total Input 113.3 
Total Collected 62.4 
Difference -50.9 
-45% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.2 
0.89% % Evaporation 
Mass Flow Rate 
302.5 
0.37 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.9 
8.5 
0.6 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
852 
Atm. P. (mbar) 
849 
SN-M&O-SCI-043-V2, pages 208-209 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: High flow rate, 27 cm right of DS center, Crown 
Final Initial 
437.6 
98.5 
229.9 
744.2 
99.0 
64.7 
55.4 49.3 
112.4 64.0 
41.1 41.0 
99.2 99.1 
109.4 
112.4 
109.1 
109.8 
110.8 71.7 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
24 
25 
RH (%) Temperature (oC) 
25.9 
25.4 91.3 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 87.5 
2-HUM/TMP-BDST 81.4 
Final Conditions 
1-HUM/TMP-BDST 91 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
306.6 
0.5 
165.2 
6.1 
0
0
0 55.9% 
00
0
0
0 0.0% 
48
0
.4 
0
00
15.8% 
0.1 
0
0
0
0
0 
0.1 
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
0.1% 
0.8% 
0.3 
2.6 
0
0 
0.0% 
39.1 
0
0
0 12.8% 
0.0% 
85.4% 
0 
261.9 
P-IN-BDST 
P-IN-BDST 
B101 
7/19/02 Test Date 
Total Input 306.6 
Total Collected 261.9 
Difference -44.7 
-15% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.5 
1.55% % Evaporation 
Mass Flow Rate 
10 
30.66 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.7 
7.8 
0.1 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
856 
Atm. P. (mbar) 
852 
SN-M&O-SCI-043-V2, pages 198-199 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: low flow, 27 cm right of DS center, Crown 
Final Initial 
674.0 
95.1 
95.1 
744.8 
96.2 
66.0 
52.6 50.0 
51.0 49.3 
110.4 111.6 
109.9 
110.5 
109.6 
111.5 
69.4 65.5 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
RH (%) Temperature (oC) 
27.4 
27.4 
Total Collected 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 87.1 
2-HUM/TMP-BDST 87.1 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
RH (%) Temperature (oC) 
99 
94.2 
TDR-EBS-MD-000025-00 
% of Input Difference 
100% 70.8 
1.1 
29.1 
41.1% 
0
0
00
0
0
0
00
0.0% 
2.6 
0
0
0 
1.7 6.1% 
0
0
0
00
0
0
0
0 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
0.4% 
0.0% 
0.3 
0
0
0 
0.0% 
3.9 
0
0
0 
5.5% 
0.0% 
53.1% 
0 
37.6 
P-IN-BDST 
P-IN-BDST 29.9 
29.5 
B102 
7/22/02 Test Date 
Total Input 70.8 
Total Collected 37.6 
Difference -33.2 
-47% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
1.1 
3.73% % Evaporation 
Mass Flow Rate 
301.1 
0.24 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.8 
8.2 
0.4 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
846 
Atm. P. (mbar) 
874 
SN-M&O-SCI-043-V2, pages 206-207 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: High flow rate, 54 cm left of DS center, 16.5 
Final Initial 
427.8 
98.4 
60.7 
756.0 
98.7 
49.7 
49.0 48.6 
42.6 41.5 
305.6 107.7 
130.9 71.6 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
85 
89.6 
89 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 84.8 
2-HUM/TMP-BDST 
Final Conditions RH (%) 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
328.2 
0
1
.3
1 
3.4% 
0
0
0
0 
0
0
.4 
0
00
0.1% 
1
0
.1 
0
00
0.3% 
0
0
0
0
0
0
0
0 
197.9 
0.0% 
0.0% 
0.0% 
0.0% 
60.3% 
0.0% 
0.0% 
0.0% 
0
0
00
59.3 
0
0
0 
18.1% 
0.0% 
82.2% 
0 
269.7 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
24 
24 
Temperature (oC) 
24.4 
24.3 
B103 
7/18/02 Test Date 
Total Input 328.2 
Total Collected 269.7 
Difference -58.5 
-18% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.3 
0.94% % Evaporation 
Mass Flow Rate 
10 
32.82 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.7 
7.8 
0.1 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
859 
Atm. P. (mbar) 
850 
SN-M&O-SCI-043-V2, pages 190-191 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: Low flow rate, 54 cm left of DS Center, 16.5 
Final Initial 
532.6 
97.7 
42.6 
627.0 
98.2 
42.4 
41.2 41.2 
41.6 41.6 
164.5 107.3 
102.3 102.2 
59.1 56.7 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
90.7 
Test Chamber Environment 
Initial Conditions RH (%) 
1-HUM/TMP-BDST 86.7 
2-HUM/TMP-BDST 84.3 
Final Conditions RH (%) 
1-HUM/TMP-BDST 108.5 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
94.4 
0.5 
0.2 
0
0 
0.2% 
00
0
0
0 
0.0% 
00
0
0
0
00
0.0% 
0
0
0
00
0.0% 
0.0% 
0.0% 
0.0% 
60.6% 
0.0% 
0.1% 
0
0
0 
57.2 
0 
0.1 
0
0 0.0% 
2.4 
0
0
0 
2.5% 
0.0% 
63.5% 
0 
59.9 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
23.8 
24.4 
Temperature (oC) 
27.7 
28.1 
B104 
7/18/02 Test Date 
Total Input 94.4 
Total Collected 59.9 
Difference -34.5 
-37% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.5 
1.59% % Evaporation 
Mass Flow Rate 
300 
0.31 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.7 
8.7 
1.0 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
858 
Atm. P. (mbar) 
852 
SN-M&O-SCI-043-V2, pages 192-193 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: High flow rate, 27 cm left of DS Center, 16.5 
Difference 
322.1 
0.7 
179.7 
26.9 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
468.7 
99.0 
244.2 
790.8 
99.7 
64.5 
89.9 63.0 
41.1 41.1 
43.7 41.7 
108.1 107.4 
108.8 
101.8 
110.5 
107.5 
101.6 
110.2 
124.8 71.9 
Total Collected 
RH (%) 
88.1 
85 
RH (%) 
88.5 
88.7 
% of Input 
100% 
0 
64.1% 
0
0
0
0
0 
0.0% 
00
2
0
0
00
0.6% 
0
0
0
00
0 
0.7 
0 
0.0% 
0.0% 
0.2% 
0.0% 
0.4% 
0.1% 
0.1% 
1.3 
0.2 
0.3 
0.0% 
0
0 
52.9 
0
0
0 
16.4% 
0.0% 
82.0% 
0 
264 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
24.2 
24.5 
Temperature (oC) 
24.4 
24.4 
B105 
7/18/02 Test Date 
Total Input 322.1 
Total Collected 264 
Difference -58.1 
-18% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.7 
2.12% % Evaporation 
Mass Flow Rate 
10 
32.21 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.8 
7.8 
0.0 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
860 
Atm. P. (mbar) 
862 
SN-M&O-SCI-043-V2, pages 188-189 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: Low flow rate, 27 cm left of DS Center, 16.5 
Final Initial 
679.6 
80.5 
156.2 
795.6 
80.8 
66.4 
42.1 42.0 
40.5 40.5 
107.8 107.0 
107.9 
109.9 
110.4 
107.5 
109.4 
110.1 
66.9 63.8 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
RH (%) Temperature (oC) 
20.9 
20.4 
Total Collected 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 86.7 
2-HUM/TMP-BDST 92.4 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
RH (%) Temperature (oC) 
9 
5 9
6.3 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
116 
0.33 
89.8 
0
0
0 
77.5% 0.1 
00
0
00
0.0% 
0
0
0
00
0.0% 
0
0
0
00
0 
0.8 
0 
0.0% 
0.0% 
0.7% 
0.0% 
0.3% 
0.4% 
0.3% 
0.4 
0.5 
0.3 
0.0% 
003.1 
0
0
0 2.7% 
0.0% 
81.9% 
0 
95 
P-IN-BDST 
P-IN-BDST 28.1 
27.6 
B106 
7/24/02 Test Date 
Total Input 116.0 
Total Collected 95 
Difference -21 
-18% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.33 
2.34% % Evaporation 
Mass Flow Rate 
300.2 
0.39 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.7 
8.5 
0.8 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
843 
Atm. P. (mbar) 
852 
SN-M&O-SCI-043-V2, pages 212-213 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: High flow rate, 27 cm right of DS center, 16.5 
Difference 
313.9 
0.4 
172.3 
34.8 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 83.6 
2-HUM/TMP-BDST 85.7 
Final Conditions 
1-HUM/TMP-BDST 91.7 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
445.4 
99.9 
236.4 
759.3 
100.3 
64.1 
97.9 63.1 
50.3 48.9 
41.2 41.0 
107.6 106.8 
110.4 
8.6 
109.3 
8.4 
121.6 64.0
Total Collected 
RH (%) Temperature (oC) 
24.7 
24.7 
RH (%) Temperature (oC) 
25.5 
25.5 92.8 
% of Input 
100% 
66.0% 
0
0
0
0
0 
0.0% 
0
0
0 
1
0
.4 
0.4% 
0
00
0.2 
0
0
00
0 
0.8 
0
0 
0.1% 
0.0% 
0.3% 
0.0% 
0.0% 
0.4% 
0.1% 
1.1 
0.2 
00
0.0% 
57.6 
0
0
0 
18.3% 
0.0% 
85.5% 
0 
268.4 
P-IN-BDST 
P-IN-BDST 
B107 
7/18/02 Test Date 
Total Input 313.9 
Total Collected 268.4 
Difference -45.5 
-14% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.4 
1.19% % Evaporation 
Mass Flow Rate 
10 
31.39 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.6 
7.9 
0.3 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
875 
Atm. P. (mbar) 
861 
SN-M&O-SCI-043-V2, pages 186-187 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: Low flow rate, 27 cm right of DS Center, 16.5 
Final Initial 
547.7 
79.4 
158.2 
667.4 
80.4 
61.2 
40.2 40.2 
40.9 40.9 
107.8 107.7 
110.0 
110.4 
109.9 
110.4 
63.7 62.8 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
28.3 
27.7 
RH (%) Temperature (oC) 
98 
94.9 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 95.2 
2-HUM/TMP-BDST 94.5 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Difference % of Input 
119.7 100% 
97 
1
0
0
0
0 81.0% 
00
0 
0.0% 
0
0
0
0
0
00
0.0% 
0
0
0
00
0 
0.1 
0 
0.0% 
0.0% 
0.1% 
0.0% 
0.0% 
0.1% 
0.0% 
0 
0.1 
0
0
0 0.0% 
0.9 
0
0
0 
0.8% 
0.0% 
82.0% 
0 
98.1 
P-IN-BDST 
P-IN-BDST 29.7 
29.2 
B108 
7/24/02 Test Date 
Total Input 119.7 
Total Collected 98.1 
Difference -21.6 
-18% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7
1 
7.30% % Evaporation 
Mass Flow Rate 
301.7 
0.40 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
8.1 
8.2 
0.1 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
862 
Atm. P. (mbar) 
868 
SN-M&O-SCI-043-V2, pages 214-215 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: High flow rate, 54 cm left of DS center, 33 
Final Initial 
446.0 
102.9 
85.2 
776.1 
103.1 
49.5 
41.5 41.0 
311.0 106.0 
71.6 49.1 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) 
87.2 
89.3 
RH (%) 
89.9 
90.9 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
330.1 
0.2 
35.7 
10.8% 
0
0
0
0 
0
0
.5 
0
00
0.2% 
0
0
0
0
0 
0.0% 
0
0
0
0
0
0
0
0 
205 
0.0% 
0.0% 
0.0% 
0.0% 
62.1% 
0.0% 
0.0% 
0.0% 
0
0
00
22.5 
0
0
0 
6.8% 
0.0% 
79.9% 
0 
263.7 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
24.7 
24.5 
Temperature (oC) 
25.1 
24.9 
B109 
7/17/02 Test Date 
Total Input 330.1 
Total Collected 263.7 
Difference -66.4 
-20% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.2 
0.55% % Evaporation 
Mass Flow Rate 
10 
33.01 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.7 
8.0 
0.3 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
856 
Atm. P. (mbar) 
860 
SN-M&O-SCI-043-V2, pages 178-179 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: Low flow rate, 54 cm left of DS center, 33 
Final Initial 
559.1 
100.3 
42.4 
682.2 
101.3 
42.2 
41.1 41.1 
159.4 106.2 
42.5 41.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) 
89 
89.9 
RH (%) 
97 
86.5 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
Final Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Difference % of Input 
100% 123.1 
1 
0.2 
0
0 
0.2% 
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% 
43.2% 
0.0% 
0.0% 
0
0
0 
53.2 
0
0
00
0.0% 
1.1 
0
00
0.9% 
0.0% 
44.3% 
0 
54.5 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
27.2 
26.9 
Temperature (oC) 
27.7 
28.7 
B110 
7/16/02 Test Date 
Total Input 123.1 
Total Collected 54.5 
Difference -68.6 
-56% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7
1 
2.89% % Evaporation 
Mass Flow Rate 
300 
0.41 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
8.0 
8.3 
0.3 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
852 
Atm. P. (mbar) 
875 
SN-M&O-SCI-043-V2, pages 176-177 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: High flow rate, 27 cm left of DS center, 33 
Difference 
339.2 
0.3 
192.3 
41.8 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 
2-HUM/TMP-BDST 83.3 
Final Conditions RH (%) 
1-HUM/TMP-BDST 84.8 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
459.5 
102.2 
256.2 
798.7 
102.5 
63.9 
104.3 62.5 
107.0 107.0 
107.6 107.5 
74.3 56.4
Total Collected 
RH (%) 
82 
85.7 
% of Input 
100% 
69.0% 
0
0
0
00
0
00
0.0% 
0
0
0
00
0.0% 
0
0
0
00
0
0
0 
0.1 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
0
0
0
0 
17.9 
000
5.3% 
0.0% 
74.3% 
0 
252.1 
P-IN-BDST 
P-IN-BDST 
Temperature (oC) 
24.7 
25.4 
Temperature (oC) 
24.6 
24.5 
B111 
7/17/02 Test Date 
Total Input 339.2 
Total Collected 252.1 
Difference -87.1 
-26% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.3 
0.84% % Evaporation 
Mass Flow Rate 
10 
33.92 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.8 
7.8 
0.0 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
849 
Atm. P. (mbar) 
848 
SN-M&O-SCI-043-V2, pages 180-181 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: Low flow rate, 27 cm left of DS center, 33 
Final Initial 
682.7 
83.7 
169.1 
798.5 
84.0 
74.3 
41.0 40.2 
108.0 107.0 
108.0 107.6 
71.3 69.4 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
20.4 
20 
RH (%) Temperature (oC) 
27.9 
27.5 95.2 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 87.9 
2-HUM/TMP-BDST 92.7 
Final Conditions 
1-HUM/TMP-BDST 99.8 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
115.8 
0.3 
94.8 
0
0
0 
82.6% 0.8 
00
0
00
0.0% 
0
0
0
0
0 
0.0% 
0
0
0
0
0
0
1
0 
0.4 
0.0% 
0.0% 
0.9% 
0.0% 
0.3% 
0.0% 
0.0% 
0.0% 
0
0
0
0 
1.9 
0
0
0 1.6% 
0.0% 
85.4% 
0 
98.9 
P-IN-BDST 
P-IN-BDST 
B112 
7/25/02 Test Date 
Total Input 115.8 
Total Collected 98.9 
Difference -16.9 
-15% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.3 
1.73% % Evaporation 
Mass Flow Rate 
303.85 
0.38 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.8 
8.6 
0.8 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
850 
Atm. P. (mbar) 
850 
SN-M&O-SCI-043-V2, pages 216-217 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: High flow rate, 27 cm right of DS center, 33 
Difference 
330.3 
0.3 
184.5 
48.9 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 86.1 
2-HUM/TMP-BDST 86.1 
Final Conditions 
1-HUM/TMP-BDST 88 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
Final Initial 
472.9 
101.7 
248.3 
803.2 
102.0 
63.8 
111.6 62.7 
107.0 106.9 
107.6 
110.5 
107.5 
109.3 
73.2 56.5
Total Collected 
RH (%) Temperature (oC) 
24.3 
24.6 
RH (%) Temperature (oC) 
24.8 
24.8 89.3 
% of Input 
100% 
0 
70.7% 
0
0
00
0 
0.0% 0
0
0
0
0
00
0.0% 
0
0
0
0
0
0 
0.1 
0 
0.0% 
0.0% 
0.0% 
0.0% 
0.0% 
0.4% 
0.0% 
0.1 
1.2 
0
0
0 
0.0% 
16.7 
0
0
0 
5.1% 
0.0% 
76.1% 
0 
251.5 
P-IN-BDST 
P-IN-BDST 
B113 
7/17/02 Test Date 
Total Input 330.3 
Total Collected 251.5 
Difference -78.8 
-24% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.3 
0.85% % Evaporation 
Mass Flow Rate 
10 
33.03 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
7.7 
7.8 
0.1 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
854 
Atm. P. (mbar) 
853 
SN-M&O-SCI-043-V2, pages 182-183 
May 2003
Bounding Flow Test Summary and Mass Balance - Rough DS Surface 
Test: Low flow rate, 27 cm right of DS center, 33 
Final Initial 
549.4 
101.4 
140.5 
661.7 
101.7 
64.3 
110.5 109.7 
52.2 49.2 
Water Input 
Evap 
G1-1 
G1-2 
G1-3 
G1-4 
SS-1 
G2-1 
G2-2 
G2-3 
G2-4 
SS-2 
G3-1 
G3-2 
G3-3 
G3-4 
SS-3 
G4-1 
G4-2 
G4-3 
G4-4 
SS-4 
B1 
B2 
B3 
B4 
B5 
B6 
DS in-1 
DS in-2 
DS out-1 
DS out-2 
DS out-3 
DS out-4 
Other 
Total Collected 
RH (%) Temperature (oC) 
25.9 
25.5 
RH (%) Temperature (oC) 
28.6 
28.4 95.1 
Test Chamber Environment 
Initial Conditions 
1-HUM/TMP-BDST 91.6 
2-HUM/TMP-BDST 92.8 
Final Conditions 
1-HUM/TMP-BDST 109.6 
2-HUM/TMP-BDST 
TDR-EBS-MD-000025-00 
% of Input 
100% 
Difference 
112.3 
0.3 
76.2 
67.9% 
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% 
0.7% 
0.0% 
0.8 
0
0
0 
0.0% 
3
0
0
0 
2.7% 
0.0% 
71.2% 
0 
80 
P-IN-BDST 
P-IN-BDST 
B114 
7/17/02 Test Date 
Total Input 112.3 
Total Collected 80 
Difference -32.3 
-29% 
Evaporation 
Evap Pan Tare Wt, g 
Evaporation, g 
66.7 
0.3 
0.86% % Evaporation 
Mass Flow Rate 
304 
0.37 
Test Duration, min 
Flow Rate, g/min 
Reference Towel Mass 
8.0 
8.4 
0.4 
Initial Mass (g) 
Final Mass (g) 
Difference (g) 
Atm. P. (mbar) 
857 
Atm. P. (mbar) 
863 
SN-M&O-SCI-043-V2, pages 184-185 
May 2003
Test Description: Q (film)  Rivulet Flow 
Patch 5, center, crown 
Pages 116 and 117 of SN-M&O-SCI-043-V1 
Position relative to drip 
impact 
Maximum (cm) 
Minimum (cm) 
Test Description: Q (film)  Rivulet Flow 
Patch 5, 4 cm left of center, crown 
Pages 118 and 119 of SN-M&O-SCI-043-V1 
Position relative to drip 
impact 
Maximum (cm) 
Minimum (cm) 
Test Description: Q (film)  Rivulet Flow 
Patch 4, center, crown 
Pages 120 and 121 of SN-M&O-SCI-043-V1 
Position relative to drip 
impact 
Right (cm) 
Left (cm) 
Test Description: Q (film)  Rivulet Flow 
Patch 4, 8 cm right of center, crown 
Pages 122 and 123 of SN-M&O-SCI-043-V1 
Position relative to drip 
impact 
Right (cm) 
Left (cm) 
Test Description: Q (film)  Rivulet Flow 
Patch 4, 8 cm right of center, 16.5 
Pages 124 and 125 of SN-M&O-SCI-043-V1 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
33o 
-28.0 
0 
33o 
33o 
26.5 
11.0 
33o 
28.5 
15.0 
33o 
5.5 
3.5 
APPENDIX C: 
Rivulet Spread Data 
21 
Not Recorded 
Transition 
(Curved to vertical) 
-45.5 
0 
Transition 
(Curved to vertical) 
Not Recorded 
Not Recorded 
Transition 
(Curved to vertical) 
19.0 
14.0 
Transition 
(Curved to vertical) 
36 
24
.5 
Transition 
(Curved to vertical) 
13.5 
N/A 
C1 
Vertical 
-54.0 
0 
Vertical 
Not Recorded 
Not Recorded 
Vertical 
Not Visible at Test End 
47.0 
Vertical 
Top of Patch 40.5 cm from 
Trans 
45 
19 
Vertical 
(Top of patch on vertical) 
15 
N/A 
May 2003
Test Description: Q (film)  Rivulet Flow 
Patch 2, center, 16.5 
Pages 126 and 127 of SN-M&O-SCI-043-V1 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Q (film)  Rivulet Flow 
Patch 2, 15 cm right of center, 16.5 
Pages 128 and 129 of SN-M&O-SCI-043-V1 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Q (film)  Rivulet Flow 
Patch 5, 4 cm left of center, 16.5 
Pages 131 and 132 of SN-M&O-SCI-043-V1 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Q (film)  Rivulet Flow 
Patch 2, 15 cm right of center, 33 
Pages 133 and 134 of SN-M&O-SCI-043-V1 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Q (film)  Rivulet Flow 
Patch 2, center, 33 
Pages 135 and 136 of SN-M&O-SCI-043-V1 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
33o 
7.5 
4.5 
33o 
11.5 
9.0 
33o 
8.5 
8.5 
33o 
N/A 
N/A 
33o 
N/A 
N/A 
Transition 
(Curved to vertical) 
19.5 
22.0 
Transition 
(Curved to vertical) 
18.0 
15.0 
Transition 
(Curved to vertical) 
N/A enter breach 
N/A enter breach 
Transition 
(Curved to vertical) 
13.0 
11.5 
Transition 
(Curved to vertical) 
9.0 
10.5 
C2 
Vertical 
(Top of patch on vertical) 
19.0 
27.0 
Vertical 
(Top of patch on vertical) 
18.0 
18.0 
Vertical 
(Top of patch on vertical) 
N/A enter breach 
N/A enter breach 
Vertical 
(Top of patch on vertical) 
14.5 
12.0 
Vertical 
(Top of patch on vertical) 
6.0 
18.0 
May 2003
Test Description: Q (film)  Rivulet Flow 
Patch 4, 8 cm right of center, 33 
Pages 137 and 138 of SN-M&O-SCI-043-V1 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Smooth DS Surface 
81 cm left of DS center, 33 
Pages 142 and 143 of SN-M&O-SCI-043-V1 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Smooth DS Surface 
27 cm left of DS center, 33 
Pages 144 and 145 of SN-M&O-SCI-043-V1 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Smooth DS Surface 
27 cm right of DS center, 33 
Pages 146 and 147 of SN-M&O-SCI-043-V1 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Smooth DS Surface 
81 cm right of DS center, 33 
Pages 148 and 149 of SN-M&O-SCI-043-V1 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
33o 
N/A 
N/A 
33o 
N/A 
N/A 
33o 
N/A 
N/A 
33o 
N/A 
N/A 
33o 
N/A 
N/A 
Transition 
(Curved to vertical) 
14.5 top of patch 4 
9.5 top of patch 4 
Transition 
(Curved to vertical) 
14 cm 
12 cm 
Transition 
(Curved to vertical) 
11 cm 
9cm 
Transition 
(Curved to vertical) 
10 cm 
13 cm 
Transition 
(Curved to vertical) 
10 cm 
10 cm 
C3 
Vertical 
(Top of patch on vertical) 
N/A enter breach 
N/A enter breach 
Vertical 
(Top of patch on vertical) 
15 cm 
18 cm 
Vertical 
(Top of patch on vertical) 
16 cm 
14 cm 
Vertical 
(Top of patch on vertical) 
8 cm 
15 cm 
Vertical 
(Top of patch on vertical) 
22 cm 
10 cm 
May 2003
Test Description: Multiple Patch Tests, Smooth DS Surface 
27 cm right of drip shield center (Patch 6 center), crown 
Pages 9 and 10 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Smooth DS Surface 
27 cm left of drip shield center, crown 
Pages 15 and 16 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Smooth DS Surface 
81 cm left of drip shield center, crown 
Pages 17 and 18 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Smooth DS Surface 
81 cm left of drip shield center, 16.5o 
Pages 19 and 20 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Smooth DS Surface 
27 cm left of drip shield center, 16.5o 
Pages 21 and 22 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
33o Transition 
(Curved to vertical) 
Enter B5 
19.0 
29.0 
13.0 
Transition 33o 
(Curved to vertical) 
29.0 
Enter B4 
21.5 
21.0 
33o Transition 
(Curved to vertical) 
Enter B4 
11.5 
23.5 
17.0 
33o Transition 
(Curved to vertical) 
Enter B4 
14.0 
4.5 
6.5 
33o Transition 
(Curved to vertical) 
13.0 
15.0 
7.0 
5.5 
C4 
Vertical 
(Top of patch on vertical) 
Enter B5 
23.0 
Vertical 
(Top of patch on vertical) 
30.0 
Enter B4 
Vertical 
(Top of patch on vertical) 
Enter B4 
35.5 
Vertical 
(Top of patch on vertical) 
Enter B4 
Not Visible, Dry 
Vertical 
(Top of patch on vertical) 
20.0 
14.5 
May 2003
Test Description: Multiple Patch Tests, Smooth DS Surface 
27 cm right of drip shield center, 16.5o 
Pages 25 and 26 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Smooth DS Surface 
81 cm right of drip shield center, crown 
Pages 200 and 201 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Smooth DS Surface 
7 cm right of drip shield center, crown 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 32-33 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: High Flow Rate (20.0 m3/yr nominal), Smooth DS Surface 
27 cm right of drip shield center, crown 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 36-37 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Smooth DS Surface 
27 cm left of drip shield center, crown 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 38-39 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
33o 
6.0 
11.0 
33o 
18.0 
20.0 
33o 
13.5 
20.0 
33o 
16.5 
24.0 
33o 
8.0 
10.0 
Transition 
(Curved to vertical) 
15.5 
27.5 
Transition 
(Curved to vertical) 
17.0 
21.0 
Transition 
(Curved to vertical) 
8.5 
28.0 
Transition 
(Curved to vertical) 
29.0 
37.0 
Transition 
(Curved to vertical) 
13.0 
23.0 
C5 
Vertical 
(Top of patch on vertical) 
24.0 
31.0 
Vertical 
(Top of patch on vertical) 
29.0 
32.0 
Vertical 
(Top of patch on vertical) 
25.5 
36.0 
Vertical 
(Top of patch on vertical) 
45.0 
39.0 
Vertical 
(Top of patch on vertical) 
20.0 
24.0 
May 2003
Test Description: High Flow Rate (20.0 m3/yr nominal), Smooth DS Surface 
27 cm left of drip shield center, crown 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 40-41 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Smooth DS Surface 
54 cm left of drip shield center, crown 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 42-43 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: High Flow Rate (20.0 m3/yr nominal), Smooth DS Surface 
54 cm left of drip shield center, crown 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 44-45 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: High Flow Rate (20.0 m3/yr nominal), Smooth DS Surface 
54 cm left of drip shield center, 16.5o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 46-47 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Smooth DS Surface 
54 cm left of drip shield center, 16.5o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 48-49 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
33o 
19 
24 
33o 
30.0 
10.5 
33o 
32.0 
22.0 
33o 
31.0 
46.0 
33o 
8.5 
10.0 
Transition 
(Curved to vertical) 
27 
32 
Transition 
(Curved to vertical) 
54.0 
15.0 
Transition 
(Curved to vertical) 
44.0 
30.0 
Transition 
(Curved to vertical) 
35.0 
46.0 
Transition 
(Curved to vertical) 
19.0 
27.0 
C6 
Vertical 
(Top of patch on vertical) 
34 
21 
Vertical 
(Top of patch on vertical) 
63.0 
15.0 
Vertical 
(Top of patch on vertical) 
56.0 
35.0 
Vertical 
(Top of patch on vertical) 
35.0 
45.0 
Vertical 
(Top of patch on vertical) 
24.0 
30.0 
May 2003
Test Description: Low Flow Rate (0.2 m3/yr nominal), Smooth DS Surface 
27 cm left of drip shield center, 16.5o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 50-51 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: High Flow Rate (20.0 m3/yr nominal), Smooth DS Surface 
27 cm left of drip shield center, 16.5o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 52-53 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: High Flow Rate (20.0 m3/yr nominal), Smooth DS Surface 
27 cm right of drip shield center, 16.5o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 54-55 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Smooth DS Surface 
27 cm right of drip shield center, 16.5o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 56-57 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: High Flow Rate (20.0 m3/yr nominal), Smooth DS Surface 
27 cm left of drip shield center, 33o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 58-59 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
Transition 33o 
(Curved to vertical) 
17.0 
16.0 
6.0 
8.0 
Transition 33o 
(Curved to vertical) 
22.0 
19.0 
18.0 
24.0 
Transition 33o 
(Curved to vertical) 
14.0 
23.0 
13.0 
27.0 
Transition 33o 
(Curved to vertical) 
16.0 
19.0 
12.0 
17.0 
Transition 33o 
(Curved to vertical) 
11.0 
17.0 
4.0 
3.0 
C7 
Vertical 
(Top of patch on vertical) 
24.0 
20.0 
Vertical 
(Top of patch on vertical) 
25.0 
21.0 
Vertical 
(Top of patch on vertical) 
19.0 
24.0 
Vertical 
(Top of patch on vertical) 
20.0 
28.0 
Vertical 
(Top of patch on vertical) 
26.0 
18.0 
May 2003
Test Description: High Flow Rate (20.0 m3/yr nominal), Smooth DS Surface 
27 cm right of drip shield center, 33o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 60-61 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: High Flow Rate (20.0 m3/yr nominal), Smooth DS Surface 
54 cm left of drip shield center, 33o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 62-63 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Smooth DS Surface 
54 cm left of drip shield center, 33o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 64-65 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Smooth DS Surface 
27 cm left of drip shield center, 33o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 66-67 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Smooth DS Surface 
27 cm right of drip shield center, 33o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 68-69 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
Transition 33o 
(Curved to vertical) 
15.0 
17.0 
5.0 
5.0 
Transition 33o 
(Curved to vertical) 
17.0 
17.0 
4.0 
4.0 
Transition 33o 
(Curved to vertical) 
NA 
NA 
NA 
NA 
Transition 33o 
(Curved to vertical) 
NA 
NA 
9.0 
9.5 
Transition 33o 
(Curved to vertical) 
NA 
NA 
8.5 
10.0 
C8 
Vertical 
(Top of patch on vertical) 
28.0 
17.0 
Vertical 
(Top of patch on vertical) 
18.0 
20.0 
Vertical 
(Top of patch on vertical) 
NA 
NA 
Vertical 
(Top of patch on vertical) 
Enter B4 
8.0 
Vertical 
(Top of patch on vertical) 
12.0 
8.0 
May 2003
Test Description: Single Patch q(splash) Tests, Rough DS Surface 
Patch 6, 20 cm left of patch center, crown 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 93-94 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(splash) Tests, Rough DS Surface 
Patch 6 center, 15 cm below crown 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 95-96 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(splash) Tests, Rough DS Surface 
Patch 6, patch center, 16.5o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 97-98 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(splash) Tests, Rough DS Surface 
Patch 5, 20 cm left of patch center, 16.5o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 99-100 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(splash) Tests, Rough DS Surface 
Patch 5, 20 cm left of patch center, 33o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 101-102 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
33o 
16.0 
14.0 
33o 
6.0 
10.0 
33o 
13.0 
8.0 
33o 
29.0 
27.0 
33o 
3.0 
1.0 
Transition 
(Curved to vertical) 
9.5 
12.5 
Transition 
(Curved to vertical) 
9.0 
9.5 
Transition 
(Curved to vertical) 
43.0 
39.0 
Transition 
(Curved to vertical) 
2.0 
40.0 
Transition 
(Curved to vertical) 
3.0 
16.0 
C9 
Vertical 
(Top of patch on vertical) 
19.0 
12.5 
Vertical 
(Top of patch on vertical) 
11.0 
10.5 
Vertical 
(Top of patch on vertical) 
39.0 
38.0 
Vertical 
(Top of patch on vertical) 
4.0 
34.0 
Vertical 
(Top of patch on vertical) 
3.0 
18.0 
May 2003
Test Description: Single Patch q(splash) Tests, Rough DS Surface 
Patch 4, 27 cm right of patch center, 33o 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 103-104 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(film) Rivulet Flow Tests: Rough DS Surface 
Patch 4, centerline, 33o 
Pages 110 and 111 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(film) Rivulet Flow Tests: Rough DS Surface 
Patch 2, center, 33o 
Pages 112 and 113 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(film) Rivulet Flow Tests: Rough DS Surface 
Patch 2, 13.5 cm right of center, 33o 
Pages 114 and 115 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(film) Rivulet Flow Tests: Rough DS Surface 
Patch 5, centerline, 16.5o 
Pages 116 and 117 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
33o 
3.0 
3.0 
33o 
3.0 
2.0 
33o 
2.0 
2.0 
33o 
2.0 
2.0 
33o 
16.5 
27.0 
Transition 
(Curved to vertical) 
17.0 
11.5 
Transition 
(Curved to vertical) 
23.0 
20.0 
Transition 
(Curved to vertical) 
2.0 
9.0 
Transition 
(Curved to vertical) 
10.0 
1.0 
Transition 
(Curved to vertical) 
18.0 
22.0 
C10 
Vertical 
(Top of patch on vertical) 
16.0 
10.0 
Vertical 
(Top of patch on vertical) 
18.0 
22.0 
Vertical 
(Top of patch on vertical) 
4.0 
8.0 
Vertical 
(Top of patch on vertical) 
10.0 
3.0 
Vertical 
(Top of patch on vertical) 
19.0 
22.0 
May 2003
Test Description: Single Patch q(film) Rivulet Flow Tests: Rough DS Surface 
Patch 2, 13.5 cm right of centerline, 16.5o 
Pages 118 and 119 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(film) Rivulet Flow Tests: Rough DS Surface 
Patch 5, 13.5 cm left of patch center, 16.5o 
Pages 120 and 121 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(film) Rivulet Flow Tests: Rough DS Surface 
Patch 2, centerline, 16.5o 
Pages 122 and 123 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(film) Rivulet Flow Tests: Rough DS Surface 
Patch 4, centerline, 16.5o 
Pages 126 and 127 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(film) Rivulet Flow Tests: Rough DS Surface 
Patch 4, centerline, crown 
Pages 128 and 129 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
33o 
14.0 
12.0 
33o 
20.5 
15.0 
33o 
32.0 
20.0 
33o 
11.0 
23.5 
33o 
1.0 
26.0 
Transition 
(Curved to vertical) 
25.0 
14.0 
Transition 
(Curved to vertical) 
N/A 
15.0 
Transition 
(Curved to vertical) 
32.0 
20.0 
Transition 
(Curved to vertical) 
N/A 
25.0 
Transition 
(Curved to vertical) 
N/A 
27.0 
C11 
Vertical 
(Top of patch on vertical) 
20.0 
12.0 
Vertical 
(Top of patch on vertical) 
N/A 
15.5 
Vertical 
(Top of patch on vertical) 
41.0 
18.0 
Vertical 
(Top of patch on vertical) 
N/A 
26.5 
Vertical 
(Top of patch on vertical) 
N/A 
26.5 
May 2003
Test Description: Single Patch q(film) Rivulet Flow Tests: Rough DS Surface 
Patch 4, 13.5 cm right of patch center, crown 
Pages 132 and 133 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(film) Rivulet Flow Tests: Rough DS Surface 
Patch 2, centerline 10.5 cm forward from crown, Patch 6 covered 
Pages 134 and 135 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(film) Rivulet Flow Tests: Rough DS Surface 
Patch 2, 13.5 cm left of center, 10.5 cm forward from crown 
Pages 136 and 137 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(film) Rivulet Flow Tests: Rough DS Surface 
Patch 5, 13.5 cm left of patch center, crown 
Pages 138 and 139 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Single Patch q(film) Rivulet Flow Tests: Rough DS Surface 
Patch 5, 13.5 cm left of patch center, 33o 
Pages 142 and 143 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
33o 
21.0 
11.5 
33o 
20.0 ends 
11.5 
33o 
25.0 
20.0 
33o 
22.0 
8.0 
33o 
N/A 
N/A 
Transition 
(Curved to vertical) 
22.0 
N/A 
Transition 
(Curved to vertical) 
12.0 
11.5 
Transition 
(Curved to vertical) 
22.0 
19.0 
Transition 
(Curved to vertical) 
N/A 
11.5 
Transition 
(Curved to vertical) 
N/A 
9.0 
C12 
Vertical 
(Top of patch on vertical) 
23.0 
N/A 
Vertical 
(Top of patch on vertical) 
13.5 
12.0 
Vertical 
(Top of patch on vertical) 
23.0 
Not visible beyond 
transition 
Vertical 
(Top of patch on vertical) 
N/A 
11.5 
Vertical 
(Top of patch on vertical) 
N/A 
9.0 
May 2003
Test Description: Single Patch q(film) Rivulet Flow Tests: Rough DS Surface 
Patch 4, 13.5 cm right of patch center, 33o 
Pages 144 and 145 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Rough DS Surface 
81 cm left of drip shield center, Crown 
Pages 149 and 150 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Rough DS Surface 
27 cm left of drip shield center, Crown 
Pages 151 and 152 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Rough DS Surface 
27 cm right of drip shield center, Crown 
Pages 153 and 154 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Rough DS Surface 
27 cm right of drip shield center, Crown 
Pages 155 and 156 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
33o 
N/A 
N/A 
33o 
17.5 
32.5 
33o 
18.0 
21.5 
33o 
10.0 
10.0 
33o 
None 
1.0 
Transition 
(Curved to vertical) 
9.0 
N/A 
Transition 
(Curved to vertical) 
Enter Breach 
30.0 
Transition 
(Curved to vertical) 
18.0 
Enter B4 
Transition 
(Curved to vertical) 
7.5 
10.0 
Transition 
(Curved to vertical) 
None 
1.0 
C13 
Vertical 
(Top of patch on vertical) 
11.0 
N/A 
Vertical 
(Top of patch on vertical) 
Enter Breach 
32.0 
Vertical 
(Top of patch on vertical) 
18.5 
Enter B4 
Vertical 
(Top of patch on vertical) 
9.5 
Rivulet ends, 4.0 next 
Vertical 
(Top of patch on vertical) 
None 
0.5 
May 2003
Test Description: Multiple Patch Tests, Rough DS Surface 
81 cm right of drip shield center, Crown 
Pages 157 and 158 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Rough DS Surface 
27 cm right of drip shield center, 16.5o 
Pages 161 and 162 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Rough DS Surface 
27 cm left of drip shield center, 16.5o 
Pages 163 and 164 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Rough DS Surface 
81 cm left of drip shield center, 16.5o 
Pages 165 and 166 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Rough DS Surface 
81 cm right of drip shield center, 33o 
Pages 167 and 168 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
33o 
*34.0 
17.0 
33o 
12.0 
8.0 
33o 
19.0 
21.0 
33o 
22.0 
16.0 
33o 
N/A 
N/A 
Transition 
(Curved to vertical) 
*32.0 
Enter B5 
Transition 
(Curved to vertical) 
8.0 
6.0 
Transition 
(Curved to vertical) 
13.0 
12.0 
Transition 
(Curved to vertical) 
12.0 
14.0 
Transition 
(Curved to vertical) 
2.0 
2.0 
C14 
Vertical 
(Top of patch on vertical) 
25.0 
Enter B5 
Vertical 
(Top of patch on vertical) 
7.0 
6.0 
Vertical 
(Top of patch on vertical) 
13.0 
10.0 
Vertical 
(Top of patch on vertical) 
13.0 
9.0 
Vertical 
(Top of patch on vertical) 
1.5 
2.0 
May 2003
Test Description: Multiple Patch Tests, Rough DS Surface 
27 cm right of drip shield center, 33o 
Pages 169 and 170 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Rough DS Surface 
27 cm left of drip shield center, 33o 
Pages 171 and 172 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Multiple Patch Tests, Rough DS Surface 
81 cm left of drip shield center, 33o 
Pages 173 and 174 of Scientific Notebook SN-M&O-SCI-043-V2 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: High Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
27 cm left of drip shield center, 330 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 180-181 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: High Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
27 cm right of drip shield center, 330 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 182-183 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
27 cm right of drip shield center, 330 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 184-185 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
33o 
N/A 
N/A 
33o 
N/A 
N/A 
33o 
N/A 
N/A 
33o
9 14 10 
6 8 2.5 
33o
3 11 11 
5 12 13 
33o 
N/A 
N/A 
Transition 
(Curved to vertical) 
1.0 
3.0 
Transition 
(Curved to vertical) 
1.0 
2.0 
Transition 
(Curved to vertical) 
4.0 
3.0 
Transition 
(Curved to vertical) 
Transition 
(Curved to vertical) 
Transition 
(Curved to vertical) 
2.5 
2.5 
C15 
Vertical 
(Top of patch on vertical) 
1.0 
2.5 
Vertical 
(Top of patch on vertical) 
1.5 
4.0 
Vertical 
(Top of patch on vertical) 
2.0 
1.0 
Vertical 
(Top of patch on vertical) 
Vertical 
(Top of patch on vertical) 
Vertical 
(Top of patch on vertical) 
35 
May 2003
Test Description: High Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
27 cm right of drip shield center, 16.50 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 186-187 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: High Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
27 cm left of drip shield center, 16.50 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 188-189 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: High Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
54 cm left of drip shield center, 16.50 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 190-191 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
54 cm left of drip shield center, 16.50 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 192-193 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: High Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
54 cm left of drip shield center, crown 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 194-195 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: High Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
27 cm left of drip shield center, crown 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 196-197 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
33o 
15 
16 
33o 
32 
26 
33o 
20 
25 
33o
6 N/A N/A 
3 N/A N/A 
33o 
None
2 N
N/A N/A 
33o 
15 
15 
Transition 
(Curved to vertical) 
10 
17 
Transition 
(Curved to vertical) 
34 
13 
Transition 
(Curved to vertical) 
19 
26 
Transition 
(Curved to vertical) 
Transition 
(Curved to vertical) 
/A N/A 
Transition 
(Curved to vertical) 
15 
14 
C16 
Vertical 
(Top of patch on vertical) 
10 
20 
Vertical 
(Top of patch on vertical) 
23 
12 
Vertical 
(Top of patch on vertical) 
21 
26 
Vertical 
(Top of patch on vertical) 
Vertical 
(Top of patch on vertical) 
Vertical 
(Top of patch on vertical) 
15 
10 
May 2003
Test Description: High Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
27 cm right of drip shield center, crown 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 198-199 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
27 cm right of drip shield center, crown 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 204-205 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
27 cm right of drip shield center, crown 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 206-207 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
27 cm left of drip shield center, crown 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 208-209 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
54 cm left of drip shield center, crown 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 210-211 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
27 cm left of drip shield center, 16.50 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 212-213 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
33o
6 3 4 
6 3 2 
33o 
16.0 
50.0 
33o 
1.0 
N/A 
33o 
12.0 
25.5 
33o
0 4.5 5.0 
0 N/A N/A 
33o 
2.0 
3.0 
Transition 
(Curved to vertical) 
Transition 
(Curved to vertical) 
Enter B5 
53.0 
Transition 
(Curved to vertical) 
N/A 
4.0 
Transition 
(Curved to vertical) 
16.0 
Enter B4 
Transition 
(Curved to vertical) 
Transition 
(Curved to vertical) 
0 
1.0 
C17 
Vertical 
(Top of patch on vertical) 
Vertical 
(Top of patch on vertical) 
Enter B5 
52.0 
Vertical 
(Top of patch on vertical) 
N/A 
3.5 
Vertical 
(Top of patch on vertical) 
18.0 
Enter B4 
Vertical 
(Top of patch on vertical) 
Vertical 
(Top of patch on vertical) 
2.5 
1.0 
May 2003
Test Description: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
27 cm right of drip shield center, 16.50 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 214-215 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
Test Description: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
27 cm left of drip shield center, 330 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 216-217 
Position relative to drip 
impact 
Right (East) (cm) 
Left (West) (cm) 
TDR-EBS-MD-000025-00 
Transition 33o 
(Curved to vertical) 
0 0 0 
0 0 0 
Transition 33o 
(Curved to vertical) 
4.5 
6.0 
N/A 
N/A 
C18 
Vertical 
(Top of patch on vertical) 
Vertical 
(Top of patch on vertical) 
4.5 
9.5 
May 2003
DS Beaker Water 
DS Surface Water 
DS Beaker Water 
Input Water 
DS Beaker Water 
DS Surface Water 
Input Water 
APPENDIX D: 
Water Temperature Data 
Date: 7/22/02 
Test: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 204-205 
RTD Used: DS-RTD-01with Fluke 702 multimeter in RTD temperature mode 
(See Page 203 of SN-M&0-SCI-043-V2) 
Temperature (oC) Measurement 
Input Water 
Input Water 
28.5 
33.4 
32.1 
Date: 7/22/02 
Test: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 206-207 
RTD Used: DS-RTD-01with Fluke 702 multimeter in RTD temperature mode 
(See Page 203 of SN-M&0-SCI-043-V2) 
Temperature (oC) Measurement 
Input Water 
DS Beaker Water 
31.2 
30.5 
31.9 
31.6 
33.9 
Date: 7/23/02 
Test: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 208-209 
RTD Used: DS-RTD-01with Fluke 702 multimeter in RTD temperature mode 
(See Page 203 of SN-M&0-SCI-043-V2) 
Temperature (oC) Measurement 
Input Water 
DS Beaker Water 
23.9 
22.1 
29.4 
30.1 
30.0 
Ohms 
111.1 
113.0 
112.4 
Ohms 
112.1 
111.3 
112.4 
112.4 
113.2 
Ohms 
109.3 
108.4 
111.4 
111.7 
111.7 
D1 TDR-EBS-MD-000025-00 
Time 
9:11 
13:52 
13:56 
Time 
14:47 
14:58 
20:01 
20:06 
20:04 
Time 
7:08 
7:14 
12:06 
12:23 
12:27 
May 2003
Date: 7/23/02 
Test: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 210-211 
RTD Used: DS-RTD-01with Fluke 702 multimeter in RTD temperature mode 
(See Page 203 of SN-M&0-SCI-043-V2) 
Temperature (oC) Measurement 
Input Water 
DS Beaker Water 
Ohms 
111.8 
111.6 
111.0 
112.3 
111.7 
30.4 
29.8 
28.3 
31.5 
30.1 
DS Beaker Water 
Input Water 
DS Surface Water 
Date: 7/24/02 
Test: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 212-213 
RTD Used: DS-RTD-01with Fluke 702 multimeter in RTD temperature mode 
(See Page 203 of SN-M&0-SCI-043-V2) 
Temperature (oC) Measurement 
DS Beaker Water 
Input Water 
Ohms 
108.3 
109.0 
112.0 
111.6 
111.7 
21.2 
23.1 
30.7 
29.8 
29.9 
DS Surface Water 
DS Beaker Water 
Input Water 
Temperature (oC) 
30.2 
30.0 
30.3 
Ohms 
111.7 
111.7 
111.8 
112.4 
112.3 
33.5 
Date: 7/24/02 
Test: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 214-215 
RTD Used: DS-RTD-01with Fluke 702 multimeter in RTD temperature mode 
(See Page 203 of SN-M&0-SCI-043-V2) 
Measurement 
Input Water 
DS Beaker Water 
Air Temperature 
Air Temperature 31.9 
DS Beaker Water 31.6 
DS Surface Water 32.1 112.4 
Input Water 113.0 
TDR-EBS-MD-000025-00 D2 
Time 
12:53 
12:54 
18:02 
18:06 
18:12 
Time 
7:04 
7:06 
12:23 
12:28 
12:36 
Time 
12:51 
12:53 
12:59 
18:00 
18:02 
18:06 
18:12 
May 2003
Date: 7/25/02 
Test: Low Flow Rate (0.2 m3/yr nominal), Rough DS Surface 
Scientific Notebook SN-M&O-SCI-043-V2, pp. 216-217 
RTD Used: DS-RTD-01with Fluke 702 multimeter in RTD temperature mode 
(See Page 203 of SN-M&0-SCI-043-V2) 
Temperature (oC) Measurement 
Input Water 
DS Beaker Water 
Time 
7:28 
7:36 
7:38 
12:37 
12:42 
Ohms 
108.8 
108.6 
109.1 
111.8 
111.7 
22.6 
22.2 
23.6 
30.2 
30.0 
29.5 
Air Temperature 
Air Temperature 
DS Surface Water 
DS Beaker Water 
Input Water 
12:48 
12:50 
111.5 
111.4 29.3 
Description of Measurement Types 
Input Water: Injection source water in beaker located on Analytical Balance PM4000 
(see page 3 of SN-M&O-SCI-043-V2) inside the test chamber. RTD 
probe submerged in water and reading was taken after 30 sec. 
DS Beaker Water: Water in glass beaker placed in contact with the DS surface throughout the 
test. RTD probe is placed below water surface in beaker and reading was 
taken after 30 sec. 
DS Surface Water: Water film remaining on the DS following a test. RTD probe is placed in 
Air Temperature: 
contact with the DS. The probe is not submerged in water, and in most 
cases only a thin film is present. Reading is taken after 30 sec. 
RTD probe is mounted so that it is not in contact with DS any other 
surface. Reading is taken after 30 sec. 
May 2003 TDR-EBS-MD-000025-00 D3