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P.2 

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.J . *-*. 

o 

/ ^ 

Prepared for .he ij.S 

Division •;..' Heain 

Under iriteracsrr: 

•ecu:2vc!'y commission 
P.3 

NUREG/CR-0150 

Vol. 3 

0RNL/NUREG/TM-190/V3 

Dist. Category NRC-RH 

Contract No. W-7405-eng-26 

Health and Safety Research Division 

ESTIMATES OF INTERNAL DOSE EQUIVALENT TO 22 TARGET ORGANS 

FOR RADIONUCLIDES OCCURRING IN ROUTINE RELEASES 

FROM NUCLEAR FUEL-CYCLE FACILITIES, VOL. Ill 

D. E. Dunning, Jr. 

G. G. Killough 

S. R. Bernard 

J. C. Pleasant* 

P. J. Walsh 

*East Tennessee State University 

Manuscript Completed: July 1981 

Date Published: October 1981 

NOTICE 

This document contains information of a preliminary nature. 

It is subject to revision or correction and therefore does 

not represent a final report. 

Prepared for the U.S. Nuclear Regulatory Commission 

Division of Health, Siting and Waste Management 

Under Interagency Agreement DOE 40-550-75 

NRC FIN No. B0410 

Prepared by the 

OAK RIDGE NATIONAL LABORATORY 

Oak Ridge, Tennessee 37830 

operated by 

UNION CARBIDE CORPORATION 

for the 

DEPARTMENT OF ENERGY 
P.4 

CONTENTS 

Page 

LIST OF TABLES ,. . . . iv 

HIGHLIGHTS v 

1. INTRODUCTION 1 

2. REVISIONS OF PREVIOUS REPORTS .5 

3. COMPUTATIONAL METHODS 6 

4. METABOLIC MODELS 8 

REFERENCES 12 

Appendix A. Tabulations of Committed Dose Equivalent to 22 

Target Organs of a Reference Adult from Unit Inhalation and Ingestion Exposures 15 

Appendix B. Tabulations of Effective Dose Equivalent to a 

Reference Adult from Unit Inhalation and Ingestion Exposures 69 

m 
J_JL_ 

LIST OF TABLES 

Table Page 

1. Radionuclides for which dose estimates are tabulated .. . 2 

2. Fractional uptake by source tissues 9 

3. Retention parameters for source tissues 10 

B-l. Organ-specific risk factors and proportional weights .. . 72 

iv 
P.6 

HIGHLIGHTS 

This report is the third of a three-volume tabulation of internal 

radiation dose conversion factors for man for radionuclides of interest 

in environmental assessments of nuclear fuel cycles. This volume provides an updated summary of estimates of committed dose equivalent for 

142 radionuclides considered in the previous two reports. 

Intakes by inhalation and ingestion are considered. The International Commission on Radiological Protection (ICRP) Task Group Lung 

Model has been used to simulate the deposition and retention of particulate matter in the respiratory tract. Results corresponding to 

activity median aerodynamic diameters (AMAD) of 0.3, 1.0, and 5.0 ym are 

given. The gastrointestinal (GI) tract has been represented by a foursegment catenary model with exponential transfer of radioactivity from 

one segment to the next. Retention of radionuclides in systemic organs 

is characterized by linear combinations of decaying exponential functions. Fifty-year dose commitment per microcurie intake of each parent 

nuclide is given for 22 target organs including contributions from 

specified source organs plus the systemic activity residing in the rest 

of the body; cross irradiation due to penetrating radiations has been 

incorporated into these estimates. A separate tabulation of effective 

dose equivalent for all 142 radionuclides is provided also; this quantity, as defined by ICRP Publication 26, provides an indication of the 

overall healtfh risk resulting from a radionuclide exposure. 
P.7 

1. INTRODUCTION 

This volume presents tabulations of dose conversion factors for 22 

target organs of man due to the inhalation or ingestion of any of 142 

radionuclides listed in Table 1. Nuclear decay data are taken from 

Kocher (1977). The present tabulation provides a revised summary of 50-

year dose commitments published in two previous volumes (Killough et 

al., 1978a; Dunning et al., 1979). Errors in the previous publications, 

which are corrected here, are indicated in Sects. 2 and 4. 

Our objective has been to assemble data and models that are believed 

to be representative of the state of the art in the estimation of internal dose from ingested or inhaled radionuclides, and to apply this 

information to a unified calculation of dose conversion factors for 

those radionuclides which are of concern to the Nuclear Regulatory 

Commission (NRC) in its regulatory activities. This systematic approach, 

embodied in the INREM II computer code (Killough et al., 1978b), is not 

entirely free of difficulties, which occur as conceptual inconsistencies, 

as discussed in the previous volumes, or as the requirement of special 

treatment for certain radionuclides. For calculations involving decay 

chains which include a gaseous isotope, for example, the general methodology has been modified somewhat to interface a model for the dynamics 

of a gas in the respiratory air spaces with the International Commission 

of Radiological Protection (ICRP) Task Group Lung Model. 

Information in this report is organized in the following manner. 

Known errors in the preceding volumes of this report series are documented in Chapt. 2. Chapter 3 presents a very brief summary of the 

models and calculational methods used by the INREM II code. More extensive descriptions may be found in the previous reports in this series 

and in Killough et al. (1978b). The metabolic models and parameters 

utilized in these calculations are summarized in Chapt. 4. 

Appendix A gives summary tabulations of committed dose equivalent 

(rem/uCi) for each of 22 tarqet organs of a reference adult. Four sets 

of tables are presented: three for inhalation and one for ingestion. 

The inhalation tables correspond to particle activity median aerodynamic 

diameters (AMAD) of 0.3, 1.0, and 5.0 ym. The respiratory clearance 

class of the parent nuclide (D, W, or Y, where applicable) is shown in 

the column labeled "SOL," and the GI tract absorption fraction "Fl" is 

listed. The ingestion table shows only the GI absorption fraction of 

the parent nuclide, in addition to the dose conversion factors. Inhalation and ingestion cases are presented for each chemical form of a 

radionuclide considered appropriate. 

Appendix B provides estimates of the effective dose equivalent 

resulting from a 1 yCi intake, corresponding to each inhalation and 

ingestion case considered in Appendix A. The effective dose equivalent 

(ICRP, 1977) provides a measure of the overall carcinogenic and genetic 

risk resulting from a radionuclide exposure. It is suggested here as 

1 
P.8 

Table 1. Radionuclides for which dose estimates are tabulated 

Nuclide 

*M- 3 

C-l * 

NA- 2 2 

P—3 2 

MN- 5 4 

FE-5 5 

FE-S 9 

CO-5 7 

co-se CO-O 0 

2N-6 S 

Rd-U b 

SR-H-; 

SR-9 0 

3R- 9 1 

»-9 0 

Y-« » 

V-91 M 

ZR- 9 5 

2R-S 7 

NB-5 3 

NO-SS M 

N8-9 7 

N8-S7* * 

40-9 9 

rc-ss TC-99 M 

RU-10 3 

RU-IO S 

4U-10 6 

*H-1C3 M 

RH-IO S 

RM-1OE M 

rtH-IOt 

58-12 7 

re-12 7 

TE-127 V 

TE-12* . 

TE-129 M 

Tm-121 

TE-131 M 

TE-13 2 

1 - 12 9 

1-1 3 1 

: - 1.32 

: - 133 

1-13 4 

1-13 S 

CS-13 4 

CS-13 5 

CS-13 6 

CS-13 7 

3A-137 M 

•JA-1-. 0 

|_A-1<| 0 

CE-l« t 

CE-14 3 

CE-14 4 

PR-14 3 

PR-14 4 

•*»R-1««M 

NO-14 7 

f»M-l4 7 

SM-I4 7 

Radioactive 

half-life 

(days) 

i.5\e*2 

2.09E* t 

9 .50E+< ! 

1 .436+ I 

3 . 12E + 2 

m .H<_E* m 

4 . **6E * 1 

2.71E+ 2 

7.08E* 1 

1 .92E* 3 

_>.44t*_ ! 

I .97E* l 

S.06E+ 1 

1.04E+ 4 

3.9o£- l 

2.676* 0 

b.U._£* l 

3.45E- 2 

6.4UE * 1 

7.04£- i 

J.32E* l 

3.0lt* 0 

5.01E- 2 

6.'.»E-* I 

_>.7SC* 0 

7.77E+ 7 

2.SIE- 1 

J.J4E* I 

l.dSE- l 

3siste*i 

J.JDE- 2 

1 .47E* 0 

'J.21E- 4 

3.4&C- 4 

3.336* 0 

3.-J0E- 1 

1 .39E+ 2 

4.S3E- 2 

3.3oS* l 

1 . ?4E- 2 

1 S?.S\-*m 

J.£6E* 0 

a-73E* « 

tt.d«c"*0 

9 . iibc- 2 

«.o7E- l 

3.o*_S*:-2 

....'SC- l 

7.536* 2 

H .40E** d 

t.3lE* l 

i aioc* y 

I .77E- 3 

t .286* 1 

t.odE+ O 

3.2S.E * I 

I.j«e* o 

2.-34 6 • 2 

i .3te*i 

1.20E- 2 

'j.OOE- J 

i .ne* i •(.5/ie* 2 

3.91E1 3 

Daughter 

nuclide 

t-*» 0 

»-<!* 

>-«_ KB-*;!, 

NB--J7 M 

Ne-4 £ 

Ne-<; 7 

TC-99 M 

TC-S 9 

RH-1C J 

RH-IC S 

RH-IC 6 

RM-IC J 

Tfc-12 7 

JE-12 7 

1-12 9 

TE-12 * 

I-I3 t 

• 1-13 1 

1-13 2 

Xfc-13 1 

XE-13 J 

XC-13 ' 

EA-137 M 

CA-14 0 

PR-14 3 

PH-14 * 

PH-14 4 

PM-1 4 ? 

SK-1 4 7 

Branching 

fraction 

1 . 0 

C.a1 . 0 

C99 3 

0.9* 6 

1 . 0 

1 . 0 

0.66 8 

1 . 0 

.997 5 

0.7 2 

1 . 0 

1 . 0 

0 . (-><•& 

0.97 6 

1 . 0 

0.6 4 

1 . 0 

0.77 6 

1 . 0 

O.OlOS o 

C.97 1 

0.63 4 

0.44 6 

1 . 0 

1 . 0 

0.9(4 8 

0.999 4 

1 . 0 

1 . 0 

Daughter 

nuclide 

r-9 l 

NB-95 M 

NO- 9 7 

TC-9 9 

RH-10S M 

TE-127 M 

1-12 9 

TE-13 1 

XE-133 M 

XE-135 M 

RR-144 M 

Branching 

fraction 

0.4 2 

0.00 7 

0.0 5 4 

0.13 2 

0.2 8 

0 . 13 5 

0.3 6 

0.22 2 

0.02 9 

0 . 16 6 

0.01 2 

Spontaneous 

fission 

fraction 

Physical data from D. C. Kocher, Nuclear Decay Data for F.adionucHdee Occurring in 

Routine Releaaea from Nuclear Fuel Cycle FaciUties, ORNL/NUREG/TM-102, 1977. 
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P.10 

T\ 

perhaps a better single measure of radiation hazard than total body or 

critical organ dose equivalents in many applications. 

All calculations in this report for alpha-emitting radionuclides 

utilize a quality factor of Qa = 20 and a modifying factor Na = 1 for 

all organs as recommended by the ICRP (1977). In previous volumes of 

this series, additional calculations were performed using a quality 

factor of Qa = 10, in conjunction with a modifying factor of N„ = 5 for 

bone (except Na = 1 for bone for isotopes of radium) and Na = 1 for all 

other organs. 

The present approach to the dosimetry of bone, as formulated by 

ICRP (1977, 1979), is to consider the active red marrow and the endosteal cells adjacent to bone surfaces as the relevant target tissues 

at risk. Dose estimates for "bone" as a target organ have been included 

in this tabulation only to facilitate transition between the old and new 

approaches. The reader should note that the bone dose values tabulated 

here are based on Na' = 1, and that this assumption is inconsistent with 

the earlier approach to bone dosimetry which was based on a comparison 

with radium. It is, however, consistent with the recent ICRP guidance 

on modifying factors, although the relevance of that guidance with 

respect to bone is questionable since ICRP no longer considers bone to 

be a tissue at risk. 
P.11 

2. REVISIONS OF PREVIOUS REPORTS 

In the preceding volume of this series (Dunning et al., 1979) a 

modifying factor of Na = 5 was inadvertently retained with the quality 

factor of Qa = 20 in computing estimates of committed dose equivalent to 

the total body from alpha radiation in bone. Thus, all estimates of 

total body dose from alpha-emitters tabulated in that report are systematically incorrect. 

In that same report, an error in the calculation of the dose equivalent rate from bone to red marrow, Sa(Red Marrow *• Bone), for alpha 

emissions in bone volume produced estimates of dose to red marrow which 

were low by a factor of 2.5. This error was introduced when the S-factor 

for total bone to red marrow, Sa(Red Marrow -<- Bone), was mistakenly 

interpretted as the value for trabecular bone to red marrow, Sa(Red 

Marrow •*• Trabecular Bone), for alpha-emitting radionuclides assumed 

to be uniformly distributed in mineral bone (210Po,

 226 R a, 232 U, 233 U, 

23-U, 235U, 236Uf an d 238u). 

Corrections and revisions in metabolic parameters have yielded 

different estimates of dose equivalent for

 90 Y, 226 R a, 228 R a, and radioisotopes of thorium and uranium. These changes are described in Sect. 4. 
_______ 

3. COMPUTATIONAL METHODS 

INREM II considers the intake of a radionuclide by ingestion or 

inhalation. In the latter case a particulate form is assumed, with the 

exception of isotopes of noble gases,

 3H, and

 lkC. Dynamic models are 

applied to the estimation of microcurie-day residence of the radionuclide (and of radioactive daughters that are formed in the body) in 

the respiratory and GI tracts and in other organs which may tend to 

concentrate the material. These activity integrals for the source 

organs are multiplied by dosimetric "S-factors" (rem/yCi-day; Dunning, 

Pleasant, and Killough, 1980; Snyder et al., 1974) to provide estimates 

of dose equivalent to each of a standard list of 22 target organs. The 

terms "source" and "target" refer to the irradiation of organs by emissions 

from radionuclide activity in other organs. 

The dynamic models include the lung model for inhaled particulates 

proposed by a task group of the ICRP (Morrow et al., 1966). This model, 

with parameters from ICRP Publication 19 (1972b), is employed to estimate 

deposition and retention in the major regions of the respiratory tract 

and to calculate translocation of the inspired material into the blood 

and other organs. 

The GI tract is represented by a catenary model of four segments 

(Bernard, 1968) with mean transit times suggested by Eve (1966). The 

model permits absorption of activity into the blood from any combination 

of the segments, but we generally assume that all absorption is from the 

small intestine. 

Retention of activity in organs other than the respiratory and GI 

tracts is modeled by linear combinations of up to five exponential 

functions. Such retention functions are often derived as approximations 

to other functional forms [e.g., the power functions developed by the 

ICRP (1972a) for the alkaline earth elements]. The reader is referred 

to the preceding volumes of this series for a more thorough discussion 

of the general methodology and mathematical models employed. 

In any specific application, relatively few of the 22 target organs 

considered here are likely to be of interest, but comparisons may be 

facilitated by this more complete listing which, moreover, is consistently provided for all radionuclides considered. It also seems likely 

that some of the additional information will prove useful in the estimation of radiation-induced health effects to populations by means of 

organ-specific risk factors (e.g., ICRP Publication 26; ICRP, 1977). 

The user should be careful to select appropriate dose values from the 

tabulations. For example, endosteal cells and red marrow have been 

identified as radiosensitive tissue in bone and those doses should be 

used in many applications rather than deses tabulated for bone. Also, 

in some situations it may be desirable to include the activity in respiratory lymph with that in the lung for computing dose to the lung 
P.13 

(ICRP, 1979); however, in this report the dose commitment to respiratory 

lymph (mass = 15 g) and lungs (mass = 1000 g) are tabulated separately. 

In some cases considerable uncertainty exists with regard to both 

the chemical form of the inhaled material and its aerosol properties. 

Moreover, the fractional absorption and retention of a radionuclide from 

ingested material might be subject to considerable variability (Dunning 

and Schwarz, 1981; Ryan and Dunning, 1981). Accordingly, the reader is 

reminded that the appropriateness of the dose estimates presented here 

may be open to question in such situations. 

In many situations (e.g., in optimization techniques or for comparisons with other radiation insults), it may be desirable to obtain a 

single value to estimate the risk incurred from a radiation exposure; 

the effective dose equivalent (ICRP, 1977) may be useful in this context. The reader is referred to Appendix B for a discussion of this 

quantity, as well as tabulations of the estimated values for each of the 

142 radionuclides considered in this report. 
P.14 

METABOLIC MODELS 

Metabolic models and parameters used for calculations in this 

report are summarized in Tables 2 and 3. For each element, Table 2 

lists the fraction of activity entering the blood which is assumed to be 

transferred to various source organs in the body; that radioactivity 

which is not explicitly deposited in a particular source organ or lost 

to early excretion is uniformly distributed in a complementary compartment denoted as "OTHER." For each element of concern Table 3 presents 

the assumed coefficients and biological half-lives for each exponential 

term in organ-specific retention equations of the form 

M. 

3 

where 

\

r

. - radioactive decay constant for nuclide i (day- 1 ), 

1st 

•Im 

A.., = biological removal rate constant for nuclide i %3 in compartment k of organ j (day ), 

C.., = dimensionless fractional coefficient for the k-th 3

 exponential term, 

M. = number of exponential terms for organ j, 

t/ 

<•?••/._.)

 = the fraction of an initially deposited quantity of t J ^ ° ' nuclide i that remains in organ j after t days. 

In each case, references are provided to indicate the origin of the 

metabolic data listed. 

The parameters shown in Table 3 for noble gases are used here to 

represent only the retention of gas produced in situ in various organs of 

the body. Translocation of noble gases to systemic organs from the 

respiratory and GI tracts is neglected (i.e., f-\ = 0). Gas is assumed 

to enter the GI tract only through ingestion or inhalation of a progenitor 

nuclide; absorption of the gas into blood from the GI tract is taken to 

be zero in these calculations. 

We note that the metabolic models in Tables 2 and 3 are not equivalent to those used in the two previous volumes of this series for certain 

radionuclides. The input data used for

 90 Y dose estimates in Killough 

et al. (1978a) were incorrect, and have been corrected. More reasonable 

assumptions concerning the distribution of radioactive daughters of 

226 Ra and 228 Ra in bone (surface or volume distribution) have yielded 
Table 2. Fractional uptake by source tissues 

P.15 

Element Bone Liver Kidneys Spleen Testes Thyroid Other Excretion 

Sodium 

Phosphorous 

Manganese 

Iron 

Cobalt 

Zinc 

Rubidium 

Strontium 

Yttrium 

Zirconium 

Niobium 

Molybdenum 

Technetium 

Rhodium 

Ruthenium 

Antimony 

Tellurium 

Iodine 

Cesium 

Barium 

Lanthanum 

Cerium 

Proseodymium 

Neodymium 

Promethium 

Samarium 

Thallium 

Lead 

Bismuth 

Polonium 

Astatine 

Francium 

Radium 

Thorium 

Uranium 

Actinium 

Protactinium 

Neptunium 

Plutonium 

Americium 

Curium 

Californium 

0.3 

0.3 

0.35 

• 

0.2 

1.0* 

0.5 

0.45 

0.357 

0.15 

0.02 

1.0* 

0.4 

0.4 

\.<f 

0.172 

0.70 

0.22 

\ 

I f \_ 0.45 

1 

0.25 

0.08 

0.07 

0.15 

0.57 

0.08 

0.055 

0.4 

0.5 

1.0= 

0.1 

0.04 

0.45 

8.55E-3 

0.06 

0.01 

0.034 

0.05 

0.025 

0.04 

1.0s 

0.4 

0.1 

0.12 

0.01 

0.013 

5.0E-3 1.23E-3 

0.33 

0.01 

0.00035 

0.7 

0.55 

0.4 

0.907 

0.43 

0.8 

1.0 

i.e* 

0.1 

0.55 

0.528 

0 22 

0.89 

1.0 

1.0 

1.0 

0.42 

0.67 

1.0 

1.0" 

0.1 

0.05 

0.96 

1.0° 

0.6 

0.7 

0.99 

1.0 

0.913 

0.16 

0.12 

0.15 

0.5 

0.25 

0.47 

0.05 

0.025 

0.10 

0.54 

Killough et al. 1978-

ICRP 1979 

ICRP 1979 

Killough et al. 19781 

USNRC 1975 

Killough et al. 1978 

USNRC 1975 

ICRP 1972a:' 

USNRC 1975 

USNRC 1975 

USNRC 1975 

USNRC 1975 

USNRC 1975 

USNRC 1975 

USNRC 1975 

USNRC 1975 

USNRC 1975 

USNRC 1975 

USNRC 1975 

ICRP 1972a* 

USNRC 1975 

USNRC 1975 

Lie et al. 1960 

Bernard 1977 

Russ et al. 1975 

ICRP 1979 

Hamilton et al. 1953 

ICRP. 1979^ 

ICRP 1972a 

ICRP 1979 

ICRP 1979 

0.05 0.04 ICRP 1972b, USNRC 1975 

a0nly key references are cited here. More detailed descriptions of metabolic data and references for each element may be found in the previous 

two volumes of this report series. 

"Metabolic model is derived as exponential fit to ICRP Publication 20 retention model for alkaline earths. Retention equations are not 

normalized to unity at time 0. 

^Mamillary model with non-normalized retention equations; fl • 1. 

Francium is assumed to follow cesiun metabolic behavior. 

'Fractional uptake for ovaries 1s 0.00011. 
P.16 

*#3lf 1. Retention oaraneters for source tissues 

Element 

Sodium 

Phosonorous 

Manganese 

Iron 

Coba1t 

Zinc 

Krypton 

RuDidium 

Strontium 

iterium 

Zirconium 

Niooium 

Molybdenum 

Tecnnet.um 

Ruthenium 

Phodium 

Antimony 

Tellurium 

Iodine 

xenon 

Cesium 

Barlun 

Lanthanum 

Cerium J 

Praseodymium 1 

Neodymium 1 

Promethium 

Samarium . 

Trial 1 ium 

Lead 

Bismutn 

Polonium 

Astatine 

Radon 

Francium 

Radium 

Thorium 

Uranium 

Actinium 

Protactinium 

Neptunium 

Plutonium 

Americium 

Curium 

Californium 

Souree/Organ 

Total Body 

• Bone 

Other 

Bone 

Live*-

Other 

Total Body 

Tot*: Body 

Bone 

Otner 

Total Bocy 

Bone 

Otner 

Total Body 

Bone 

Other 

Total Body 

Total Body 

Total Body 

Total Body 

Total Body 

Total Body 

Bone 

Live*" 

Sidneys 

Other 

Tnyroid 

Other 

Total Body 

Bone 

Otner 

Total Body 

Bone 

L i ver 

Kidneys 

Otner 

Kidneys 

Other 

Thyroid 

Other 

Bone 

Other 

Bone 

Otner 

Bone 

Other 

Bone 

Other 

' Bone 

i Liver, Kidneys 

Gonad* 

Other 

c

i 

1*0 

1.0 

0.27 

'-.-- • 

t 4 

0.5 

..0 

0.6 

1.0 

O.i 

1.5E-) 

1.0 

-U.S25 

0.989' 

1.0 

1.0 

0.9 

0.5 

0.15 

0.7« 

0.15 

0.67 

0.35 

1.0 

1.0 

1.0 

0.76 

0.05 

0.997 

2.96E-3 

0.13 

-0.555 

0.984 

1.0 

1.0 

-0.323 

•C.104 

-5.09E-2 

-3.23E-2 

-0.02 

0.35 

0.01 

-1.94 

0.293 

0.7 

0.872 

0.13 

0.88 

0.89 

1.0 

1.0 

0.9 

0.996 

1.0 

1.0 

1.0 

1.0 

V 

15 

2 

40 

4 

4 

2000 

6 

400 

20 

I.34E-2 

I 

1.19 

3.33 

8000 

8000 

7 

6 

1 

1.5 

0.347 

3 

1 

8003 

10.2 

23 

9.2 

11.3 

0.243 

5.2E-* 

.*•' • 

0.96 

1.24 

5000 

4 

• 

1 

1 

; 

0.1 

C l 

0.5 

0.2 

0.2 

2.65E-4 

2.65E-4 

1.4 

5.68 

0.63 

8000 

700 

20 

6 

3.6SE4 

1.46E4 

-3.65E4 

~ 

C.-s 

O.i 

O.i 

o.: 

C.7 

2.89E-3 

0.9 

0.4_4 

o.on 

0.1 

0.5 

0.85 

6.2 

0.4 

0.33 

0.15 

0.24 

0.95 

•0.0487 

5.39E-3 

0.87 

0.5 

C.CI6 

-6.24E-2 

8.9JE-2 

4.90E-2 

-6.24E-3 

1.02 

0.15 

0.99 

2.94 

0.707 

0.3 

9.14E-2 

0.87 

1.36E-2 

7.09E-2 

0.1 

0.004 

<2 

19 

40 

40 

60 

40O 

6.84E-2 

95 

3._3 

971 

8000 

200 

50 

3.7 

9.9 

200 

100 

17.7 

117 

11.3 

3.42E-3 

135 

1.24 

433 

10 

10 

10 

10 

5.78 

5.78 

50 

30 

30 

-

3.UE135 

240 

28.9 

5000 

1500 

C

3 

0.2 

2.0JE-2 

-0.0613 

0.04 

0.25 

0.0514 

3.9*1-2 

0.03' 

0.0001 

0.211 

8.34E-3 

1.0TE-3 

0.211 

•_.05E-2 

5.73E-2 

3.34E-2 

l

3 

800 

3.51E-2 

5.78 

22 

58 

117 

V.75E-2 

433 

3850 

320 

3:0 

220 

32g 

2.88E-2 

1490 

160 

C

4 

9.22E-2 

0.0623 

0.2 

9.23E-2 

0.025 

0.174 

4.25E-3 

4.89E-4 

1.74E-2 

9.08E-3 

2.03E-3 

7.43E-3 

<4 

C.322 

971 

1730 

0.161 

3850 

20C0 

2000 

2000 

2000 

0.146 

1610 

776 

C

S 

0.744 

0.08 

0.914 

0.177 

4.05E-3 

4.22E-4 

1.77E-2 

6.79E-3 

4.60E-2 

7.94E-4 

l

5 

3.78 

6660 

1.87 

3000 

8000 

8000 

8000 

0.963 

8380 

4040 

References0 

Klllouoh et al. 1978a 

ICRP 1979 

I CRf 1979 

Killougi. et al. 1978a 

USNRC 1975 

Killough et al. 1978a 

Bernard S Snyder 1975 

USNRC 1975 

ICRP 1972a* 

USNRC 1975 

USNRC 1975 

USNRC 1975 

USNRC 1975 

USNRC 1975 

USNRC 1975 

USNRC 1975 

USNRC 1975 

USNRC 1975 

USNRC 1975 

Bernard 1 Snyder 1975 

USNRC 1975 

ICRP 1972a* 

USNRC 1975 

lie et al. 1960 

Bernard 1977 

Russ et al. 1975 

ICRP 1979 

Hamilton et al. 1953 

ICRP 1959 

Bernard _ Snyder 1975 

ICRP 1979' 

ICRP 1972a 

ICRP 1979 

ICRP 1979 

ICRP 1972b, USNRC 1971 

^Only key references are cited here. More detailed descriptions of metabolic data and references for eacn of the elements may be found in the 

previous two volumes of this report series. 

^Exponential fits to ICRP (1972a) retention equations. Equations are not normalized to unity at time 0 In all cases. When the element occurs 

as a daughter In * decay event in the oody, tr.e appropriate retention equation must be normalized and used in conjunction Mith an /"j. 

"Francmm is assumed to follow cesium retention behavior. 

10 
P.17 

estimates of dose to endosteal surfaces and red marrow much lower than 

those given previously (Dunning et al., 1979). In the revised estimates, 

each daughter is assumed to be distributed uniformly throughout the bone 

volume based on the distribution of the radium parent; this is tantamount 

to assuming that the bulk of the daughters' contribution to dose is from 

that fraction of the daughter activity produced in situ in the bone. In 

the previous estimates, each daughter was accorded its independent 

deposition characteristics, as if it had been deposited in the bone 

directly from blood; this approach would significantly overestimate the 

dose contribution from daughters produced in the bone from radioactive 

decay. Finally, the metabolic models for thorium and uranium isotopes 

have been revised based on data in ICRP Publication 30 (ICRP, 1979). 

11 
P.18 

RSFERBKfS 

Bernard, S. R., 1968, "A Model for Estimation1, of Mean Activity Present 

in Segments of the Gastrointestinal. Tract at Any Time Post Ingestion," 

Health. Physics Division Anmrnl 'Psogpess. Report for Period Ending 

'July Sl, 1965, ORNL-4316, pp. 283-2S7. 

Bernard, S. R., 1977, "Dosimetric Oata msL Metabolic Model for Lead," 

Health Phys. 32_, 44. 

Bernard, S. R. and W. S. Snyder, 19-75* "Metabolic Models for Estimation of 

Internal Radiation Exposure Received! by Human Subjects from the 

Inhalation of Noble Gases," kealtli Physios Division Annual Progress 

Report, Period Ending June 20, 1975; 0RN1L-5046. 

Dunning, D. E., Jr, S. R. Bernard, P. J. Walsh, G. G. Killough, and 

J. C. Pleasant, 1979, Estimates of Internal Dose Equivalent to 

22 Target Organs for Radionuclides Occurring in Rouvine Releases 

from Nuclear Fuel Cycle Facilities,. Vol. II, 0RNL/NUREG/TM-190/V2. 

Dunning, D. E., Jr. and G. Schwarz, 1981, "Variability of Human Thyroid 

Characteristics and Estimates of Dose from Ingested

 131 I , " Health 

Phys. 40, 661. 

Dunning, D. E., Jr., J. C. Pleasant, and G. G. Killough, 1980, SFACTOR: 

•A Computer Code for Calculating Dose Equivalent to a Target Organ 

per Microcurie-Day Residence of a Radionuclide in a Source Organ 

- Supplementary Report, 0RNL/NUREG/TM-85/S1. 

Eve, I. S., 1966, "A Review of the Physiology of the Gastrointestinal 

Tract in Relation to Radiation Doses from Radioactive Materials," 

Health Phys. 1_2, 131. 

Hamilton, J. G., C. W. Asling, W. M. Garrison, and K. G. Scott, 1953, 

"The Accumulation, Metabolism, and Biological Effects of Astatine 

in Rats and Monkeys," Univ. of California Publications in Pharmacology, Univ. of California Press, Berkeley and Los Angeles. 

International Commission on Radiological Protection (ICRP), 1959, 

Report of Committee 2 on Permissible Dose for Internal Radiation, 

Publication 2, Pergamon Press, Oxford. 

International Commission on Radiological Protection (ICRP), 1972a, 

Alkaline Earth Metabolism ir. Adult Man, Publication 20, Pergamon 

Press, Oxford. 

International Commission on Radiological Protection (ICRP), 1972b, 

The Metabolism of Compounds of Plutonium and Other Actinides, 

Publication 19, Pergamon Press, Oxford. 

12 
P.19 

International Commission on Radiological Protection (ICRP), 1977, 

Annals of the ICRP 1_, 1, Publication 26, Pergamon Press, Oxford. 

International Commission on Radiological Protection (ICRP), 1979, 

Limits for Intakes of Radionuclides by Workers, Publication 30, 

Pergamon Press, Oxford. 

Killough, G. G., D. E. Dunning, Jr., S. R. Bernard, and J. C. Pleasant, 

1978a, Estimates of Internal Dose Equivalent to 22 Target Organs 

for Radionuclides Occurring in Routine Releases from Nuclear FuelCycle Facilities, Vol. I, ORNL/NUREG/TM-190. 

Killough, G. G., D. E. Dunning, Jr., and J. C. Pleasant, 1978b, 

INREM II: A Computer Implementation of Recent Models for Estimating 

the Dose Equivalent to Organs of Man from an Inhaled or Ingested 

Radionuclide, NUREG/CR-0114, 0RNL/NUREG/TM-84. 

Kocher, D. C , 1977, Nuclear Decay Data for Radionuclides Occurring in 

Routine Releases from Nuclear Fuel Cycle Facilities, ORNL/NUREG/TM-102. 

Lie, R., R. G. Thomas, and H. K. Scott, 1960, "The Distribution and Excretion of Thallium-204 in the Rat, with Suggested MPCs and a Bioassay 

Procedure," Health Phys. 2_, 334. 

^Morrow, P. W., D. V. Bates, B. R. Fish, T. F. Hatch, and T. T. Mercer, 

1966, "Deposition and Retention Models for Internal Dosimetry of 

the Human Respiratory Tract," Health Phys. 1_2, 173. 

Russ, G. A., R. E. Bigler, R. S. Tilbury, H. Q. Woodard, and J. S. 

Laughlin, 1975, "Metabolic Studies with Radiobismuth I. Retention 

and"Distribution of

 206Bi in the Normal Rat," Radiat. Res. 63, 443. 

Ryan, M. T. and D. E. Dunning, Jr., 1981, A Comparison of SO Year and 

70 Year Internal Dose Conversion Factors, 0RNL/TM-7415. 

Snyder, W. S., M. R. Ford, G. G. Warner, and S. B. Watson, 1974, 

A Tabulation of Dose Equivalent per Microcurie-Day for Source 

and Target Organs of an Adult for Various Radionuclides, Part 1, 

ORNL-5000. 

U. S. Nuclear Regulatory Commission (USNRC), 1975, Reactor Safety 

Study — An Assessment of Accident Risks in U.S. Commercial Nuclear 

Power Plants, WASH-1400 (NUREG-75/014). 

13 
P.20 

APPENDIX A 

Tabulations of Committed Dose Equivalent to 22 Target Organs 

of a Reference Adult from Unit Inhalation and Ingestion Exposures 

15 
NUCLIDE 

H - 3 

C-1 4 

NA-2 2 

is —22 

•4N-S4 

FE-S S 

FE-5 9 

CO-5 7 

CO-S9 

CO-6 0 

2N-6 5 

RB-8 6 

SR-8 9 

SR-9 0 

SP-9 1 

Y-9 0 

Y-9I M 

Y-9 1 

ZP-9 5 

ZP-9 7 

S O L 

• 

* 

0 

0 

w 

0 

w 

-

V 

M 

V 

w 

Y 

• 

Y 

W 

Y 

0 

W 

V 

0 

0 

Y 

0 

Y 

O 

Y 

W 

w 

m 

W 

Y 

W 

Y 

F l 

0.9 S 

0.9 S 

0.9 5 

0.8 0 

0.8 0 

I.OOE-O I 

I.OOE-O I 

I.OOE-O I 

l.OOE-O I 

I.OOE-O I 

I.OOE-O I 

S.00E-0 2 

5.00E-0 2 

S.00E-0 2 

5.00E-0 2 

5.00E-0 2 

5.00E-0 2 

O.SO 

O.SO 

O.SO 

0.9 S 

0.2 0 

i.ooe-02 

0.2 0 

1.006-0 2 

0.2 0 

I.OOE-0 2 

1.006-0 4 

I.00E-O 4 

I.OOE-0 * 

2.00E-0 3 

2.00E-0 3 

2.00E-0 3 

2.00E-0 3 

AMAD 

» • • 

• ** 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

LUNGS 

1 .25E-0 4 

6.18E-0 6 

I.15E-0 2 

1.29E-0 2 

0.1 6 

4.97E-0 3 

4.146-0 2 

5.47E-0 3 

4.34E-0 2 

9.536-0 2 

0.1 4 

2.S4E-0 2 

0.1 1 

4.99E-0 2 

0.1 0 

0.2 2 

j 

2 . 2 

1.24E-0 2 

3.76E-0 2 

0.1 3 

1.296-0 2 

I.11E-0 2 

0.5 4 

I.70E-0 2 

I S . 

7.08E-0 3 

1.I8E-0 2 

5.82E-02 * 

2.70E-0 4 

0.3 4 

0.1 2 

0.2 2 

2.65E-0 2 

2.74E-0 2 

PES LYM 

2.406-0 4 

1.326-0 5 

S.21E-0 2 

0.1 5 

0.3 4 

5.696-0 3 

3.80E-0 2 

2.7IE-0 2 

0.S 9 

0.2 2 

0.2 7 

9.73E-0 2 

0.5 8 

0 . 1 t 

0.1 9 

0.7 0 

2 1 . 

1 .3*56-0 2 

6.30E-0 2 

0.2 7 

0.1 5 

0 . 13 

1 . 3 

0.2 5 

4.75 E 0 2 

4.926-0 2 

I.74E-0 2 

7.07E-0 2 

8.046-0 4 

1 . 3 

0.3 9 

0.5 9 

2.77B-0 2 

2.77E-0 2 

S 

1 . 

7 . 

S . 

1 . 

9 . 

3 . 

6 . 

9 . 

1 . 

6 . 

7 . 

1 . 

3 . 

4 . 

8 . 

2 . 

0 . 

1 . 

1 . 

1 . 

4 . 

1 . 

8 . 

1 . 

4 . 

2 . 

S . 

9 . 

7 . 

1 . 

S . 

9 . 

1 . 

1 . 

TOTAL INHALATION DOSES 

ALPHA 0 * 20 

(PEM/HICPOCUPIEI 

.256-0 4 1.306-04 I 

•35E-0 t 7.06E-07 6 

.846-03 6.20E-0 3 6 

.72E-04 I.OIE-0 4 4 

.44E-04 4.79E-0 4 2 

.466-0 3 3.72E-0 3 4 

.I5E-0 3 3.12E-0 3 4 

.686-06 2.44E-0 5 I 

.296-05 2.2OE-0S 1 

• 34E-03 4.S4E-03 7 

.33F-03 3.416-03 6 

.016-03 5.80E-04 1 

.326-03 6.58E-04 1 

.64E-03 2.59E-03 3 

.I7E-03 2.72E-03 4 

.536-02 1.55E-02 2 

.17 3.6 7E-02 5 

.I7E-02 I .286-02 I 

•0IE-02 8.446-03 9 

.716-02 7.25E-03 8 

•OlF-04 2.90E-04 3 

.196-04 2.386-04 I 

.71E-04 2.156-03 I 

.366-04 3.26E-04 2 

.90E-02 0.12 0 

.336-04 3.056-04 7 

.066-04 8.66E-04 2 

.136-04 2.18E-03 I 

• 79E-06 3.77E-06 1 

.006-03 2.45E-03 I 

.706-03 3.51E-03 6 

.25E-03 3.49E-03 7 

.046-03 I .94E-03 6 

.226-03 2.37E-03 7 

L l MALL 

•37E-0 4 

.906-0 6 

.416-0 3 

•366-0 4 

.68E-0 3 

• 28E-0 3 

.066-0 3 

.346-0 4 

.20E-0 4 

.426-0 3 

.206-0 3 

.086-0 3 

.156-0 3 

.986-0 3 

.I9E-0 3 

.056-0 2 

.006-0 2 

.336-0 2 

• IOE-0 3 

.286-0 3 

.856-0 4 

•39E-0 3 

.266-0 2 

.026-0 3 

. 6 1 

.72E-0 4 

.38E-0 3 

.I2E-0 2 

.056-0 5 

•43E-0 2 

•74E-0 3 

.036-0 3 

• 38E-0 3 

•90E-0 3 

L L I WALL 

1.336-0 4 

7.22E-0 6 

6.856-0 3 

1.206-0 3 

7.68E-0 3 

3.506-0 3 

4.43E-0 3 

3.24E-0 4 

3.2IE-0 4 

1.296-0 2 

1.08E-0 2 

2.18E-0 3 

I.94E-0 3 

6.22F-0 3 

S.5SE-0 3 

2.66E-0 2 

2.89E-0 2 

I .39E-0 2 

9.53E-0 3 

6.866-0 3 

S.73E-0 4 

4.15E-0 3 

3.7SE-0 2 

6.51E-0 3 

1 . 5 

8.93E-0 4 

2.69E-0 3 

2.68E-0 2 

2.48E-0 5 

4.2SE-0 2 

1 .366-0 2 

1.32E-0 2 

9.26E-0 3 

1.156-0 2 

T BOOY 

I.2SE-0 4 

1 . 4 IE-O S 

e.786-0 3 

3.496-0 3 

4.I7E-0 3 

4.S7E-0 3 

S. 175-0 3 

6.SIE-0 4 

E. 62E-0 4 

(L.496-0 3 

6.926-0 3 

I.I7E-0 3 

3.786-0 3 

3.87E-0 3 

6.756-0 3 

2.3IE-0 2 

0 . 14 

I.44E-0 2 

1.086-0 2 

I.50E-0 2 

6.35E-0 3 

4.27E-0 3 

7.866-0 3 

0.2 6 

0.2 6 

3 . 47E-0 4 

2.626-0 4 

1.066-0 3 

9.84E-0 6 

7.48E-0 3 

6.SIE-0 3 

9 . 206-0 3 

6.756-0 4 

6.60E-0 4 

ADREN 

1 

1 

1 

m 

1 

7 

a 

l 

s 

a 

a 

i 

4 

5 

9 

3 

0 

1 

1 

2 

1 

2 

3 

1 . 

6 

3 

1 

3 

a 

7 . 

7 . 

1 

3 . 

3 

.346-0 4 

.76E-0 S 

.046-0 2 

.896-0 3 

.S8E-0 3 

.536-0 3 

.27E-0 3 

• 09E-0 3 

.10E-0 4 

35E-0 3 

.29E- 0 3 

.506- 0 3 

.816-0 3 

.50E-0 3 

.93E-0 3 

.146-0 2 

. 1 9 

.966-0 2 

.516-0 2 

20E-0 2 

.046-0 2 

.39E-0 3 

.286-0 5 

68E-0 2 

02E-0 3 

.96E-0 4 

34E-0 4 

30E-0 5 

34E-0 6 

04E-0 4 

S2E-0 3 

HE-0 2 

62E-0 4 

03E-0 4 

BL WALL 

I.23E-0 4 

6.7SE-0 6 

7.75E-0 3 

1.466-0 3 

8.00E-0 4 

2.70E-0 3 

1.386-0 3 

4.30E-0 4 

1 .97E-0 4 

3.S9E-0 3 

I.67E-0 3 

3.77E-0 4 

2.00E-0 4 

1 . 1 SE-0 3 

8 . 3 86-0 4 

1.28E-0 2 

1.49E-0 2 

1.506-0 2 

9.00E-0 3 

6.21E-0 3 

5.34E-0 3 

1.I9E-0 3 

1.60E-0 S 

8.43E-0 3 

3.01E-0 3 

2.0IE-0 4 

4.41E-0 S 

1.92E-0 S 

I.31E-0 6 

3.49E-0 4 

1.556-0 3 

9.13E-0 4 

I.49E-0 4 

1.266-0 * 

KIDNEYS 

1.296-0 4 

7.92E-0 6 

9.44E-0 3 

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o 

o 

fli 

1 

Ul 

e 

9 

PI 

• e 

t 

Ul 

9 

9 

fli 

4 

O 

Ul 

8 

* 

-

4 

e 

I 

UJ 

a 

i n 

.-. 

4 

O 

1 

LU 

0i 

0J 

Al 

4 

O 

UJ 

8 

4 

"• 

4 

e 

Ul 

-0 

8 

•n 

4 

o 

lu 

8 

CM 

4 

Pl 

O 

Pl 

o 

Ul 

o 

o 

IM 

»>.»>o»voo>o > 

mJ PI — I PI I I I I I I I II 

__> i i « i z UJ ui e o o z o a 

:z T u z a _r u. ' ~ 

p 

tn 

Ui 

m 

p. 

in 

e 

u 

8 

m 

a 

o 

e 

•0 

o 

u 

— 9 

1 

CC 

o 

c» 

1 

T 

9 .. 

1 

0_> . 

1 

m 

e» l 

a 

p. 

9 

1 

a 

18 
TOTAL INHALATION DOSES 

ALPHA O a 20 

(R EM/MICROCURIEI 

I O 

NUCLIOE 

NB-9 S 

NB-97 M 

NB-9 7 

•-I0-99 

TC-99 M 

TC-9 9 

RU-10 3 

RU-10 5 

"U-10 6 

RH-103 M 

RH-IOS M 

<*H-I0S 

RH-10 6 

SB-12 7 

TE-I27 M 

TE-12 7 

TE-I29 M 

TE-12 9 

TE-131 M 

TE-13 1 

TE-13 2 

1-12 9 

I-13 1 

1-13 2 

1-13 3 

1-13 * 

I - t 35 

CS-13 4 

CS-13 5 

CS-13 6 

CS-13 7 

S O L 

Y 

Y 

V 

D 

Y 

0 

W 

0 

W 

Y 

V 

Y 

Y 

Y 

Y . 

Y 

W 

W 

w 

w 

• 

w 

-

m 

0 

0 

0 

0 

0 

D 

0 

D 

0 

0 

F l 

1.00E -

1 . OOE* 

I.OOE0.9 5 

S.OOE0.8 0 

o.ao 

0.8 0 

0.8 0 

4.00E -

4.00E -

4..00E4.006 * 

-0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

4.00E-0 2 

4 . 006-- 0 2 

4.OOE-0 2 

5.006 -

0.2 5 

0.2 S 

0.2 5 

0.2 5 

0.2 5 

0.2 5 

0.2 5 

0.9 5 

0.9 5 

0.9 5 

0.9 5 

0.9 5 

0.9 5 

0.9 5 

0.9 5 

0.9 5 

0.9 5 

- 0 2 

AMAD 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

LUNGS 

S.26E-0 2 

1.606-0 5 

I.0SE-0 3 

6.71E-0 3 

2.78E-0 2 

I.3SE-0 4 

2 . 036-0 4 

1.64E-0 3 

8.96E-0 2 

9.9SE-0 2 

4.04E-0 3 

6 . 7 

6.30E-0 5 

4.S1E-0 6 

6.30E-0 3 

2.I8E-0 5 

4.40F-0 2 

0.2 0 

2.916-0 3 

0.2 6 

I.06E-0 3 

1.506-0 2 

5.42E-0 4 

4.60E-0 2 

1.256-0 3 

3.936-0 3 

1.70E-0 3 

5.29E-0 3 

8.856-0 * 

4.08E-0 3 

3 . 4 0E-0 2 

1.096-0 3 

S.47E-0 3 

I.75E-0 2 

RES LYM 

a 

1 

1 

6 

2 

4 

2 

1 

0 

0 

4 

6 

4 

m 

2 

6 

0 

2 

0 

1 

2 

6 

0 

1 

3 

4 

4 

1 

2 

6 

1 

3 

6 

.336-0 2 

.616-0 5 

•05E-0 3 

.716-0 2 

•97E-0 2 

•99E-0 4 

.03E-0 4 

.93E-0 2 

. S 3 

. 2 0 

•076-0 3 

S O . 

•30E-0 5 

.596-0 6 

.5IE-0 3 

I8E-0 5 

.0SE-0 2 

. 9 3 

.986-0 3 

7 8 

.066-0 3 

.036-0 2 

.196- 0 4 

1 2 

.25E-0 2 

.93E-0 2 

4 1E-0 3 

.246-0 2 

.48E-0 3 

48E-0 2 

. 79E-0 2 

29E-0 2 

.436-0 2 

59E-0 2 

S WALL 

3.566-0 3 

8.IIE-0 7 

4.76E-0 S 

2.69E-0 4 

6.50E-0 * 

I.75E-0 5 

i.asE-os 

4.36E-0 4 

5.27E-0 4 

2.62E-0 3 

2.07E-0 4 

8.77E-0 3 

2.02E-0 6 

7.23E-0 8 

1 .836-0 * 

3.5IE-0 0 

1 .136-0 3 

1.936-0 3 

8.96E-0 S 

I.52E-0 3 

2.76E-0 5 

8.556-0 * 

I.06E-0 5 

I.S3E-0 3 

4.36E-0 S 

8.42E-0 5 

5.S5E-0 5 

t.336-0 5 

2.89E-0 5 

8.70E-0 S 

3.086-0 2 

I.1SE-0 5 

4.6IE-0 3 

I.31E-0 2 

S I WALL 

1 

4 

3 

1 

1 

6 

6 

a 

6 

i 

2 

7 

1 

1 

3 

3 

1 

3 

1 

2 

1 

1 

3 

1 

3 

3 

1 

2 

6 

3 

3 

1 

4 

1 

.68E-0 3 

.58E-0 7 

.10E-0 5 

.42E-0 4 

.24E-0 3 

. » 76-0 6 

.786-0 6 

. 6 3E-0 6 

•38E-0 5 

• 4 3E-0 3 

.86E-0 4 

.44E-0 3 

.26E-0 6 

.34E-0 7 

.786-0 4 

.2IE-0 9 

.87E-0 3 

.04E-0 3 

•36E-0 4 

.126-0 3 

.836-0 5 

. 1 16-0 3 

.246-0 6 

.096-0 3 

.55E-0 S 

.50E-0 3 

.726-0 5 

.016-0 5 

.99E-0 6 

02E-O S 

.306-0 2 

.44E-0 6 

.686-0 3 

.4 0E-0 2 

U L I WALL 

2 

3 

2 

2 

S 

9 

1 

5 

4 

3 

6 

3 

T 

5 

I 

4 

7 

1 

4 

1 

1 

3 

1 

2 

4 

3 

1 

2 

7 

3 

3 

8 

4 . 

1 . 

.976-0 3 

.66E-0 7 

.39E-0 5 

.27E-0 4 

.66E-0 3 

.086-0 6 

.086-0 5 

.I0E-0 5 

.96E-0 * 

.68E-0 3 

.56E-0 4 

• 73E-0 2 

• I2E-0 7 

.72E-0 7 

• 61E-0 3 

• 21E-0 9 

.686-0 3 

• I9E-0 2 

.056-0 4 

.06E-0 2 

.27E-0 3 

.0*6-0 3 

.52E-0 6 

.886-0 3 

.046-0 5 

.8SE-0 S 

,966-0 5 

.36E-0 S 

.74E-0 6 

S6E-0 5 

,446-0 2 

49E-0 6 

9IE-0 3 

47E-0 2 

U . I WALL 

S 

7 

5 

1 

1 

6 

7 

1 

1 

8 

7 

0 

1 

1 

3 

B 

1 

2 

4 

3 

2 

5 

5 

7 

4 

3 

1 

1 

4 

2 

3 . 

2 

4 . 

1 . 

.166-0 3 

.926-0 8 

.I7E-0 6 

.916-0 4 

.35E-0 2 

.74E-0 6 

.236-0 6 

.536-0 4 

. 4 9E-0 3 

.436-0 3 

2 86-0 * 

. 1 1 

.14E-0 7 

.156-0 6 

,236-0 3 

.78E-I 0 

.836-0 2 

.38E-0 2 

.38E-0 4 

,0*6-0 2 

.956-0 6 

.1 16-0 3 

.46E-0 7 

• 28E-0 3 

02F-0 5 

22E-0 S 

22E-0 S 

.76E-0 5 

I4E-0 6 

836-0 5 

49E-0 2 

56E-0 S 

98E-0 3 

49E-0 2 

T BOOY 

3.036-0 3 

4 . I4E-0 7 

2.I6E-0 5 

7.53E-0 4 

S.8IE-0 4 

C.48E-0 6 

I.OOE-O S 

1.736-0 4 

1.416-0 3 

3.096-0 3 

9.S3E-0 5 

0.1 0 

9.40E-0 7 

8.216-0 8 

I.27E-0 4 

3.23E-0 T 

1.136-0 3 

3.64E-0 3 

5 . I2E-0 S 

4.616-0 3 

1.716-0 5 

C. 7IE-0 4 

1.086-O S 

1.99E-0 3 

1.936-0 3 

« . 016-0 4 

7.46E-0 3 

2.I6E-0 4 

i 

3.326-0 5 

I.54E-0 4 

4.32E-0 2 

4 . 176-0 3 

5.70E-0 3 

3.106-0 2 

ADPEN 

4.I7E-0 3 

3.43E-0 7 

I.17E-0 S 

5.89E-0 4 

I.88E-0 4 

I.29E-0 S 

1 .34E-0 5 

2.3*6-0 4 

2.016-0 4 

3.046-0 3 

S.42E-0 5 

I.47E-0 2 

1.176-0 8 

1.876-0 8 

3.33E-0 S 

2.566-0 8 

6.83E-0 4 

2.48E-0 3 

3.40E-0 S 

3.606-0 3 

6.I2E-0 6 

8.546-0 4 

5.04E-0 6 

2.47E-0 3 

3.616-0 4 

I.I6E-0 4 

6.25E-0 S 

1.196-0 * 

3.16E-0 S 

I.16E-0 4 

e.l7E-0 2 

7.08E-0 3 

8.0IE-0 3 

4.75E-0 2 

BL WALL 

4 

1 

8 

1 

7 

4 

2 

I 

1 

3 

1 

3 

2 

5 

1 

8 

2 

1 

1 

1 

2 

3 . 

1 . 

9 . 

2 

3 . 

1 . 

3 . 

6 . 

3 . 

4 . 

3 . 

6 . 

3 . 

.646-0 4 

.826-0 8 

.46E-0 7 

• 73E-0 4 

.77E-0 S 

.47E-0 6 

.08E-0 6 

.17E-0 4 

.00E-0 4 

696-0 * 

12E-0 5 

.92E-0 3 

00E-0 9 

•73E-0 9 

59E-0 5 

73E-I 0 

73E-0 * 

22E-0 3 

77E-0 S 

73E-0 3 

91E-0 6 

91E-0 4 

4 3E-0 6 

23E-0 4 

07E-0 4 

10E-0 5 

2IE-0 S 

71E-0 S 

25E-0 6 

I2E-0 5 

836-0 2 

546-0 3 

27E-0 3 

I2E-0 2 

KIDNEYS 

I.92E-0 3 

1.54E-0 7 

S.65E-0 6 

7 . 4 8E-0 3 

3.026-0 * 

9.436-0 6 

6.52E-0 6 

3.386-0 4 

2.9IE-0 4 

I.44E-0 3 

3.00E-0 5 

I.03E-0 2 

4.47E-0 9 

9.316- 0 9 

2.06E-0 5 

1.11E-0 8 

4.5SE-0 4 

9.J7SE-0 3 

4.82E-0 5 

1.I7E- 0 2 

9 . 886-0 6 

7.S56-0 4 

5.006-0 6 

2.69E- 0 3 

4.22E-0 4 

1.4SE- 0 4 

4.90E-0 5 

8.44E-0 S 

I.84E-0 5 

7.87E-0 5 

6.42E-0 2 

7.08E-0 3 

8.ISE-0 3 

4.86E- 0 2 

LIVER 

4 

3 

1 

1 

5 

1 

1 

4 

3 

3 

5 

1 

2 

1 

3 

2 

6 

1 

1 

2 

4 

6 

4 

2 . 

4 . 

1 . 

7 

1 . 

3 . 

1 . 

6 . 

7 . 

a. 

4 . 

.13E-0 3 

.39E-0 7 

.166-0 5 

.266-0 2 

.306-0 4 

.626-0 5 

.406-0 5 

.64E-0 4 

.98E-0 4 

.00E-0 3 

.56E-0 5 

.46E--0 2 

,486-0 8 

.966-0 8 

.49E-0 5 

53E-0 8 

• 43E-0 4 

SOE-0 3 

.496-0 5 

I9E-0 3 

04E-0 6 

73E-0 4 

20 6-0 6 

30E-0 3 

4IE-0 4 

97E-0 4 

90E-0 5 

19E-0 4 

26E-0 5 

27E-0 4 

63E-0 2 

0 8 E-0 3 

57 E-0 3 

96E-0 2 
ro 

o 

NUCLIOC 

NB-9 5 

NB-97M 

NB-9 7 

MO-9 9 

TC-99 M 

TC-9 9 

PU-10 3 

RU-10 5 

RU- I 0 6 

RH-I03 M 

RH-I05 M 

PH-10 5 

RH-10 6 

SB-12 7 

TE-I27 M 

TE-12 7 

TE-129 M 

TE-12 9 

T6-I3I M 

TE-I3 I 

TE-13 2 

1-12 9 

1-13 1 

1-13 2 

1-13 3 

1-13 4 

1-13 5 

CS-13 4 

CS-13 S 

CS-13 6 

CS-13 7 

S C L 

Y 

Y 

Y 

D 

Y 

O 

W 

D 

W 

V 

V 

V 

Y 

Y 

Y 

V 

W 

w 

w 

w 

w 

w 

w 

w 

D 

D 

O 

0 

D 

D 

0 

0 

D 

0 

F l 

1.00E -

I.O0E -

- 0 2 

- 0 2 

1.00E-0 2 

0.9 5 

5.006 -

o.ao 

0.8 0 

0.8 0 

0.8 0 

4.006 -

4.006 -

4.00E -

4.00E -

4.006 -

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

4.00E-0 2 

4 . OOE* 

5 . 006 -

0.2 3 

0.2 5 

0.2 5 

0.2 5 

0.2 5 

0.2 5 

0.2 5 

0.9 5 

0.9 5 

0.9 5 

0.9 5 

0.9 5 

0.9 5 

0.9 S 

0.9 S 

0.9 5 

0.9 5 

- 0 2 

- 0 2 

AMAD 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

OVARIES 

1.32E-0 3 

4.42E-0 8 

2.276-0 6 

3.I4E-0 4 

2.33E-0 4 

6.6IE-0 6 

4.06E-0 6 

2.3*6-0 4 

2.0IF-0 4 

9.556-0 4 

3.74E-0 5 

7.77E-0 3 

6.79E-0 9 

1 .87E-0 8 

5.20E-0 5 

I.75E-0 9 

7.5IE-0 4 

2.44E-0 3 

3.386-0 5 

3.44F-0 3 

5.28E-0 C 

3.67E-0 4 

2.48E-0 6 

1 .696-0 3 

3.55E-0 4 

3.80E-0 5 

I.56E-0 5 

6.IIE-0 S 

9.3IE-0 6 

4.64E-0 S 

6.116-0 2 

7.086-0 3 

7.61E-0 3 

4.73E-0 2 

PANCREAS 

4 

3 

1 

5 

2 

1 

1 

2 

2 

3 

t 

1 

I 

2 

3 

2 

7 

2 

3 

3 

-

9 

5 

2 

3 . 

1 

6 

1 

3 

1 . 

7 

7 

9 

5 

•35E-0 3 

.82E-0 7 

.40E-0 S 

.56E-0 4 

.07E-0 4 

.44E-0 5 

.46E-0 5 

,3«E-0 * 

.01E-0 4 

Slf-0 3 

.52F-0 5 

.566-0 2 

.076-0 8 

.016-O B 

•93F-0 5 

• 84E-0 8 

65E-0 4 

•SIE-0 3 

.4'.F-0 S 

6 4 6 -0 3 

32E-0 6 

,606-0 4 

•29E-0 6 

.69E-0 3 

896-0 4 

.106-0 * 

S7E-0 5 

27E-0 4 

.336-0 5 

29E-0 4 

04E-0 2 

08E-0 3 

• 08E-0 3 

I4E-0 2 

B O 

1 . 

5 . 

1 . 

1 . 

9 . 

8 . 

2 . 

2 . 

1 . 

z: 

i . 

i . 

i . 

i . 

i . 

3 . 

j . 

5 . 

1 . 

1 . 

3 . 

2 . 

1 . 

5 . 

2 . 

4 . 

9 . 

1 . 

7 . 

5 . 

7 . 

6 . 

4 . 

TOTAL INHALATION DOSES 

ALPHA 0 -° 2 0 

(HEM/MICROCURIE) 

INE R MAR Y MAP 

83E-0 3 2.366-0 3 1.9IE-0 3 

44E-0 7 1.826-0 7 I.50E-0 7 

05E-06 6.40E-06' 5.206-0 6 

146-03"6.47E-04 3.896-0 4 

29E-04 1.726-04 I.I7E-0 4 

29E-06 I.24E-0 5 I.016-0 5 

24E-06 1.10E-0S 8.74E-0 6 

66E-04 2.37E-0 4 2.34E-04 

296-04 2.04E-04 2.0IE-0 4 

346-0 3 I.74E-0 3 1.426-0 3 

4SE-0S 3.SOE-0S 2.6SE-0S 

016-02 1.I0E-0 2 I.03E-0 2 

506-08 1.69E-08 I.786-0 8 

106-08 I.S7E-0 8 I.1BE-08 

87E-0S 2.886-0 5 2.03E-0 5 

06E-08 I.346-0 8 1.I2E-0 8 

46E-04 5.18E-04 4.2SE-04 

116-03 2.446-0 3 2.52E-0 3 

77E-06 2.63E-0S 3.376-0 5 

396-03 2.07E-O3 3.486-0 3 

C7E-06 4.46E-0 6 5.63E-06 

30E-04 6.S9E-04 6.I4E-0 4 

22E-06 3.59E-0 6 3.65E-06 

18E-03 1.8*6-0 3 I.70E-0 3 

46E-04 5.71E-04 4.90E-0 4 

306-04 2.00E-04 I.IOE-0 4 

486-05 4.39E-0S 3.25E-0 5 

116-05 I.02E-0 4 8.63E-0S 

76E-05 2.I0E-0S I .78E-0S 

7SE-0S 9.06E-0 5 7.54E-0S 

086-02 S.83E-02 S.I7E-0 2 

08E-03 7.08E-03 7.086-0 3 

3IE-03 7.45E-0 3 6.4TE-0 3 

30E-02 4.656-0 2 4.3SE-02 

ENOOST 

1.016-0 3 

1.44E-07 

5.03E-06 

I.03E-0 3 

1.26F-04 

9.566-0 6 

8 . 3 36-0 6 

3.03E-0 4 

2.60E-0 4 

1.356-0 3 

2.476-0 5 

I .136-0 2 

I.5IE-0 8 

1.136-0 3 

1.9'iE-OS 

I.066-0 8 

3.97E-04 

2.77F-0 3 

1 .97E-0 5 

?.. 70E-0 3 

3.75E-06 

4.7IE-0 4 

3.0SE-06 

I.50E-0 3 

S.326-04 

2.ISE-0 4 

4.22E-OS 

1.026-0 4 

I.86E-0 5 

8.316-0 5 

S.586-0 2 

8.166-0 3 

6.73E-03 

5.03E-02 

.836-0 3 

.176-0 7 

.126-0 5 

• 97E-04 

. 7SE-04 

.216-0 5 

•24E-05 

.3*6-0 * 

.016-0 4 

.716-0 3 

.286-0 5 

. 38E-02 

.886-0 8 

.aiE-oa 

.296-0 5 

• 2 7E-0 8 

• S7E-0 4 

• 53E-03 

•4IE-0 5 

.61E-0 3 

.126-0 6 

.88E-04 

.856-0 6 

•4SE-03 

. 796-04 

.666-0 5 

.S3E-05 

. 1 16-04 

.016-0 5 

.I4E-0 4 

.216-0 2 

.086-0 3 

.996-0 3 

.786-0 2 

.0*6-0 * 

.84E-0 9 

.206-0 7 

.74E-0 4 

.0*6-0 5 

.07E-0 6 

• 53E-06 

• 34E-04 

.016-0 4 

.976-0 4 

• 87E-06 

•97E-0 3 

.866-0 9 

.66E-0 9 

.406-0 6 

.47E-1 0 

.21E-0 4 

.40E-0 3 

.34E-0 5 

• 33E-03 

.I6E-0 6 

.326-0 4 

•26E-06 

•I1E-0 3 

.356-0 * 

.066-0 5 

.19E-0 6 

.296-0 5 

•76E-0 6 

.58E-0 3 

.866-0 2 

.086-0 3 

• 87E-0 3 

.206-0 2 

THYMUS 

6.68E-0 3 

5.43E-0 7 

I.806-0 5 

3.99E-04 

2.72E-0 4 

I.99E-0S 

2 . 1 IE-OS 

2.34E-0 4 

2.0IE-0 4 

4.48E-0 3 

8.0IE-0 5 

I .666-0 2 

I.616-0 8 

2.7IE-0 8 

4.5IE-0 5 

4.05E-0 8 

9.61E-0 4 

2,-ME-03 

3.46E-0S 

3.886-0 3 

6.846-0 6 

I .516-0 3 

8.456-0 6 

4.34E-0 3 

9.24E-0 4 

7.12E-04 

I .086-0 4 

2.316-0 4 

5.S2E-0 5 

2.40E-0 4 

7.33E-02 

7.08E-03 

6.38E-0 3 

5.36E-0 2 

THYPOIO 

.266-0 3 

•82E-0 7 

.026-0 6 

• 6 7E-0 4 

.696-0 4 

•24E-0S 

.5SE-0 5 

.046-0 2 

.966- 0 3 

.53E-0 3 

. 6 2E-0 5 

.086-0 2 

• I5E-0 9 

• 27E-0 9 

.426-0 5 

.326-0 6 

. I IE-0 4 

.416-0 3 

.366-0 5 

.696-0 3 

.126- 0 5 

. 1 2 

.126- 0 3 

. 2 1 

4 . 7 

1 . 0 

1.386- 0 2 

0.1 9 

4.64E-0 3 

4.76E-0 2 

4.926-0 2 

7.09E-0 3 

6.00E-0 3 

4.236-0 2 

UTERUS 

6.27E-04 

3.1*6-0 8 

1.656-06 

3.486-04 

1.146-0 4 

9.4 7E-06 

4.43E-0 6 

2.34E-0 4 

2.01E-04 

5.276-0 4 

2.09 6-05 

4.91E-0 3 

«.9*6-0 9 

8.44E-09 

2.336-0 5 

1.20 6-09 

4.6IE-0 4 

2.4SE-03 

3.39E-03 

3.346-0 3 

S.466-06 

I. 10 6-0 3 

3.I0E-0 6 

2.666-0 3 

4.S2E-0 4 

3.78E-OS 

1.586-0 5 

7.02E-0 5 

I.2SE-0 5 

6.19E-0S 

9.S5E-02 

7.086-0 3 

8.46E-03 

C.20E-02 
TOTAL INHALATION DOSES 

ALPHA Q » 2 0 

(REM/MICROCURIEt 

ro 

— j 

NUCLIDE 

BA-I37 M 

BA- I 40 

L A- l 40 

CE-14 1 

CE-14 3 

CE-14 4 

PP- I 43 

3R-I44 M 

PR-14 4 

NO-1 47 

-•M-l 47 

SM-14 7 

SOL 

D 

0 

W 

Y 

W 

0 

Y 

W 

0 

Y 

W 

0 

Y 

W 

D 

Y 

W 

D 

Y 

W 

D 

Y 

W 

0 

Y 

-

O 

Y 

W 

D 

F l 

I.OOE-O I 

I.OOE-O I 

1.006-0 4 

1 . 006-0 4 

I.OOE-0 4 

1.006-0 * 

1.006-0 4 

I.OOE-0 4 

1.006-0 4 

1.OOE-0 4 

I.OOE-0 4 

1.006-0 * 

1.006-0 * 

I.006-0 4 

1.006-0 4 

I.OOE-0 4 

I.OOE-0 4 

1.006-0 * 

1.006-0 * 

1.006-0 4 

I.OOE-0 4 

1.OOE-0 4 

t.OOE-0 4 

I.006-0 4 

I.OOE-0 4 

t.OOE-0 4 

1.006-0 * 

t.OOE-0 4 

I.OOE-0 4 

I.OOE-0 4 

AMAD 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

LUNGS 

7.00E-0 6 

1.636-0 2 

2.8IE-0 2 

0.1 1 

7.15E-0 2 

3.98E-0 3 

2.3SE-0 2 

2.I8E-0 2 

6.29E-0 3 

S.O 

1 . 2 

2.80E-0 2 

8.60E-0 2 

7.11E-0 2 

5.8*6-0 3 

2.736-0 4 

2.586-0 4 

2.21E-0 4 

6.34E-0 4 

6.096-0 4 

S.386-0 * 

6.66E-0 2 

5.436-0 2 

5.S0E-0 3 

0.5 0 

6.216-0 2 

1.20E-0 3 

2.27 E 0 2 

2 3 . 

0.3 8 

RES LVM 

7.16E-0 6 

0.1 8 

3.12E-0 2 

0.2 1 

0.2 1 

3.8SE-0 2 

2.7IE-0 2 

3.01E-0 2 

S.7SE-0 2 

3 9 . 

6 . 1 

0.3 0 

0.1 2 

0.1 5 

6.70E-0 2 

2.73E-0 * 

2.58E-0 4 

3.03E-0 4 

6.34E-0 4 

6.09E-0 4 

6.77E-0 4 

0.1 4 

0.1 0 

5.70E-0 2 

7 . 5 

0.3 5 

I.42E-0 2 

I.63 E 0 4 

1.26 6 0 2 

S .O 

S WALL S I WALL UL 

4.82E-0 7 6.356-0 8 7 

I.I4E-0 3 I.44E-0 3 3 

I.49E-0 3 2.3SE-0 3 T 

6.I3E-0 4 7.77E-0 4 3 

5.78E-0 4 8.53E-0 4 3 

5.29E-0 4 5.65E-0 4 I 

S.55E-0 4 I.I9E-0 3 S 

4.866-0 * I.02E-0 3 4 

1.80E-0 4 2.94E-0 4 1 

5.25E-0 3 6.256-0 3 3 

3.65E-0 3 6.79E-0 3 3 

2.816-0 3 3.0SE-0 3 7 

4.366-0 4 I.08E-0 3 6 

4.176-0 4 I.03E-0 3 5 

6.61E-0 S 1.60E-0 4 9 

6.22E-0 6 1.66E-0 6 3 

3.866-0 6 I. 0 3E-0 6 2 

I.B6E-0 5 S. 3 7E-0 6 1 

1.09E-0 S 2.S6E-0 6 4 

7.2IE-0 6 1.70E-0 6 3 

3.67E-0 5 8.6SE-0 6 1 

6.4IE-0 4 I.I4E-0 3 5 

6.I7E-0 4 I . IOE-0 3 S 

3.6SE-0 4 4.3SE-0 4 I 

1.206-0 4 2.99E-0 4 I 

I.216-0 4 3.0IE-0 4 I 

1.37E-0 5 3.26E-0 S I 

S.I6E-0 4 I.25E-0 3 7 

4.886-0 4 I.16E-0 3 6 

2.I8E-0 4 2.87E-0 4 8 

L I WALL 

• S7E-0 8 

.226-0 3 

•IOE-0 3 

.806-0 3 

.99E- 0 3 

•ISE-0 3 

.03E-0 3 

.306-0 3 

.06E-0 3 

.316-0 2 

.656-0 2 

.IIE-0 3 

.226-0 3 

.94E-0 3 

.146-0 4 

•3IE-0 7 

.156-0 7 

.096-0 6 

.9IE-0 7 

.436-0 7 

• 64E-0 6 

.S2E-0 3 

•23E-0 3 

.196-0 3 

.77E-0 3 

•78F-0 3 

.68E-0 4 

.26E-0 3 

•6IE-0 3 

.49E-0 4 

L L I WALL 

2.36E-0 8 

7.60E-0 3 

1.336-0 2 

I.09E-0 2 

1.136-0 2 

I.75E-0 3 

I.05E-0 2 

9.03E-0 3 

2.04E-O 3 

9.856-0 2 

0.1 1 

1.30E-0 2 

1.78E-0 2 

1.70E-0 2 

2.6IE-0 3 

I.99E-0 8 

1.66E-0 8 

7.14E-0 8 

3.0IE-0 8 

3.24E-0 8 

I.22E-0 7 

1.526-0 2 

I.43E-0 2 

2.39E-0 3 

S.28E-0 3 

5.33E-0 3 

S.60E-0 4 

2.18E-0 2 

1.98E-0 2 

2.216-0 3 

T 

3 

2 

1 

1 

1 

3 

4 

4 

e 

7 

6 

0 

1 

1 

2 

3 

4 

3 

9 . 

9 

9 

1 

1 . 

2. 

8. 

7 

2 . 

BODY 

•O2E-0 T 

•3SE-0 3 

.IOE-0 3 

, 84E-0 3 

.766-0 3 

.736-0 3 

.626-0 4 

.90E-0 4 

.94E-0 4 

.866-0 2 

.08E-0 2 

. 2 0 

316-0 3 

,366-0 3 

44E-0 3 

98E-0 6 

OOE-06 

9IE-0 6 

I8E-0 6 

206-0 6 

036-0 6 

.22E-0 3 

29E- 0 3 

42E-0 3 

9IE-0 3 

57E- 0 3 

83E-0 2 

3 1 . 

4 0 . 

1 . 6 4E 0 2 

AOREN 

3.84E-0 7 

2.68E-0 3 

8.4IE-0 4 

4.73E-0 4 

5.25E-0 4 

1.516-0 3 

I.02E-0 4 

1.226-0 4 

2.44E-0 4 

2.176-0 3 

6.29E-0 3 

2.75E-0 2 

I.07E-0 6 

2.96E-0 5 

2.48E-0 4 

6.106-0 8 

9.84E-0 8 

1.S5E-0 7 

9.28E-0 8 

I.47E-0 7 

2.46E-0 7 

2.99E-0 4 

3.67E-0 4 

9.9IE-0 4 

I.87E-0 4 

7.00E-0 4 

2.97E-0 3 

0.9 5 

1 . 6 

6 . 5 

BL WALL 

2.50E-0 8 

I.69E-0 3 

3.96E-0 4 

4.93E-0 5 

8.99E-0 5 

3.086-0 4 

4.896-0 5 

4.69E-0 5 

5.986-0 5 

3.67E-0 4 

2.49E-0 3 

1 .136-0 2 

S.41E-0 7 

1.49E-0 S 

1.256-0 4 

3.46E-0 9 

2.24E-0 8 

5.28E-0 8 

7.I3E-0 9 

3.76E-0 8 

9.54E-0 8 

6.68E-0 5 

8.626-0 5 

2.I4E-0 4 

9.336-0 5 

3.50E-0 4 

1.49E-0 3 

0.4 8 

0.8 0 

3 . 3 

KIDNEYS 

I.77E-0 7 

I.63E- 0 3 

I.30E- 0 3 

2.70E-0 4 

2.88E-0 3 

1.946- 0 2 

7.I2E- 0 5 

4.226-0 4 

3.09E-0 3 

3.04E-0 2 

0.2 5 

1 . 2 

5.846-0 5 

1.626-0 3 

1.366-0 2 

7.946-0 8 

I . 4 5E-0 6 

3.56E-0 6 

I.3OE-0 7 

2 . 3 76-0 6 

6.4SE-0 6 

2.496-0 4 

I.68E-0 3 

1.236-0 2 

1.036- 0 2 

3.846-0 2 

0.1 6 

5 2 . 

8 8 . 

3.58 6 0 2 

LIVE R 

3.80E-0 7 

1.656-0 3 

2.07E-0 3 

8.3 9 6-0 * 

9.79E-0 3 

6.656-0 2 

1.5 8 6-0 4 

I.37E-0 3 

1.066-0 2 

0.1 0 

0.8 6 

4 . 0 

2.02E-0 4 

5.57E-0 3 

4.60E-0 2 

2.67E-0 7 

4.9 8 6-0 6 

1.22E-0 5 

3.92E-0 7 

8.056-0 6 

2.20E-O S 

7.3IE-0 4 

S.66E-0 3 

4.22E-0 2 

3.S4E-0 2 

0.1 3 

0.5 6 

1.81 6 02 

3.03 E 0 2 

1.24 6 0 3 
TOTAL INHALATION DOSES 

ALPHA O a 2 0 

(REM/MICROCURIEI 

ro 

ro 

NUCLIOE 

SA-13T M 

3A- 1 40 

LA- I 40 

CE-I4 I 

CE- I 43 

CE-14 4 

"P-14 3 

OR-I44 M 

"R-14 4 

N0-I4 7 

PM-14 7 

SM-l4 7 

SOL 

O 

D 

W 

Y 

W 

D 

Y 

W 

D 

V 

w 

0 

Y 

W 

0 

Y 

tt 

D 

Y 

W 

0 

Y 

W 

D 

V 

w 

D 

V 

w 

0 

F l 

I.OOE-O I 

I.OOE-O I 

I.OOE-0 4 

I.OOE-0 4 

I.OOE-0 4 

t.OOE-0 4 

1.006-0 4 

I.OOE-0 4 

I.OOE-0 4 

1.006-0 * 

1.006-0 4 

1.OOE-0 4 

I.OOE-0 4 

1 . 00E-0 4 

1.OOE-0 4 

1.006-0 4 

1.OOF-0 4 

I.OOE-0 4 

I.OOE-0 4 

1.OOE-0 4 

1.006-0 4 

I.OOE-0 4 

I.OOE-0 4 

I.OOE-0 4 

I.OOE-0 4 

I.OOE-0 4 

1.006-0 4 

I.OOE-0 4 

1 . 006-0 4 

I.OOE-0 4 

AMAD 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

OVARIES 

4.I2E-0 B 

2.67E-0 3 

I.09E-0 3 

1.556-0 4 

2.316-0 4 

5.826-0 4 

t .82E-0 4 

1.636-0 4 

1.286-0 4 

7.64E-0 4 

4.96E-0 3 

2.236-0 2 

I.07E-0 6 

2.96E-0 5 

2.486-0 4 

6.95E-0 9 

4.20E-0 8 

9.956-0 8 

1.34E-0 8 

6.42E-0 8 

1 .63E-0 7 

2.30E-0 * 

2.S7E-0 4 

3.866-0 4 

I.87E-0 4 

7.00E-0 4 

2.97E-0 3 

0.9 5 

1 . 6 

6 . S 

PANCREAS 

4 

2 

1 

4 

5 

1 

1 

1 

2 

2 

6 

2 

1 

2 

2 

a 

1 

1 

1 

1 

2 

3 

3 

8 

1 

7 

2 . 

0 

• 42E-0 7 

.80E- 0 3 

.036-0 3 

.79F-0 4 

.I2E-0 4 

.36E-0 3 

.24E-0 4 

.37E-0 4 

• 2IE-0 4 

.36E- 0 3 

• Of-6-0 3 

.616-0 2 

.076-0 6 

.966-0 5 

.486-0 4 

,116-0 8 

.146- 0 7 

.816-0 7 

.266-0 7 

•75E-0 7 

.84E-0 7 

.406-0 * 

.9IE-0 4 

.87E-0 4 

•87E-0 * 

.OOE-04 

97E-0 3 

9 5 

.(. 

6 . 5 

BONE R MAR 

1.60E-0 7 2.0SE-0 T I 

6.36E-0 3 3.99E-0 3 2 

7.04E-0 4 7.65E-0 4 4 

3.896-0 4 4.I4E-0 4 3 

2.72E-0 3 9.33E-0 4 • 

I.77E-0 2 4.64E-0 3 I 

7.26E-0 5 I.056-0 4 6 

3.b8E-0 4 2.05E-0 4 8 

2.776-0 3 9.68E-0 4 I 

2.80E-0 2 I . 1 76-0 2 I 

0.2 3 8.876-0 2 5 

1 . 0 0.4 1 2 

S.38E-0 5 I .656-0 5 1 

I.49E-0 3 4.5SE-0 4 Z 

I.25E-0 2 3.82E-0 3 2 

9.696-0 8 7.91E-0 8 5 

1.346-0 6 5.836-0 7 9 

3.246-0 6 1.356-0 6 I 

I.23E-0 7 9.44E-0 8 5 

2.ISE-0 6 9.21E-0 7 I 

S.84E-0 6 2.43E-0 6 2 

2.98E-0 4 2.84E-0 4 2 

I.S9E-0 3 6.02E-0 4 2 

I.1IE-0 2 3.IOE-0 3 8 

9.94E-0 3 I.056-0 3 I 

3.73E-0 2 3.94E-0 3 7 

0.1 6 1.686-0 2 2 

2.59 E 0 2 0.9 9 O 

4.35 E 02 1. 7 

I.77 E 0 3 6. 8 I 

MAR 

.72E-0 7 

.616-0 3 

.906-0 4 

.I2E-0 4 

.04F-0 4 

.386-0 3 

.876-0 5 

•33E-0 5 

•86E-0 4 

•66E-0 3 

.82E-0 3 

•5TE-0 2 

.076-0 6 

•96E-0 S 

.48E-0 4 

.47E-0 8 

•I2E-0 8 

.466-0 7 

•see-0 8 

.07E-0 7 

• 0IE-O 7 

.05E-0 4 

•72E-0 4 

.4IE-0 4 

.87E-0 4 

•006-0 4 

.976-0 3 

. 9 5 

i.e 

6 . 5 

ENDOST 

I.62E-0 7 

5.826-0 3 

6.S2E-0 4 

3.65E-0 4 

2.146-0 3 

1.366-0 2 

7.02E-0 5 

3.226-0 4 

2.23E-0 3 

1.906-0 2 

0.1 5 

0.7 0 

4.34E-0 S 

I.20E-0 3 

1.016-0 2 

8.086-0 8 

9.I0E-0 7 

2.186-0 6 

9.91E-0 8 

1 .456-0 6 

3.9IF-0 6 

2.646-0 4 

1 .246-0 3 

8.56E-0 3 

6.S5E-0 3 

2.466-0 2 

0.1 0 

3 1 . 

5 2 . 

2.13 6 02 

SPLEEN 

3.58E-0 7 

2.S4E-0 3 

7.9IE-0 4 

4.316-0 4 

3 . 09E-0 4 

7 . 156-0 4 

I.04E-0 4 

1.116-0 4 

I.42E-0 4 

2.136-0 3 

1.336-0 3 

2.296-0 2 

I.07E-0 6 

2.96E-0 5 

2.48E-0 4 

7.8UE-0 8 

l . l IE-0 7 

1.66F-0 7 

1 . 13E-0 7 

1.S9E-0 7 

2.536-0 7 

2.056-0 4 

2.98E-0 4 

4.72E-0 4 

I.87E-0 4 

7 . OOE-0 4 

2 . 9 76-0 3 

0.9 5 

1 . 6 

6 . 5 

TESTES 

1.636-0 8 

2.12E-0 3 

1.39E-0 4 

1.34E-0 S 

7.S6E-0 S 

4.S6E-0 4 

1 .39E-0 5 

2.0SE-0 S 

7.866-0 5 

5.84E-0 4 

4.TOE-0 3 

2.IEE-0 2 

1.076-0 6 

2.96E-0 S 

2.48E-0 4 

2.44E-0 9 

3.73E-0 8 

9.096-0 8 

4.29E-0 9 

5.3IE-0 8 

I.48E-0 7 

2.I36-0 S 

5.386-0 5 

2.B7E-0 4 

I.87E-0 4 

7.OOE-0 4 

2.97E-0 3 

0.9 5 

1 . 6 

6 . 5 

THYMUS 

6.00E-0 7 

3.33E-0 3 

I.35E-0 3 

7.70E-O 4 

5.95E-0 4 

6.07E-0 4 

I.S2E-0 4 

1 .586-0 4 

1.S2E-0 4 

3.48E-0 3 

5.S2E-0 3 

2.246-0 2 

1.076-0 6 

2.966-0 5 

2.406-0 4 

I.33E-0 7 

1.63E-0 7 

2.03E-0 7 

2.07E-0 7 

2.516-0 7 

3.23E-0 7 

4.70E-0 4 

4.5IE-0 4 

4.48E-0 4 

1.87E-0 4 

7.OOE-0 4 

2.97E-0 3 

0.9 5 

1 . 6 

6 . 5 

THYROID 

2.06E-0 / 

2.23E-0 3 

3 . 59E-0 4 

I.55E-0 4 

I.72E- 0 4 

5.016-0 4 

3.876-0 5 

4.7IE-0 5 

9.64E-0 5 

1 . 2 2E- 0 3 

4.83E-0 3 

2.166-0 2 

I.07E-0 6 

2.96E-0 3 

2 . 4 86- 0 4 

2.83F-0 8 

t . 186-0 8 

1.1IE-0 7 

5.87E-0 8 

I.07E- 0 7 

I.93E-0 7 

I.20E-O 4 

I.4IE-0 4 

3.336-0 4 

I.87E-0 4 

7.OOE-0 4 

2.97E-0 3 

0.9 5 

1 . 6 

6 . 5 

UTERUS 

4.186-0 8 

3.06E-0 3 

b.836-0 4 

7.37E-0 S 

1.486-0 * 

S.73E-0 4 

7.4BE-0 S 

7 . 34 E-0 5 

I.05E-0 4 

6.98E-0 4 

4.87E-0 3 

2.22E-0 2 

I.07E-0 6 

2.96E-O S 

2.48E-0 4 

6.686-0 9 

4.176-0 8 

9.856-0 8 

1.306-0 8 

C.36E-0 8 

I.62E-0 7 

9.406-0 5 

1.296-0 4 

3.59E-0 4 

I.87E-0 4 

T.OOE-0 4 

2.97E-0 3 

0.9 3 

1 . 6 

6 . 5 
TOTAL INHALATION DOSES 

ALPHA O a 20 

(REM/MICROCURIE) 

ro 

LO 

NUCLIDE 

TL-20 7 

TL-20 8 

TL-20 9 

PB-20 9 

*»B-2I 0 

PB-21 1 

*»B-2I 2 

PB-21 4 

81-21 0 

-M-2I I 

91-21 2 

BI-21 3 

81-21 4 

PO-21 0 

PO-2 M 

PO-21 2 

<»0-213 

P0-2I 4 

"0- 2 I S 

PO-21 6 

PO-21 8 

AT-21 7 

RN-21 9 

RN-22 0 

PN-22 2 

FR-22 1 

SOL 

W 

w 

w 

w 

w 

w 

w 

w 

-

w 

w 

w 

w 

w 

D 

w 

D 

w 

0 

w 

D 

w 

D 

W 

D 

W 

D 

W 

D 

D 

* 

• 

• 

0 

F l 

0.9 S 

0.9 5 

0.9 5 

8.006-0 2 

8.006-0 2 

8.00E-0 2 

8.00E-0 2 

8.00E-0 2 

3.006-0 2 

5.006-0 2 

5.00E-0 2 

5.OOE-0 2 

5.00E-0 2 

I.OOE-O I 

I.OOE-O I 

1.006-0 1 

I.OOE-O I 

I.OOE-0 1 

1.006-0 1 

l.OOE-O I 

I.OOE-O I 

I.OOE-O I 

I.OOE-O I 

I.OOE-0 1 

I.OOE-O I 

1.006-0 1 

1.OOE-0 1 

I.OOE-O I 

I.OOE-0 1 

0.9 5 

0 . 0 

0 . 0 

0 . 0 

0.9 5 

AMAD 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

4 4 4 

4 4 4 

4 * 4 

*0. 3 

LUNGS 

7.06E-0 5 

6.77E-0 S 

6.37E-0 5 

I.02E-0 3 

1 1 . 

0.1 4 

CS) 

0.1 2 

i. a 

8.71E-0 3 

0.2 7 

9.646-0 3 

9.086-0 2 

7 8 . 

1 . 7 

4.35E-0 S 

4.35E-0 5 

2.806-1 1 

2.80E-I I 

3.6BE-I 0 

3.686-1 0 

1.316-0 8 

1.316-0 6 

2.506-0 7 

2.S0E-0 7 

I.94E-0 S 

I.94E-0 S 

2.44E-0 2 

2.37E-0 2 

2.S0E-0 6 

9.146-0 4 

2.166-0 3 

2.346-0 3 

3.83E-0 2 

RES LYM 

7.06E-0 S 

6.77E---05 

6.376-O S 

1.036-0 3 

1.89 E 0 2 

1 .17E-0 3 

8.416-0 2 

1.396-0 3 

B . 2 

3.25E-0 S 

1.846-0 3 

1.586-0 3 

7.95E-0 4 

3.I0 E 0 2 

2 3 . 

1.216-1 0 

5.536-0 9 

4.756-2 4 

1.906-2 1 

3.63E-1 3 

3.63E-1 3 

4.39F-I 1 

1.736-1 2 

9.586-1 0 

9.5BE-1 0 

3.306-0 7 

3.316-0 7 

1.60E-0 4 

1.176-0 3 

1.876-0 8 

2.54E-0 6 

2.96E-0 S 

I.22E-0 5 

2.77E-0 3 

S WALL S I WALL UL I WALL L L I WALL T BODY 

2.B5E-0 7 I.32E-0 8 1.136-0 9 I.4IE-I 0 I.03E-0 6 

I.9SE-0 6 3.77E-0 7 4.806-0 7 I.02E-0 7 2.I2E-0 6 

1.35E-0 6 6.00E-0 7 9.I4E-0 7 3.95E-0 7 I.50E-0 6 

3.I6E-0 5 4.09E-0 S 6.52E-0 5 3.25E-0 S I.57E-0 3 

1.916-0 3 4.38E-0 3 2.476-0 2 7.I0E-0 2 3. 8 

4.586-0 5 I.90E-0 5 7.76E-0 6 8.61E-0 7 2.016-0 3 

1.186-0 3 2.I9E-0 3 6.99E-0 3 8.I2E-0 3 3.436-0 2 

4.96E-0 5 2.14E-0 5 9.62E-0 6 1.626-0 6 I.76E-0 3 

4.70E-0 4 1.09E-0 3 <.076-0 3 1.64E-0 2 3.866-0 2 

3.376-0 7 1.716-0 8 4.22E-0 9 1.186-0 9 1.266-0 4 

I.08E-0 4 6.336-0 5 4.216-0 5 8.08E-0 6 4.IOE-0 3 

S.62E-0 5 2.22E-0 S 1 .6IE-0 S 3.44E-0 6 1.59E-0 4 

2.286-0 5 S.76E-0 6 2.67E-0 6 6.39E-0 7 1.376-0 3 

I.89E-0 3 4.24E-0 3 2.49E-0 2 7.48E-0 2 1. 8 

2.176-0 4 4.87E-0 4 2.86E-0 3 8.58E-0 3 2. 3 

1.806-1 1 2.32E-1 2 3.06E-1 2 6.746-1 3 6.23E-0 7 

5.49E-I 1 2.33E-I 2 3.07E-I 2 6.75E-I 3 6.236-0 7 

I.29E-2 4 9.7BE-3 S S.44E-4 S 8.35E-S 6 4.00E-I 3 

1.436-2 3 I.086-3 3 6.036-4 4 9.26E-S S 4.OOE-1 3 

1.116-1 4 1 .4 46-1 4 2.30E-I 4 1.156-1 4 5.276-1 2 

1.116-1 4 I.44E-I 4 2.30E-I 4 1.I5E-I 4 5.276-1 2 

5.03E-1 6 1.03E-I 5 5.74E-I S I.6SE-1 4 1.89E-I 0 

4.64E-I 6 9.336-1 6 S.196-1 5 1.486-1 4 1.896-1 0 

3.766-1 1 1 .566-1 1 6.38E-1 2 7.I6E-I 3 3.676-0 9 

3.766-1 1 1.56E-I I 6.386-1 2 7.166-1 3 3.67E-0 9 

4.6SE-0 9 8.616-0 9 2.7SE-0 8 3.19E-0 8 2.94E-0 7 

4.6SE-0 9 8.60E-0 9 2.756-0 8 3.I9E-0 8 2.94E-0 7 

6.04E-0 6 2.57E-0 6 1.176-0 6 2. 1 IE-0 7 3.72E-0 * 

I.02E-0 S 4. 1 16-0 6 I.82E-0 6 2.97E-0 7 3.68E-0 4 

6.65E-I 0 2.63E-1 0 1.926-1 0 4.216-1 1 3.596-0 8 

2.61E-0 8 1.036-0 8 4.426-0 9 S.516-1 0 1.316-0 3 

2.306-0 7 3.69E-0 7 I.I4E-0 6 I.32E-0 6 3.I3E-0 3 

I.S5E-0 7 5.24E-0 8 3.08E-0 8 6.86E-0 9 3.396-0 5 

2.I2E-0 5 4.30E-0 6 2.57E-0 6 S.74E-0 7 5.826-0 4 

AOREN 

3.76E -

.606 * 

.426 * 

. 0 4 6-

. 7 5 

• 05E-

. 09E-

.816 -

• 22E-

.386 -

.316 -

. 02E-

• 87E-

. 7 8 

9 

• 94E-

.256 -

.44E -

• 7SE-

.57E-

.57E-

.74E-

.326 -

.48E-

• 48E-

.266 -

.276 -

.606 -

.656 -

.846 -

.806 -

• 37E-

.3SE -

.T7E -

BL WALL 

0 8 1.776-0 8 

0 6 I.3SE-0 7 

• 0 7 6.05E-0 8 

0 8 3.02E-0 8 

0.3 7 

•05 9.92E-0 6 

0 3 5.2IE-0 4 

0 5 3.50E-0 5 

0 2 6.116-0 3 

0 6 6.83E-0 7 

0 4 1.106-0 4 

0 5 S.78E-0 6 

05 3.17E-0 5 

0.3 9 

1 . 4 

I t 2.I2E-1 I 

10 S.40E-1 I 

2 3 7.22E-2 4 

2 3 1.886-2 3 

I 7 2.76E-1 7 

I 7 2.76E-I 7 

1 3 8.68E-I 4 

1 3 1.166-1 3 

11 1.216-1 1 

I I 1.216-1 1 

0 9 2.53E-0 9 

0 9 2.546-0 9 

OS 7.55E-0 6 

OS I.28E-0 5 

10 8.27E-I 1 

0 8 7.73E-0 9 

0 7 5.S9E-0 8 

0 7 1.36E-0 7 

0 5 2.816-0 5 

KIDNEYS 

I.796-0 7 

1.00E-0 6 

7 . 4 9E- 0 7 

I.70E-0 6 

4 . 4 

I.32E- 0 3 

7 . I9E- 0 2 

5.386-0 3 

0.7 1 

1.195-0 4 

2.53E-0 2 

8.57E-0 4 

S.86E-0 3 

1 4 . 

S 2 . 

7.46E-I 0 

I.93E-0 9 

2.60E-2 2 

6.75E-2 2 

5.44E-I 5 

5.44E-I S 

1.036-1 2 

2.07E-I 2 

2.23E-0 9 

2.236-0 9 

4.09E- 0 7 

4.09E- 0 7 

8.03E-0 4 

9 . 3 3E- 0 4 

I.01E- 0 8 

I.39E-0 6 

8.1IE-0 6 

1.37E-0 5 

I.23E-0 4 

LIVE R 

3.6 9 E-0 8 

2.I6E-0 6 

1.146-0 6 

S.03E-0 7 

3 . 4 

3.6*6-0 5 

5.76E-0 3 

9.29E-0 S 

3.56E-0 2 

1.3 8 6-0 6 

2.326-0 * 

3.10E-0 5 

7.19E-0 S 

2 . 4 

8 . 9 

I.456-1 0 

3.496-1 0 

4.46E-2 3 

1.166-2 2 

1.956-1 5 

1.956-1 5 

7.876-1 3 

9.6SE-I 3 

4.346-1 0 

4.346-1 0 

6.866-0 8 

6.87E-0 8 

7.23E-0 5 

'..026-0 4 

3.936-1 0 

2.8 3 6-0 7 

I.SSE-0 6 

I.3SE-0 6 

5.79E-0 5 
ro 

J** 

NUCLIDE 

TL-20 7 

TL-20 8 

TL-20 9 

->B-209 

(-H-2I 0 

PB-2 1 1 

-••1-2 12 

M-21 4 

31-21 0 

M-2 I I 

a 1- 2 12 

9 1-21 3 

dl- 2 14 

*»O-2l 0 

-'0-2 1 1 

PO- 2 12 

--U-2I 3 

f 0- 2 1 4 

••0- 2 I E 

P0-2I 6 

PO-21 8 

4T-2I 7 

RN-21 9 

1N-22 0 

RN-22 2 

FR-22 1 

SOL 

W 

W 

• 

tl 

« 

» 

w 

-

m 

w 

w 

w 

w 

• 

0 

w 

0 

H 

D 

w 

D 

w 

0 

-

0 

-

0 

w 

D 

0 

* 

* 

» 

0 

F l 

0.9 S 

0.9 5 

0.9 5 

8.006-0 2 

8.OOE-0 2 

8.JOE-0 2 

8 . OOE-02 

8.OOE-0 2 

5.006-0 2 

5.OOE-0 2 

5 . 306-0 2 

5.OOE-0 2 

5.00E-0 2 

t.006-0 1 

I.00E-C 1 

1 . 30E-0 I 

I.OOE-C I 

I.00E-C 1 

I.OOE-C I 

I.OOE-C I 

I.OOE-C I 

I.OOE-O I 

I.OOE-C I 

1 .006-0 1 

I.OOE-0 1 

1 . 506-0 1 

I.OOE-O I 

i . ooe-ci 

1 .306 - 01 

0 . JS 

0 . ) 

0 . 0 

0 . 0 

O.-JS 

AMAD 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

C. 3 

C. 3 

0 . 3 

0 . 3 

C . 3 

0 . 3 

C . 3 

0 . 3 

0 . 3 

0 . 3 

C . 3 

0 . 3 

0 . 3 

0 . 3 

4 * 4 

• •* 

• ** 

0 . 3 

OVARIES 

3.476-0 8 

2.25E-0 7 

1 .066-0 7 

6.066-0 8 

0.7 5 

1.976-0 5 

1 .IOE-0 3 

7.00E-0 5 

1 .226-0 2 

I .356-0 6 

2 . 1 76-0 4 

1 . 1 IE-O S 

6.33E-0 5 

0.7 8 

2 . 9 

4 . 2 56-1 1 

1.086-1 0 

1 .4SE-2 3 

3.766-2 3 

S.52E-I 7 

5.53E-I 7 

1.746-1 3 

2.326-1 3 

2.4IE- I 1 

2 .4 16- 1 1 

S.296-0 9 

S . 3 06-0 9 

I .sie-c s 

2.SSE-0 5 

1.S8E-I 0 

1 .546-0 8 

1.2IE-0 7 

2.72E-0 7 

5.606-0 5 

PANCR6AS 

3.766-0 8 

2.166-0 6 

1 . I6E-0 6 

6 . 046-0 8 

0.7 3 

2.066-0 5 

1 . 146-0 3 

7.996-0 5 

I.22E-0 2 

1 .396-0 6 

2.35E-0 4 

3 . 45E-OS 

6 . J/E-O S 

0.7 8 

2 . ) 

6.00E-I I 

1.26E-I 0 

I.44E-2. 1 

3.75E-2 3 

S.S7E-1 7 

S.S7E-I 7 

1 . 74r-i * 

2.326-1 3 

2.49E-I 1 

2.49E- I 1 

5.45E-0 9 

5.456-0 9 

1.626-0 5 

2.67E-0 S 

4.3SE-I 0 

I.826-0 8 

1.516-0 7 

3.476-0 7 

S.82E-0 5 

TOTAL INHALATION DOSES 

ALPHA O « 2 0 

(HEM/MICROCURIEI 

BONE R MAR V MAR 

3.S7E-0 S 3.636-0 8 3.63E-0 S 

9.S4E-0 7 I.20E-0 6 1.006-0 6 

5.81E-0 7 6.32E-0 7 4.9IE-0 7 

3.846-0 6 I.06E-0 6 6.04E-0 8 

4 4 . 2. 3 O.TS 

3.39E-0 4 2.98E-0 4 2.0IE-0 S 

1.70E-0 2 1.506-0 2 1.036-0 3 

4.126-0 4 3.38E-0 4 7.34E-0 5 

I.23E-0 2 1.266-0 2 1.226-0 2 

I.37E-0 6 2.48E-0 6 1.376-0 6 

2.22E-0 4 4.02E-0 4 2.24E-0 4 

I.74E-0 5 2.6IE-0 S 1.816-0 5 

I.33E-0 4 I.ISE-0 4 6.5SE-0 S 

0.7 8 0.8 1 0.7 8 

2 . 9 3. 0 2. 9 

4.87E-I I 8.47E-I I 4.926-1 1 

I.156-1 0 2.056-1 0 I.156-1 0 

1.4*6-2 3 2.6*6-2 3 I.44E-2 3 

3.7SE-2 3 6.8SE-2 J 3.756-2 3 

3.516-1 5 9.656-1 6 5.546-1 7 

3.516-1 5 9.696-1 6 5.346- I 7 

1.036- 1 I S.42E-1 3 1.736-1 3 

1.046- I I 6.02E-I 3 2.33E-I 3 

8.226-1 0 6.99E-I 0 2.446- 1 I 

8.226-1 0 6.99E-I 0 2.44E-1 I 

I.32E-0 7 1.I3E-0 7 S.04E-0 9 

1.316-0 7 I.I3E-0 7 S.0SE-O 9 

1.076-0 4 9.46E-0 S 1.556-0 5 

I.IOE-0 4 I.07E-0 * 2.S9E-0 5 

2.316-1 0 3.52E-I 0 2.4IE-I 0 

5.316-0 7 4.52E-0 7 1.636-0 8 

2.936-0 6 2.52E-0 6 I.20E-0 7 

2.396-0 6 1.686-0 6 3.0IE-0 7 

3.626-0 5 I.02E-0 4 S.63E-0 S 

ENDOST 

4.S0E-0 8 

9.60E-0 7 

S.6SE-0 7 

3.07E-0 6 

2 1 . 

2.656-0 3 

0 . 1 1 

I.92E-0 3 

S.70E-0 3 

1.066-0 3 

1 .416-0 3 

2.21E-0 S 

3.9IE-0 4 

0.3 6 

1 . 3 

2.696-1 0 

6.876-t O 

t.246-2 3 

1.626-2 2 

2.8IF-I S 

2.816 - IS 

4.82E-1 2 

4.856-1 2 

6.436-0 9 

6.4.IF-0 9 

8.57E-0 7 

8.S7E-0 7 

S.80E-0 4 

6.I0E-0 4 

4.55E-1 0 

4.15E-0 6 

1 .906-0 5 

1 .0JF-0 5 

4.I0E-0 4 

SPLEEN 

3.68E-C 8 

2.04E-C 6 

8.86E-C 7 

6.06E-0 8 

3 . 5 

2.04E-0 S 

1.116-0 3 

8.42E-C S 

0.3 5 

I.38E-C 6 

2.33E-C 4 

2.C6C-C S 

7 . 31E - 03 

2 4 . 

8 9 . 

I.29E-0 S 

3.32E-C*. 

4.466-2 2 

I.I6E-2 I 

5.386-1 7 

5.59E-I 7 

a.HE - 13 

2.596 - 12 

2.47E-I I 

2.48E-I I 

5.60E-0 9 

S.79E-C * 

2 . 2 IE-0 4 

S.67E-0 4 

3.6SE-I 0 

1.776-t e 

I.486-C 7 

3.97E-C 6 

5 . 776-0 5 

TESTES 

3.466-0 8 

8.52E-0 8 

4.I4E-0 8 

6.086-0 0 

0.7 5 

1.976-0 5 

"B.55E-04 

6.896-0 5 

1.226-0 2 

1.3SE-0 6 

2.I6E-0 4 

8.656-0 6 

6.276-0 5 

0.7 8 

2 . 9 

4.ISE-I 1 

I.C8E-1 0 

I.45E-2 3 

3.766-2 3 

8.536-1 7 

5.536-1 7 

1.7*6-1 3 

2.32E-I 3 

2.416-1 1 

2.416-1 1 

4.7IE-0 9 

4.72E-0 9 

I.S0E-0 5 

2.S4E-0 5 

1 .296-1 0 

1.526-0 8 

9.60E-0 8 

2.66E-0 7 

S.53E-0 S 

THYMUS 

3.936-0 8 

3.S8E-0 6 

1 .936-0 6 

6.0*6-0 8 

0.7 5 

2.I0E-0 5 

1 .206-0 3 

8.59E-0 S 

I . 2 2E-0 2 

1 .406-0 6 

2.446-0 4 

4.686-0 5 

7.39E-0 5 

0.7 8 

2 . 9 

7.1IE-1 t 

1 .376-1 0 

1 .446-2 3 

3.75E-2 3 

S.616-1 7 

5.616-1 7 

1.746-1 3 

2.32E-I 3 

2.S2E- I 1 

2.526- 1 1 

5.69E-0 9 

S.70E-0 9 

1.69E-0 5 

2.73E-0 S 

5.816-1 0 

1.966-0 8 

1.786-0 7 

4.00E-0 7 

S.94E-0 5 

THYROIO 

3 

1 

4 

6 

0 

2 

1 

7 

1 

1 

2 

! • 

6 

0 

5 

1 

1 

3 . 

S 

5 

1 ' 

2 

2 . 

2 

4 . 

4 . 

1 . 

2 . 

2 . 

1 . 

1 . 

3 . 

S . 

.666-0 8 

.04E-0 6 

,6lf-0 7 

.056-0 8 

. 7 5 

.OIE-0 5 

.OIE-0 3 

.346-0 5 

.226-0 2 

.37E-0 6 

•24E-0 4 

.7IE-0 5 

.376-0 5 

. 7 8 

! . 9 

,136-1 1 

. 176-1 0 

44F-2 3 

TSE-2 3 

S4E-I 7 

.S4E-I 7 

74E-I 3 

32E-I 3 

44E- I 1 

.446-1 1 

93E-0 9 

94E-0 9 

5SE-0 5 

59E-0 5 

386-1 0 

64E-0 8 

I6E-0 7 

OZE-0 7 

6SE-0 S 

UTERUS 

3.546-0 8 

2.566-0 7 

1.376-0 7 

6.04E-0 8 

0.7 5 

1.97E-0 5 

1 .03E-0 3 

;.006-0 5 

I.22F-0 2 

1.36F-0 6 

2 . 191-0 4 

1 .196-0 5 

6.346-0 5 

0.7 8 

2 . 4 

4.216-1 1 

1 .086-1 0 

1.446-2 1 

3.7SE-2 3 

S.526-1 7 

5.52E-I 7 

I.74E-I 3 

2.326-1 3 

2.4IE-I I 

2.416-1 1 

5.00E-0 9 

5.0IE-0 9 

1.51E-0 5 

2.566-0 5 

1.696-1 0 

1.536-0 8 

1.096-0 7 

2.726-0 7 

5.60E-0 S 
TOTAL INHALATION DOSES 

ALPHA O a 2 0 

(REM/MICROCURIEI 

ro 

cn 

NUCLIDE 

R A-22 3 

RA-22 4 

RA-22 5 

PA-22 6 

RA-22 8 

AC-22 5 

AC-22 7 

AC-22 8 

TH-22 7 

TH-22 8 

TH-22 9 

TH-23 0 

TH-23 1 

TH-23 2 

TH-23 4 

"A-23 1 

t»A-233 

PA-234 M 

*»A-234 

U-23 2 

S O L 

W 

W 

w 

w 

w 

Y 

w 

V 

w 

V 

• . 

V 

w 

Y 

w . 

V 

w 

Y 

w 

V 

w 

V 

w 

V 

w 

Y 

w 

Y 

W 

Y 

W 

Y 

W 

Y 

W 

0 

F l 

0.2 0 

0.2 0 

0.2 0 

0.2 0 

0.2 0 

I.OOE-0 3 

1.006-0 3 

I.OOE-0 3 

I.00E-0 3 

I.OOE-0 3 

1 . 006-0 3 

2.OOE-0 4 

2.OOE-0 4 

2 . OOE-04 

2.OOE-0 4 

2.OOE-0 4 

2 . OOE-04 

2.OOE-0 4 

2.OOE-0 4 

2.OOE-0 4 

2 . OOE-04 

2 . OOE-04 

2.OOE-0 4 

2 . OOE-04 

2 . OOE-04 

1.006-0 3 

I.OOE-0 3 

1.006-0 3 

I.OOE-0 3 

I.OOE-O I 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

2.006-0 3 

S . 006-0 2 

S.00E-0 2 

AMAD 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

LUNGS 

7 6 . 

1 4 . 

S O . 

9 5 . 

8 . 3 

3 1 . 

7 0 . 

1.78 6 

I.46 E 

0.4 2 

0 3 

0 2 

7.I8E-0 2 

1.17 6 

9 0 . 

1.24 6 

2.02 E 

2.I3 E 

2.OOE 

9.H E 

9 3 . 

0 2 

0 3 

0 2 

0 3 

0 2 

0 2 

S.44E-0 3 

S.21E -

7.87 E 

8 0 . 

0.4 1 

0.3 0 

1 .03 6 

9 9 . 

0.1 0 

- 0 3 

0 2 

0 3 

7.42E-0 2 

2.966 -

2.956 -

5.74E -

- 0 5 

- 0 5 

- 0 3 

5.52E-0 3 

1.54 6 

1.14 6 

1 . 9 

0 3 

0 2 

RES LYM 

9 8 . 

1 2 . 

1 .37 6 

S.I9 6 

2.88 E 

3 0 . 

6 3 . 

2.17 E 

2.60 E 

I S . 

0.8 8 

2.1* 6 

2.92 E 

4.50 E 

2.60 E 

2.46 6 

2.16 6 

6.62 6 

5.05 6 

1 .426 -

5.616 -

6.07 6 

4.41 6 

0.7 1 

0.7 9 

1.24 6 

5.57 6 

0.2 0 

0.2 0 

2.966 -

2.9SE -

5.76 E 

5.596 -

2.SD E 

B.77E 

3 3 . 

0 2 

0 2 

0 2 

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0 3 

0 2 

0 2 

0 4 

0 3 

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3 4 

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0 4 

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7 

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.91E-0 3 

.86E-0 3 

• 90E-0 3 

.45E-0 2 

.226-0 2 

.21E-0 2 

• 13 

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1 IE-0 4 

.19E-0 4 

.796-0 3 

.916-0 3 

. 1 6 

.246-0 2 

. 2 6 

.746-0 2 

.586-0 3 

.60E-0 3 

51E-0 4 

.26E-0 4 

I2E-0 2 

.47E-0 3 

356-0 3 

.346-0 3 

.956-0 2 

,336-0 2 

,006-0 3 

.336-0 4 

206-0 8 

,506-0 8 

,186-0 4 

.49E-0 4 

,43E-0 2 

,296-0 3 

.066-0 2 

S I WALL 

I 

1 

7 

7 

1 

1 

1 

0 

5 

4 

3 

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6 

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0 

5 

5 

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2 

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3 

3 

3 

4 

1 

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3 

2 

5 

4 

0 

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2 

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.07E-0 2 

.60E-0 3 

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. 1 9 

.23E-0 2 

.826-0 4 

.086-0 4 

.SIE-0 2 

.316-0 2 

. 3 2 

.48E-0 2 

. 2 0 

, 1 3 

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.43E-0 3 

.4 5E-0 4 

.85E-0 4 

46E-0 2 

.49E-0 2 

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.216-0 3 

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.74E-0 2 

04E-0 3 

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7SE-0 9 

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39E-0 2 

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U L I WALL 

9.32E-0 2 

6.186-0 2 

4.946-0 2 

4.176-0 2 

4.62E-0 2 

9.94E-0 2 

9.37E-0 2 

1 . 0 

0.1 5 

I.39E-0 3 

7.2IE-0 4 

8.916-0 2 

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0.3 4 

0.8 6 

0.2 3 

3.09E-0 2 

2.8*6-0 2 

I.43E-0 3 

1 .186-0 3 

4.376-0 2 

3.44E-0 2 

1 .846-0 2 

I.84E-0 2 

9.56E-0 2 

8.25E-0 2 

4.45E-0 3 

4.63E-0 3 

S.04E-0 9 

4.06E-0 9 

1.186-0 3 

9.03E-0 4 

0.6 4 

5.03E-0 2 

2.46E-0 2 

L L I WALL 

0.2 6 

0.1 7 

O.I S 

0.1 7 

8.786-0 2 

0.2 8 

0.2 6 

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2.23E-0 3 

7.94E-0 4 

0.2 7 

0.2 3 

4 . 8 

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2 . 4 

0.5 2 

9.216-0 2 

8.40E-0 2 

2.56E-0 3 

2.116-0 3 

0.1 1 

8.606-0 2 

5.366-0 2 

S.38E-0 2 

0.2 0 

0.1 2 

1.23E-0 2 

1 .25E-0 2 

3.S7E-0 9 

2.8IE-0 9 

9.04E-0 4 

6.886-0 4 

1 . 7 

0.1 4 

3.26E-0 2 

T BOOY 

1 . 3 

0.2 3 

0.9 2 

S . 4 

2 . 9 

1 . 2 

1 . 3 

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I.82 E 0 2 

1.I2E-0 2 

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1 . 8 

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6 4 . 

6 4 . 

1.156-0 4 

I.28E-0 4 

6 4 . 

6 6 . 

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1.996-0 3 

z.ire 02 

2 . 93E 0 2 

2.066-0 3 

2.016-0 3 

4.26E-0 7 

4.26E-0 7 

I.98E-0 4 

2.00E-0 4 

9 2 . 

9 . 3 

2 3 . 

AOREN 

0.1 7 

4.38 E 

0.1 8 

0.6 8 

0.6 2 

2.216 * 

4.57E -

1 1 . 

I S . 

6.S7E -

1 .3 1 E7.64E -

0.1 4 

1 . 4 

2 . 8 

7 . 4 

3 . 2 

1 . 9 

3 . 1 

8.87E -

1 .S5E -

1 . 8 

2 . 7 

1.156 -

5.91'E2 0 . 

3 0 . 

9.096 -

9.78E -

3.906 -

4.3 1 6-

1.7*6 -

- 0 2 

- 0 2 

- 0 2 

0 4 

- 0 3 

- 0 2 

0 6 

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0 4 

- 0 4 

0 4 

- 0 4 

0 9 

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0 4 

1.84E-0 4 

3 . 1 

0.2 7 

0.3 4 

BL WALL 

8.39E-0 2 

2.216-0 2 

9.I6E-0 2 

0.3 4 

0.3 1 

1.056-0 2 

2.23E-0 2 

5 . 3 

7 . 6 

3.09E-0 4 

6.306-0 4 

3.80E-0 2 

6.87E-0 2 

0.6 9 

1 . 4 

3 . 6 

2 . 6 

0.9 3 

1 . 5 

4.04E-0 6 

7.12E-0 6 

0.9 1 

1 . 3 

2.28E-0 5 

2.75E-0 4 

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1 .1IE-0 4 

I.70E-O 4 

2.89E-1 0 

4.99E-I 0 

4.I9E-0 S 

3.64E-0 5 

1 . 5 

0 . 14 

0 . 1 8 

KIDNEYS 

0.1 8 

S.82E-0 2 

0.2 7 

0.6 7 

0.6 1 

4.79E- 0 2 

0.5 9 

I.46 E 0 2 

2.74 E 0 2 

9.42E-0 4 

3.62E-0 3 

7.69E-0 2 

0.1 3 

2 . 1 

2 . 7 

8 . 0 

S . l 

1 . 8 

2 . 9 

2.47E-0 S 

3.21E-0 S 

1 . 8 

2 . 5 

S.66E-0 S 

5.26E-0 4 

3.I4 E 0 2 

4.94 6 0 2 

4.08E-0 4 

1 . 4 86- 0 3 

I.92E-0 9 

7.77E-0 9 

1.026-0 * 

I.24E-0 4 

9 . 8 

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3 6 . 

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0.1 7 

4.72 6 

0.9 1 

0.6 7 

0.9 5 

0.2 0 

4 . 3 

1.12 6 

2 . I3 E 

2.0 2 S-

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0 3 

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2.27E-0 2 

8.7 8 6-

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3 . 8 

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2 5 . 

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I.78E -

2.206 -

8 . 0 

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1.9 0 6-

2.53E -

2.43 6 

3.8* 6 

1.246 -

9.016*-

5.48E -

5.006 -

1.9 0 6-

3 . 6 IE -

7 . 8 

0.5 8 

0.3 3 

- 0 2 

- 0 4 

- 0 4 

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TOTAL INHALATION OOSES 

ALPHA O a 2 0 

(PEM/MICPOCUPIEl 

ro 

NUCLIDE 

U-23 3 

U - 2 34 

U-23 S 

U-23 6 

U - 2 37 

U - 2 38 

•J-24 0 

NP-23 7 

NP-23 8 

NP-23 9 

NP-240 M 

NP- 2 40 

OU-23 6 

PU-23 8 

SOL 

Y 

W 

D 

Y 

m 

0 

Y 

W 

0 

Y 

W 

D 

V 

W 

0 

Y 

W 

D 

V 

W 

0 

Y 

W 

Y 

W 

Y 

W 

Y 

W 

Y 

W 

Y 

W 

Y 

W 

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2.00E-0 3 

5.006-0 2 

5.00E-0 2 

2.00E-0 3 

5.006-0 2 

S.006-0 2 

2 . OOE-03 

5.00E-0 2 

5.00E-0 2 

2 . OOE-03 

S.00E-0 2 

S.00E-0 2 

2.00E-0 3 

S.00E-0 2 

5.00E- 0 2 

2.006-0 3 

5.00E-0 2 

3.006-0 2 

2.00E-0 3 

5.006-0 2 

S.OOE-0 2 

1.006-0 3 

I.OOE-0 3 

1.006-0 3 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

1 . OOE-03 

I.OOE-0 3 

I.OOE-0 3 

3.006-0 5 

3.00E-0 5 

3.OOE-OS 

3.OOE-OS 

AMAD 

0 . 3 

0 . 3 

0 . 3 

•'dT3> 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

LUNGS 

9.39 E 

9 6 . 

1. 6 

"•9.30E 

9 5 . 

1. 6 

8.39 6 

8 6 . 

1.4 

8.77 6 

9 0 . 

l . S 

2.7IE -

2.466 -

3.41E -

8.32 E 

8 4 . 

1.4 

1.546 -

1.476 -

7.826 -

9.86 6 

100 . 

6.606 -

1.986 -

1.496 * 

1.426 -

1.526 -

1.47E -

1.096 -

1.016 -

7.71 6 

I.IO E 

LOS E 

I.09 E 

02 

RES LVM 

6.-72E 

5 . 21 E. 

2 1 . 

O p 6 . 66 6 

02 

02 

- 0 2 

-02 

- 0 3 

02 

-02 

- 0 2 

- 0 3 

02 

-02 

-02 

- 0 2 

- 0 2 

- 0 4 

- 0 4 

- 0 3 

- 0 3 

02 

0 2 

03 

0 2 

S.I6 E 

2 1 . 

5.99 E 

4.6* 6 

1 9 . 

6.28 6 

4.87 6 

2 0 . 

3.206 -

3.75E -

3.50E -

S.9I 6 

4.58 E 

1 8 . 

3.04E -

1 .536 -

5.56E -

7.03 E 

5.4S E 

3 . 3 

4.616 -

2.93E -

1 .686 -

3.04E -

1 .48 6 

2.40E -

1 .02F -

I.96 E 

S.69 E 

6.76 E 

S.92 E 

04 

0 2 

0 4 

0 2 

0 4 

0 2 

04 

0 2 

- 0 2 

- 0 2 

- 0 2 

0 4 

0 2 

- 0 2 

- 0 2 

- 0 2 

0 4 

0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 4 

-0 4 

- 0 3 

- 0 3 

0 4 

0 2 

04 

0 2 

S WALL 

4.4SE-0 3 

6.3IE-0 3 

I.S6E-0 2 

4.40E-0 3 

6.25E-0 3 

1.54E-0 2 

4.07E-0 2 

9.IIE-0 3 

1.S7E-0 2 

4.I4E-0 3 

5.906-0 ? 

I.45E-0 2 

4.28E-0 4 

3.98E-0 4 

1 .46E-0 4 

1.36E-0 2 

6.72S-0 3 

I.38E-0 2 

5.80E-0 4 

4.69E-0 4 

2.I6E-0 4 

7.64E-0 2 

8.866-0 2 

5.80E-0 4 

5.34E-0 4 

3.74E-0 4 

3.3SE-0 4 

I.B3E-0 6 

1.356-0 6 

5.52Er0 5 

4.24E-0 S 

3.486-0 3 

2.666-0 3 

2.64E-0 3 

2.56E-0 3 

S I WALL 

7 

a 

i 

7 

a 

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4 

1 

1 

7 

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6 

2 

2 

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3 

6 

9 

1 . 

9 

7 . 

6 

2 

1 

3 

2 

6 . 

6 , 

6 . 

5 . 

.56E-0 3 

.9SE-0 3 

,586-0 2 

.526-0 3 

,886-0 3 

.576-0 2 

.246-0 2 

.32E-0 2 

.646-0 2 

08E-0 3 

.37E-0 3 

,486-0 2 

776-0 4 

,856-0 4 

0IE-0 4 

•55E-0 2 

06E-0 2 

.4IE-0 2 

16E-0 3 

96E-0 4 

,8 IE-0 4 

.3 3E-0 2 

llE-0 2 

07E-0 3 

37E-0 4 

83E-0 4 

.8 IE-0 4 

.2SE-0 7 

.8 IE-0 7 

,086-0 5 

.236-0 3 

576-0 3 

076-0 3 

216-0 3 

846-0 3 

U L I WALL 

3 

3 

1 

3 

3 

1 

0 

4 

1 

3 

2 

1 

3 

2 

5 

0 

4 

1 

3 

3 

1 

0 

0 

3 

3 

3 

2 

1 

1 

2 

1 

3 

3 , 

3 

3 

.336-0 2 

. I2E-0 2 

.816-0 2 

.336-0 2 

.116-0 2 

.796-0 2 

. 1 7 

.75E-0 2 

.886-0 2 

.156-0 2 

.95E-0 2 

.69E-0 2 

,446-0 3 

,996-0 3 

.926-0 4 

. 1 4 

.346-0 2 

,646-0 2 

.96E-0 3 

.036-0 3 

. I6E-0 3 

• 13 

. 1 4 

,876-0 3 

.34E-0 3 

• 406-0 3 

.93E-0 3 

.23E-0 7 

.26E-0 7 

,396-0 5 

,806-0 5 

.70E-0 2 

38E-0 2 

.586-0 2 

,296-0 2 

L L I WALL 

9.S8E-0 2 

8.526-0 2 

2.376-0 2 

9.576-0 2 

8.526-0 2 

2.356-0 2 

0.3 4 

0.1 2 

2.S8E-0 2 

9.006-0 2 

8.0IE-0 2 

2.226-0 2 

9.01E-0 3 

7.826-0 3 

I.41E-0 3 

0.4 0 

0.1 2 

2.226-0 2 

5.37E-0 3 

4.116-0 3 

I.55E-0 3 

0.2 0 

0.1 6 

8.I4E-0 3 

6.986-0 3 

7.66E-0 3 

6.S9E-0 3 

2.49E-0 8 

3.05E-0 8 

S.08E-0 6 

4.I0E-0 6 

0.1 1 

0.1 0 

0 . 1 I 

9.75E-0 2 

T BODY 

2 9 . 

3 . 3 

6 . 5 

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3 . 3 

6 . 4 

26;.-

3 . 0 

5 . 8 

2 7 . 

3 . 1 

6 . 1 

5.S7E -

5.40E -

3.556 -

(25. ) 

2 . 9 

S . 7 

3 . 1 56 -

3.2IE -

3.206 -

1.09E 

I.37 E 

S.4SE-

- 0 4 

04 

0 4 

•04 

- 0 4 

• 0 4 

0 2 

0 2 

- 0 3 

7 . 756-0 3 

3.366 -

3.6SE -

2 . 71E2.80E -

2.886 -

2 . 986 -

2 0 . 

1 7 . 

100 . 

I.2S E 

•04 

0 4 

0 6 

0 6 

0 5 

0 5 

0 2 

AOREN 

2.65E-0 2 

5.07E-0 2 

0.1 8 

2.62E-0 2 

5.0IE-0 2 

0.1 7 

5 . 5 IE-0 2 

4.80E-0 2 

0.1 6 

2.46E- 0 2 

4.72E-0 2 

0.1 6 

2.106-0 4 

2.226-0 4 

2.676-0 * 

2.76E-0 2 

4.53E-0 2 

0.1 6 

6.07E-0 5 

a.OIE-O S 

1.66E-0 4 

9 . 6 

1 6 . 

9.72E-0 4 

1.496-0 3 

I.06E-0 4 

I.22E-0 4 

6.36E-0 7 

6.77E-0 7 

2.09E-0 5 

2.I8E-0 5 

0.S 3 

1 . 7 

8 . 2 

1 5 . 

BL WALL 

I.44E-.0 2 

2.75E-0 2 

9.64E-0 2 

I.42E-0 2 

2.72E-0 2 

9.52E-0 2 

I.40E-0 2 

2.526-0 2 

8.77E-0 2 

I.34E-0 2 

2.56E-0 2 

S.97E-0 2 

6.37E-0 S 

6.836-0 5 

1 .086-0 * 

1.346-0 2 

2.45E-0 2 

8.486-0 2 

2.38E-0 5 

3 . 2 3E-0 5 

8.896-0 5 

4 . 7 

8 . 1 

4.68E-0 4 

7 . 0 IE-0 4 

4.90E-0 S 

4.76E-0 S 

4.06E-0 8 

6.236-0 8 

1 . 4 7E-0 6 

1.72E-0 6 

0.2 6 

0.8 3 

4 . 1 

7 . 3 

KIDNEYS 

2 . 8 

S . 4 

1 9 . 

2 . 8 

5 . 3 

c*?J 

2 . 5 

4 . 8 

1 7 . 

2 . 6 

5 . 0 

i a . 

1.3 IE-0 4 

1.336-0 3 

9.24E-0 3 

2 . 5 

4 . 7 

1 7 . 

I.06E-0 4 

I.076-O 3 

6. I5E-0 3 

I.65E 02 

2.816 02 

7.376-0 3 

1.4 96-0 2 

8.726-0 5 

1.996-0 4 

6.326- 0 7 

1.066-06 

1.26E-0S 

1.856-0 5 

1 0 . 

3 5 . • 

I.47E 02 

2.58E 02 

LIVER 

2.5IE-0 2 

4.80E-02 

0.17 

2.62E-02 

5.016-0 2 

0.17 

5.32E-02 

4.5IE-0 2 

0.15 

2. 46E-02 

4.72E-0 2 

0.16 

2.1 IE-0 4 

2.I3E-0 4 

I.98E-04 

2.89E-02 

4.40E-02 

0.13 

3.31E-04 

4.32E-0 4 

3.92E-04 

1.286 03 

2.17E 03 

5.626-0 2 

0.1 1 

3.796-04 

1.21E-03 

3.4*6-0 6 

6.7*6-0 6 

4.S6E-05 

8.95E-0S 

7 6 . 

2 . 73 E 02 

1.1*6 03 

2. OOE 03 
TOTAL INHALATION DOSES 

ALPHA Q = 2 0 

(REM/MICROCURIEI 

OMARIES PANCREAS BONE R MAR V MAR ENDOST SPLEEN TESTES THYMUS 1HTR0I 0 UTERUS 

2.516-0 2 2.6SE-0 2 13 . 0.3 9 2.65E-0 2 5. 8 2.656-0 2 2.SIE-0 2 2.65E-0 2 2.6*6-0 2 2.64E-0 2 

4.816-0 2 S.07E-0 2 25 . 0.76 ' 3.08E-0 2 II . 5.C7E-C 2 4.82E-0 2 5.07E-0 2 S.07E-0 2 5.07E-0 2 

0.1 7 3.1 3 88 . 2. 7 0.1 8 39 . 0.1 8 0.1 7 0.1 8 0.1 8 0.1 8 

2.6IE-0 2 2.6IE-0 2 13 . 0.3 8 2.62E-0 2 5. 7 2.6IE-C 2 2.6IE-0 2 2.6IE-0 2 2.6IE-0 2 2.616-0 2 

5.016-0 2 5.016-0 2 25 . 0.7 4 5.026-0 2 11 . 5.0IE-C 2 S.OIE-0 2 5.0IE-0 2 5.016-0 2 5.016-0 2 

0.1 7 0.1 7 87 . 2. 6 0.1 8 39 . 0.1 7 0.1 7 0.1 7 0.1 7 0.1 7 

2.606-0 2 S.SOC-0 2 12 . 0.3 1 4.37E-0 2 4. 8 5.09E-C 2 2.286-0 2 7.43E-0 2 3.416-0 2 2.57E-0 2 

4.4IE-0 2 4.816-0 2 22 . 0.5 7 3.I3E-0 2 9. 2 4.SIE-C 2 4.3SE-0 2 4.86E-0 2 4.63E-0 2 4.63E-0 2 

0.1 5 0.1 6 79 . 2. 0 0.1 8 32 . O.I S O.I S 0.1 6 0.1 6 0.1 6 

2.46E-0 2 2.46E-0 2 12 . 0.3 3 2. 4 76-0 2 S. l 2.46E-C 2 2.466-0 2 2.466-0 2 2.46E-0 2 2.466-0 2 

4.726-0 2 4.72E-0 2 24 . 0.6 4 4.73E-0 2 10 . 4.72E-C 2 4.72E-0 2 4.72E-0 2 4.72E-0 2 4.72E-0 2 

0.1 6 0.1 6 82 . 2. 2 0.1 7 35 . 0.1 6 0.1 6 0.1 6 0.1 6 0.1 6 

2 . 1 IE-0 4 2.2SC: -04 1.526-0 4 2.226-0 4 1.576-0 * I.SOE-0 4 1.C6E-0 4 I.S4E-0 5 3.33E-0 4 6.S7C-0 S 9.316-0 5 

2.036-0 4 2.30E-0 4 3.6IE-0 4 2.426-0 4 I.77E-0 4 2.9SE-0 4 2.0SE-0 4 3.0SE-0 5 3.22E-0 4 7.72F-OS 1.026-0 * 

1.826-0 4 2.306-0 4 I.73E-0 3 S.I3E-0 4 2.9IE-0 4 1.246-0 3 2.34E-C 4 1.326-0 4 1.946-0 4 I.4IR-0 4 I . 75E-04 

QJ J-23e V 2.036-0 3 0.3 2.396-0 2 2.75C-02 II . 0.32 2.68E-0 2 4. 7 2.72E-C2 2.34E-02 2.9SE-02 2.59E-0 2 2.416-0 2 

4.296-0 2 4.336-0 2 22 . 0.6 1 4.S8E-0 2 9. 0 4.326-0 2 4.316-0 2 4.536-0 2 ».526-0 2 «.316-0 2 

O.IS 0.1 6 78 . 2.1 0.16 32 . 0.16 O.IS 0.16 0.1 6 0*16 

8.916-03 7.36E-0S I.S2E-0 * I.48E-0 4 3.336-0 3 1.456-03 S.C4C-0S 2.036-0 5 8.726-0 5 3.0IE-0 5 3.99E-05 

9.J3E-0S 8.86E-05 3.I5E-0 4 2.50E-04 5.076-0 5 2.4lf-0 3 7.S8E-CI 3.966-0 5 1.026-0 * ».706-0 3 S.08E-05 

1.436-0 * I .566-0 4 9.36E-04 6.I0E-0 4 I.35E-0 4 S.I3E-0 3 I.52E-0 4 1.196-0 * I.S5E-04 I.2.1F-04 1.276-0 * 

<4. 9.6 S.79E 02 4.86E 02 9. 6 6.88E 03 S.S C4. 9.5 9. 4 9. 5 

I.IOE 02 16. 9.9IE 02 8.316 02 16 . I.IS F 04 It . I.IOE 02 lb . 16 . 16. 

3.13E-03 9.856-0 4 2.S0E-02 2.1*6-0 2 8.496-0 4 0.2 6 9.72E-C4 2.80E-0 3 I . I 3E-03 8.536-0 4 8.8*6-0 * 

6.016-0 3 1.496-03 5. I 16-02 4.346-0 2 1.356-0 3 0.53 I.46E-C3 S.7IE-0 3 1.616-03 1.3*6-0 3 I.36E-0 3 

1.686-0 * I.196-0 4 1.856-0 * 2.05E-0 4 7.36E-0S 1.396-03 1.016-04 2.486-0 5 1.566-04 3.766-0 5 7.30E-0S 

1.856-04 I.JIC-0 4 4.876-0 4 3.416-04 8.986-0 5 2.84E-0 3 I.06E-0 4 8.97E-0 5 I.606-0 4 4.446-0 5 7.2SE-05 

1.866-07 7.066-07 I.S2E-06 I.40E-0 6 3.0IE-0 7 I.496-0 5 S.77E-C7 I.SOE-07 I.016-0 6 3.426-0 7 7.196-0 8 

3.47E-07 7.366-0 7 2.89E-06 2.4IE-0 6 3.43E-0 7 2.7IE-0S 6.02E-C7 3.106-0 7 I.03E-0 6 3.74E-0 7 1.106-07 

4.90E-06 2.346-0 5 2.00E-OS 2.09E-03 9.666-0 6 I.366-0 4 2.00E-CS I.63E-0 6 3.3SE-05 I.09E-0S 3.04E-0 6 

l 

6.426-0 6 2.336-0 5 3.63E-0 S 3.I4E-0 5 I.06E-0 5 2.606-0 * I.9SE-C 5 3.74E-0 6 3.27E-0 5 1.106-0 5 3.25E-0 6 

3 . 2 0.5 3 34 . 28 . 0.3 3 3.22 E 0 2 0.5 3 3. 2 0.5 3 0.5 3 0.5 3 

I I . 1. 7 I.09 E 0 2 90 . 1. 7 I.04 E 0 3 1. 7 II . 1. 7 1. 7 1. 7 

5 6 . Q. 2 S.06 E 0 2 4.2S E 0 2 S. 2 S.32 E 03 8. 2 36 . 8. 2 E. 2 B. 2 

«S9. 15 . 8.93 E 0 2 7.51 6 0 2 IS . 9.40 E 0 3 15 . 99 . IS . 15 . 13 . 

MUCLIDE 

u-23 3 

J-J3 4 

U-23 5 

J-23 6 

J - 23 1 

u-23e 

1.-24 0 

NP-23 7 

•IP-23 8 

MP-23 9 

>CP-240M 

NP-24 0 

•U-23 6 

-»U-238 

S O L 

V 

W 

0 

Y 

w 

D 

V 

• 

0 

Y 

HI 

o 

Y 

w 

D 

Y 

-

0 

Y 

W 

L) 

Y 

W 

Y 

W 

Y 

• 

V 

m 

V 

w 

Y 

w 

Y 

• 

F 1 

2.00E-0 3 

S. OOE- 02 

5 . 136-0 2 

2.OOE-0 3 

5.OOE-0 2 

5.00E-0 2 

2.006-0 3 

5.OOE-0 2 

S. OOE-02 

2.00E-0 3 

5 . OOE-02 

5 . 00E-C 2 

2.OOE-0 3 

5 . OOE-02 

5.006-0 2 

2.0JE-0 3 

5.OOE-0 2 

5.006-0 2 

2.00E-0 3 

P. OOE-02 

5 . 306-0 2 

1.OOE-0 3 

I.O0E-C3 -

1 .OOE-0 3 

I.00E-C 3 

1 .306-0 3 

1 . OOE-03 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

3.00E-C S 

3 . OOE- CS 

3.00E-C 5 

3 . OOE-CS 

AMAD 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

C . 3 

0 . 3 

0 . 3 

0 . 3 

C . 3 

C. 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

C . 3 

C . 3 

C . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

C . 3 

0 . 3 

0 . 3 

C . 3 
TOTAL INHALATION DOSES 

ALPHA 0 a 20 

(REM/MICROCURIEI 

ro 

vo 

NUCLIDE 

PU-23 9 

PU- 2 40 

*»U-24I 

PU- 2 42 

•»U-2* 3 

PU-24 4 

AM-241 

AM-242M 

AM-242 

AM-24 3 

CM-24 2 

CM-24 3 

CM-24 4 

CM-24S 

CM-24 6 

CM-24 7 

C M-2 48 

CF-25 2 

SOL ' 

V 

W 

Y 

W 

Y 

W 

Y 

W 

Y 

W 

Y 

W 

V 

w 

Y 

m 

V 

w 

Y 

W 

V 

w 

Y 

W 

Y 

m 

V 

W 

Y 

W 

Y 

W 

Y 

W 

Y 

W 

F t 

3.00E-O S 

3 . OOE-OS 

3.00E-0 S 

3.006-0 5 

3 . OOE-OS 

3.006-0 5 

3.00E-0 5 

3 . OOE-OS 

3 . OOE-OS 

3.OOE-OS 

3.OOE-O S 

3 . OOE-OS 

I.OOE-0 3 

I.OOE-0 3 

1.006-0 3 

I.OOE-0 3 

1 . 006-0 3 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

1.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

1.006-0 3 

I.OOE-0 3 

1.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

1.006-0 3 

1.006-0 3 

I.OOE-0 3 

1.006-0 3 

1.OOE-0 3 

AMAO 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

0 . 3 

LUNGS 

I.OOE 

1 .03 E 

I.OOE 

I.03 E 

1 . 9 

2.65 6 

9.SAE 

9 7 . 

1.436 * 

1.306 -

9.S0 E 

9 6 . 

1 .07 E 

1.09E 

3.84 E 

1 3 . 

0.8 5 

0.2 7 

I.03 E 

1 .05 6 

2.97 E 

9 4 . 

I.09 F 

1.I6 E 

LOS E 

1 .14 6 

LOS E 

I.07 E 

I.06 E 

LOS E 

9.69 E 

9 9 . 

3.85 E 

3.95 E 

1 .51 6 

2.22 6 

0 3 

0 2 

0 3 

0 2 

- 0 2 

0 2 

- 0 3 

- 0 3 

0 2 

0 3 

0 2 

0 2 

0 3 

0 2 

0 2 

0 3 

0 2 

0 3 

0 2 

0 3 

0 2 

0 3 

0 2 

0 2 

0 3 

0 2 

0 3 

0 2 

R6S LYMJ 

7.IB E 

5.57 6 

7.I9 F 

5.58 E 

S.99 E 

0.3 3 

6.82 6 

5.29 6 

6.62E -

1 .35E -

6.73 E 

5.23 E 

7.45 6 

S.92 E 

S.4I E 

1 .81 6 

4 . 6 

1 . 1 

7.35 6 

S.71 E 

1 .62 6 

3.87 6 

5.79 F 

6.26 6 

4.88 6 

6.18 6 

7.49 6 

S.80 E 

7.55 E 

S.86 F 

6.92 E 

5.36 6 

2.74 6 

2.13 6 

2.76 6 

1 .15 6 

0 4 

0 2 

0 4 

0 2 

0 2 

0 4 

0 2 

- 0 3 

-0 3 

0 4 

0 2 

0 4 

0 2 

0 4 

0 2 

0 4 

0 2 

0 3 

0 2 

0 4 

0 2 

0 4 

0 2 

0 4 

0 2 

0 4 

0 2 

0 4 

0 2 

0 5 

0 3 

0 4 

0 3 

S WALL 

2.486-0 3 

2.40E-0 3 

2.SIE-0 3 

2.42E-0 3 

I.60E-0 4 

2.0IE-0 4 

2.64E-0 3 

2.556-0 3 

5.68E-0 S 

4.23E-0 S 

0.2 4 

0.1 9 

I .246-0 2 

1.27E-0 2 

2.22E-0 2 

7.S4E-0 3 

1.316-0 * 

1.07E-0 4 

9.73E-0 2 

9.S4E-0 2 

2.036-0 3 

2.516-0 3 

3.376-0 2 

2.48C-0 2 

2.73E-0 3 

2.70E-0 3 

3.00E-0 2 

•3.23E-0 2 

1.886-0 2 

1.836-0 2 

0.1 4 

0.1 5 

s.a 

S . 6 

0.5 4 

0.3 1 

S I WALL 

S.85E-0 3 

S.47E-0 3 

5.B9E-0 3 

5.SIE-0 3 

1 .566-0 4 

2.08E-0 4 

5.72E-0 3 

5.436-0 3 

8.9BE-0 5 

6.64E-0 5 

0.2 7 

0.1 9 

I.20E-0 2 

1 .S3E-0 2 

4.17E-0 2 

1.0*6-0 2 

2.80E-0 * 

2.29E-0 4 

9.99E-0 2 

1.OOE-O I 

5.006-0 3 

5.82E-0 3 

2.55E-0 2 

3.80E-0 2 

6.41E-0 3 

6.156-0 3 

2.506-0 2 

3.586-0 2 

I.51E-0 2 

1.976-0 2 

0.1 2 

0.1 5 

3 . 2 

5 . 0 ' 

0.1 3 

0.2 5 

U L I WALL 

3.3SE-0 2 

3.06E-0 2 

3.386-0 2 

3.09E-0 2 

3.736-0 4 

4.I0E-0 4 

3.23E-0 2 

2.96E-0 2 

1 .B6E-0 4 

I.37E-0 4 

0.7 3 

0.3 1 

4.42E-0 2 

4.63E-0 2 

0.1 6 

2.986-0 2 

I.08E-0 3 

8.95E-0 4 

0.2 8 

0.1 7 

2.94E-0 2 

3.296-0 2 

6.47E-0 2 

7.836-0 2 

3.70E-0 2 

3.45E-0 2 

6.13E-0 2 

7.286-0 2 

4.62E-0 2 

4.96E-0 2 

0.2 0 

0.2 2 

4 . 0 

6 . 3 

0.2 1 

0.3 7 

L L1 WALL 

0.1 0 

9.I5E -

0.1 0 

9.20E -

6.906 -

5.876 -

9.60E -

- 0 2 

- 0 2 

- 0 4 

- 0 4 

- 0 2 

8.74F-0 2 

1 .28E -

9.436 -

0.9 7 

0.3 3 

0.1 1 

0.1 0 

0.2 8 

5.326 -

I.76E -

1.49E -

0.5 3 

0.2 0 

8.80F -

9 . 806 -

0.1 3 

0.1 3 

0.1 1 

0.1 0 

0.1 2 

0.1 2 

O .t 1 

0.1 0 

0.2 0 

0.2 0 

2 . 4 

3 . 5 

0.3 0 

0.3 8 

- 0 4 

- 0 5 

0 2 

• 0 3 

- 0 3 

0 2 

0 2 

T BODV 

I.IO E 

I.39 E 

1 . IOE 

1.39 6 

2 . 0 

2 . 8 

I.05 E 

I.33 E 

3 . 106-

3 . 4 86-

1.04 6 

1.31 6 

1.14 6 

I.44 E 

I.02 E 

1.41 6 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

- 0 3 

- 0 5 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

1.456-0 2 

I.37E -

1 . I4 E 

I.43 E 

S . O 

4 . 3 

7 9 . 

9 7 . 

6 4 . 

7 7 . 

I.I7 E 

I.48 E 

I . 166 

1.47E 

I.07 E 

I.35 E 

4.29 E 

S.42 E 

3 6 . 

3 3 . 

- 0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

ADREN 

9 . 5 

1 6 . 

9 . 5 

1 6 . 

0.2 6 

0.3 4 

9 . 1 

1 6 . 

3.386-0 6 

4.50E-0 6 

9 . 3 

1 6 . 

9 . 8 

1 7 . 

1 0 . 

1 7 . 

2.64E-0 4 

I.50E-0 3 

1 0 . 

1 7 . 

7.06E-0 2 

0.3 2 

6 . 0 

I I . 

4 . 4 

8 . 6 

1 0 . 

I S . 

1 0 . 

1 7 . 

9 . S 

1 6 . 

4 7 . 

7 7 . 

1 * 5 

3 . 8 

BL WALL 

4 . 8 

8 . 2 

4 . 8 

a . 2 

0.1 3 

0.1 7 

4 . 5 

7 . 8 

9.85E-0 7 

1 . 4 86 -

4 . 5 

7 . 8 

4 . 9 

B . 4 

5 . 1 

8 . 3 

1 .326 -

7.506 -

4 . 9 

8 . 4 

3.54E -

0 . ie 

3 . 0 

S . 6 

2 . 2 

4 . 3 

S . l 

8 . 7 

S . O 

8 . 6 

4 . 7 

8 . 0 

2 0 . 

3 4 . 

0.4 6 

1 . 7 

- 0 6 

- 0 4 

- 0 4 

- 0 2 

KIDNEYS 

I . 6 8E 

2.86 6 

I.67 E 

2.65 6 

3 . 7 

5 . 5 

I.59 E 

2.71 6 

I.36E -

2.89E -

I.S8 E 

2.69 6 

1.72 E 

2.95 E 

I.74 E 

2.87 6 

2.986 -

2.176 -

1.73 6 

2.94 E 

0.9 8 

6 . S 

I.09 E 

2.03 E 

8 3 . 

I . 6 2E 

1.79 E 

3.02 E 

1.77 E 

3.0I E 

1.63 6 

2.76 E 

6.50 E 

I.IO E 

1 8 . 

6 8 . 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

-0 5 

- O S 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

-0 3 

- 0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 3 

LIVE R 

I.30 E 

2.2I E 

1.30 6 

2.21 6 

2 8 . 

4 3 . 

1.23 6 

2.IO E 

I.OOE2.1 8 6-

1.22 E 

2.08 6 

1.34 6 

2.28 6 

1.35 6 

2.23 6 

2.316 -

0.1 7 

1.34 6 

2.27 E 

7 . 6 

S I . 

8.48 E 

1.58 6 

6.39 E 

I.2S E 

I.39 E 

2.3* 6 

I.37 E 

2.33 6 

1.26 E 

2.I4 E 

5.0I E 

8.5 0 6 

I.4I E 

5.22 6 

0 3 

0 3 

0 3 

0 3 

0 3 

0 3 

- 0 * 

- 0 * 

0 3 

0 3 

0 3 

0 3 

0 3 

0 3 

- 0 2 

0 3 

0 3 

0 2 

0 3 

0 2 

0 3 

0 3 

0 3 

0 3 

0 3 

0 3 

0 3 

0 3 

0 3 

0 2 

0 2 
TESTES 

6 5 . 

1 .12F. 

es. 

t .H E 

l . S 

2 . 3 

6 2 . 

1.06 6 

0 2 

0 2 

0 2 

THYMUS 

9 . 5 

1 6 . 

9 . 5 

1 6 . 

0.2 6 

0.3 4 

9 . 1 

• 6 . 

THYROID 

9 . 5 

1 6 . 

9 . 5 

1 6 . 

0.2 6 

0.3 4 

9 . 1 

1 6 . 

UTEPUS 

9 . 5 

1 6 . 

9 . 5 

1 6 . 

0.2 6 

0.3 4 

9 . 1 

1 6 . 

9 . 2 

1 6 . -

9 . 8 

1 7 . 

1 0 . 

1 7 . 

6.9I E 

1.19 6 

6.33 E 

I.09 E 

5.48 6 

9.I5 E 

0 3 

0 4 

0 3 

0 4 

0 3 

0 3 

9 . 1 

• 6 . 

9 . 8 

1 7 . 

1 0 . 

1 7 . 

6 1 . 

LOS E 

6 7 . 

1.15 6 

6 7 . 

1.13 6 

0 2 

0 2 

02 

9 . 2 

1 6 . 

9 . 6 

1 7 . 

1 0 . 

1 7 . 

9 . 0 

1 6 . 

9 . 8 

1 7 . 

1 0 . 

. 17 . 

9 . 0 

1 6 . 

9 . 8 

1 7 . 

1 0 . 

1 7 . 

. T3TAL INHALATION DOSES 

ALPHA 0 a 2 0 

(REM/MICROCURIEI 

NUCLIDE SOL F l AMAD OVARIES PANCREAS BONE R MAR V MAR ENDOST SPLEEN 

°U-23 9 Y 3.OOE-OS 0. 3 65 . 9. 5 S.85 E 02 4.93 E 0 2 9. 5 6.78 6 0 3 9. 5 

W 3.OOE-OS 0. 3 1.12 6 02 16 . I.OOE 0 3 0.47 E 0 2 16 . I.I6 E 0 * 16 . 

PU-24 0 Y 3.00E-0 5 0. 3 65 . 9. 5 S.84 E 02 4.92 6 0 2 9. 5 6.76 E 0 3 9. 5 

W 3.006-0 3 0. 3 1.12 6 02 16 . I.OOE 0 3 8.45 6 0 2 16 . 1.I6 E 04 16 . 

-»U-24I Y 3.00E-0 5 0. 3 l. S 0.2 6 13 . II . 0.2 6 1.40 6 0 2 0.2 6 

W 3.OOE-OS 0. 3 2. 3 0.3 4 21 . 17 . 0.3 4 2.IB E 0 2 0.3 4 

PU-24 2 V 3.OOE-OS 0. 3 62 . 9. 1 5.S8 E 02.4.69 E 0 2 9. 1 6.84 6 03 9. 1 

W 3.OOE-OS 0. 3 1.06 E 0 2 16 . 9.58 6 02 8.04 E 0 2 16 . 1.I7 E 0 4 16 . 

°U-2* 3 Y 3.OOE-OS 0. 3 6.36E-0 6 3.766-0 6 4.596-0 5 3.98E-0 S 3.04E-0 6 4.93E-0 4 3.326-0 6 4.986-0 6 4.60E-0 6 I.90E-0 6 2.I4E-0 6 

H 3.OOE-OS 0. 3 I.I7E-0 5 4.786-0 6 9.C5E-0S*7.626-0 3 4.2SE-0 6 9.51E-0 4 4.286-0 6 I.076-0 5 5.556-0 6 2.96S-0 6 3.036-0 6 

PU-24 4 Y 3.OOE-OS 0. 3 61 . 9. 3 5.5I E 02 4.4I E 0 2 

W 3 . OOE-OS 0. 3 LOS E 02 16 . 9.45 E 0 2 7.S7 E 0 2 

AM-241 V 1.006-0 3 0. 3 67 . 9. 8 6.0I E 02 S.OSE 0 2 

W I.OOE-0 3 0. 3 1.I5 F 0 2 17 . LOS E 03 8.70 E 0 2 

AM-242M Y I.OOE-0 3 0. 3 68 . 10 . 6.07 E 02 5.I2 E 0 2 

£_J W 1.006-0 3 0. 3 I.I3 E 02 17 . 1.02 6 0 3 8.57 E 0 2 

AM-242 Y 1.006-0 3 0. 3 I.04E-0 3 2.64E-0 4 9.35E-0 3 7.98E-0 3 2.63E-0 4 9.I6E-0 2 2.636-0 * 1.046-0 3 2.65E-0 4 2.616-0 * 2.63E-0 * 

W I.006-0 1 0. 3 7.056-0 3 1.506-0 3 6.346-0 2 S.39E-0 2 I.S0E-0 3 0.5 8 1.506-0 3 7.04E-0 3 1.50E-0 3 I.SOE-0 3 1.306-0 3 

AM-243 V I.OOE-0 3 0. 3 67 . 10 . 6.06 E 0 2 S.07 E 02 10 . 6.76 E 0 3 9. 9 67 . 9. 9 9. 9 9. 9 

W I.OOE-0 3 0. 3 1.1SE 02 17 . L04 E 0 3 8.69 E 0 2 17 . 1 . 16E 04 17 . I . 15E 0 2 17 . 17 . 17 . 

CM-24 2 Y I.OOE-0 3 0. 3 0.3 4 7.066-0 2 3. 1 2. 6 7.07E-0 2 31 . 7.06E-0 2 0.3 4 7.06E-0 2 7.066-0 2 7.066-0 2 

W I.OOE-0 3 0. 3 2. 1 0.3 2 19 . 16 . 

CM-24 3 Y I.OOE-0 3 0. 3 41 . 6. 0 3.64 E 02 3.07 6 02 

W I.OOE-0 3 0. 3 76 . II . 6.80 6 02 5.73 E 0 2 

CM-? 44 V 1.006-0 3 0. 3 30 . 4. 4 2.71 6 02 2.27 E 0 2 

W I.OOE-0 3 0. 3 59 . 8. 6 5.31 6 0 2 4.45 E 0 2 

CM-24S V I.OOE-0 3 0. 3 70 . 10 . 6.29 E 02 S.27 E 0 2 

W 1.006-0 3 0. 3 I.I9 F 02 18 . I. 0 7E 0 3 8.98 6 0 2 

C M-2 46 Y I.OOE-0 3 0. 3 69 . 10 . 6.20 6 02 5.I4 E 0 2 

- 1.006-03 0.3 1.196 02 17. I.06E 03 8.8IE 02 

CM-247 Y l.OOE-03 0.3 63. 9.5 S.70E 02 4.79E 02 

W .I.OOE-03 0.3 LOSE 02 16. 9.74E 02 8.I9E 02 

CM-248 V I.OOE-03 0.3 2.51E 02 45. 2.266 03 4.82E 02 

W I.OOE-03 0.3 4.29E 02 73. 3.8SE 03 8.23E 02 

CF-252 V I.OOE-03 0.3 5.9 1.3 53. 23. 

W I.OOE-03 0.3 22. 3.7 t.94E 02 8*. 

. 3 2 

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I.76 E 

3.46 E 

6.46 E 

2.59 E 

5.09 E 

6.84 6 

I.17 E 

6.69 E 

I.1S E 

6.90 E 

1 . 1 8E 

6.94 E 

1.19 6 

2.45 E 

9.06 E 

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NUCLIDE 

'I- I 

C-l * 

NA-2 2 

0-3 2 

MN-5 4 

FE-5 5 

FE-5 9 

C0-S 7 

CO-5 8 

CO-6 0 

ZN-6 5 

RB-8 6 

SR-8 9 

SP-9 0 

SR-9 1 

Y-9 0 

V-91 M 

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S O L 

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4 

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W 

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D 

Y 

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W 

W 

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w 

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0.9 5 

0.9 S 

0.9 5 

0.8 0 

0 . 8 0 

I.OOE-O I 

I.OOE-O I 

I.OOE-0 1 

I.OOE-0 1 

I.OOE-O I 

I.OOE-O I 

5.00E-0 2 

5.OOE-0 2 

5.006-0 2 

S.00E-0 2 

S.OOE-0 2 

5.006-0 2 

0.5 0 

0.5 0 

O.SO 

0.9 5 

0.2 0 

1.006-0 2 

0.2 0 

l.OOE-0 2 

0.2 0 

l.OOE-0 2 

I.OOE-0 4 

1.OOE-0 4 

I.OOE-0 4 

2.00E-0 3 

2.00E-0 3 

2.006-0 3 

2 . 00E-0 3 

AMAD 

4 4 * 

4 4 4 

1 . 0 

L O 

L O 

L O 

1 . 0 

L O 

L O 

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1 . 0 

1 . 0 

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L O 

L O 

L O 

L O 

1 . 0 

L O 

L O 

L O 

1 . 0 

L O 

L O 

1 . 0 

1 . 0 

1 . 0 

LUNGS 

1 .25E-0 4 

6.18E-0 6 

9.43E-0 3 

7.63E-0 3 

9.87E-0 2 

4.I8E-0 3 

2.47E-0 2 

3.20E-0 3 

2.SIE-0 2 

5.156-0 2 

0.296-0 2 

1.496-0 2 

6.176-0 2 

2.96F-0 2 

S.926-0 2 

0.1 3 

1 . 3 

1.186-0 2 

2.53E-0 2 

7.656-0 2 

7.68E-0 3 

6.S5E-0 3 

0.3 1 

9.896-0 3 

3 . 5 

4.27E-0 3 

9.766-0 3 

3.93E-0 2 

1.9IE-0 4 

0.2 0 

6.85E-0 2 

0.1 3 

2.086-0 2 

2.20E-0 2 

RES LYM 

2.48E-0 4 

I.32E-0 S 

3.28E-0 2 

8.606-0 2 

0.2 0 

4.716-0 3 

3.43E-0 2 

I.S7E-0 2 

0.3 4 

0.1 3 

0.1 6 

5.63E-0 2 

0.3 4 

6.48E-0 2 

0 . 1 1 

0.4 1 

1 2 . 

1.27E-0 2 

4.006-0 2 

0.1 6 

8.436-0 2 

7.566-0 2 

0.7 8 

0.1 * 

2.74 6 0 2 

2.866-0 2 

1.306-0 2 

4.666-0 2 

4.986-0 4 

0.7 3 

0.2 3 

0.3 4 

2 . IS6-0 2 

2.22E-0 2 

TDTAL INHALATION DOSES 

ALPHA O a 20 

(REM/MICROCURIEI 

S WAL. SI WALL Ul 

1.256-04 1.30E-04 I 

7.35E-06 7.066-0 7 6 

6.22E-03 6.59E-0 3 6 

5.0IE-0 4 2.66E-0 4 I 

I.28C-0 3 6.48E-0 4 3 

3.156-0 3 3.656-0 3 4 

4.206-0 3 2.96E-0 3 3 

I.046-0 5 2.6SE-03 I 

1.296-05 2.63E-0S I 

5.23E-03 S.03E-03 8 

5.29E-03 3.94E-0 3 7 

7.006-0 * S.90E-04 1 

2.016-0 3 6.I4E-0 4 I 

3.226-0 3 2.70E-0 3 4 

5.I6E-0 3 2.776-0 3 4 

I .826-0 2 I .43E-02 I 

1.016-01 2.486-0 2 3 

I .146-0 2 I .26E-02 I 

9.326-0 3 8.87E-0 3 9 

1.30E-02 7.78E-0 3 8 

7.33E-04 3.49E-04 6 

3.5SE-0* 7.89E-0 4 4 

1.22E-03 3.01E-0 3 I 

1.97F-04 4.T2E-0 4 3 

2.866-0 2 t.876-02 O 

5.S6E-04 9.016-0 4 2 

8.026-0 4 I.496-0 3 4 

1.39E-03 3.32E-0 3 1 

1.086-05 5.866-0 6 I 

1.226-03 3.0IE-0 3 I 

3.98E-03 3.496-0 3 7 

S.77E-03 3.2SE-03 7 

I.59E-0 3 3.32E-0 3 I 

L84E-0 3 3.93E-0 3 I 

L l WALL 

.37E-0 4 

.906-0 6 

.876-0 3 

.386-0 3 

.636-0 3 

.296-3 3 

.896-0 3 

.47E-0 4 

.436-0 4 

.496-0 3 

.59E-0 3 

• I5E-0 3 

.216-0 3 

.26E-0 3 

.•86-0 3 

.946-0 2 

.496-0 2 

.316-0 2 

.516-0 3 

•tSE-0 3 

.34E-0 4 

.626-0 3 

.76E-0 2 

.566-0 3 

. 3 6 

.386- 0 3 

.07E-0 3 

.7IE-0 2 

.37E-0 5 

.76E-0 2 

.126-0 3 

.3SE-0 3 

.116-0 2 

.326-0 2 

L L I WALL 

1 

7 

7 

3 

1 

3 

4 

3 

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2 

4 

4 

3 . 

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1 . 

1 . 

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1 . 

33E-0 4 

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S3E-0 3 

.91E-0 3 

04E-0 2 

,986-0 3 

79E-0 3 

•64E-0 4 

,9IE-0 4 

,566-0 2 

50E-0 2 

45E-0 3 

4SE-0 3 

,386-0 3 

.406-0 3 

.78E-0 2 

.856-0 2 

39E-0 2 

.036-0* ' 

,416-0 3 

26E-0 3 

386-0 2 

.26E-0 2 

* 16-0 2 

8 9 

61E-0 3 

SlF-0 3 

09E-0 2 

OOE-OS 

2 3E-0 2 

S56-0 2 

59E-0 2 

6IE-0 2 

92E-0 2 

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.296-0 4 

, 09E-0 4 

,516-0 3 

,966-0 3 

04E-0 4 

25E- 0 3 

, 6SF- 0 3 

. 17E-0 3 

.7IE-0 2 

.20E-0 2 

40E-0 2 

OSE-0 2 

24E-0 2 

.696- 0 3 

69E-0 3 

766-0 3 

2 4 

1 5 

52E-0 4 

75E-0 4 

90E-0 4 

43E-0 6 

67E-0 3 

74E-0 3 

5SE-0 3 

67E-0 4 

46E-0 4 

AOREN 

1 .34 6 

1.76 6 

LOS E 

3.0I E 

2.H E 

6.69 E 

5.76 E 

LOS E 

4.92 6 

7.27 6 

6.0I E 

I.03 E 

2.8* 6 

3.60 6 

S.9S 6 

2.32 E 

0 . 1 1 

1 .91 E 

I.4S E 

1.77 E 

l . l I E 

2.I3 E 

4.38 6 

1.46 6 

3.65 6 

4.36 E 

1.31 6 

4.6I E 

9.OOE 

7.3S E 

5.28 E 

6.58 E 

3.60 6 

2.76E -

BL WALL 

•04 1.2 36-0 * 

-OS 6.75E-0 6 

•02 8.20E-03 

-03 1.S2E-03 

-03 L07E-0 3 

-03 2.S0E-03 

-03 I.34E-0 3 

-03 4.I4E-0 4 

•04 I.92E-0 4 

•03 4.03E-03 

•03 2.096-0 3 

•03 3.75E-04 

•03 2.06E-0 4 

-03 I .20E-O3 

•03 a.eoE-04 

•02 1.196-02 

I.066-0 2 

•02 1.466-02 

•02 9.63E-0 3 

-02 7.52E-03 

-02 S.69E-03 

•03 I.09E-0 3 

•05 2.1 7E-05 

•02 7.30E-03 

•03 L83E-0 3 

•04 2.55E-04 

•04 7.02E-0S 

•OS 2.69E-0S 

•06 I.68E-0 6 

•04 3.676-0 * 

•03 1.566-03 

•03 B.2 16-04 

•04 2.376-0 4 

•04 2.04E-04 

KIDNEYS LIVER 

.296-0 4 

.926-0 6 

•9IE-0 3 

.006-0 3 

. 1 I E-03 

.356- 0 3 

.4 06-0 3 

.096- 0 3 

.OSE-04 

. 2 26-0 3 

•07S-0 3 

•26E-0 * 

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•I2E-0 3 

.816-0 3 

.876-0 2 

.8SE-02 

•87E-02 

.316- 0 2 

. 2 96-0 2 

.1IE- 0 2 

.186- 0 3 

• 35E-05 

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•6SE-03 

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.0*6-0 4 

.116-0 5 

.46E-0 6 

•29E-0 4 

•93E-0 3 

• 02E-03 

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.246-0 * 

.886-0 6 

• 45E-03 

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• 70E-02 

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• 00E-02 

.326-0 3 

.176-0 3 

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.996-0 3 

.04E-0 3 

• 90E-02 

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• 86E-02 

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.186-0 3 

.386-0 5 

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.906-0 2 

•I3E-0 4 

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.04E-02 

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32 
LO 

NUCLIDE 

NB-9 5 

NB-97M 

NB-9 7 

MO-9 9 

TC-99 M 

TC-9 9 

RU-10 3 

RU-I0 3 

PU-10 6 

RH-I03 M 

RH-105" * 

RH-IO S 

RH-10 6 

SB-12 7 

TE-I27 M 

TE-12 7 

TE-I29 M 

TE-12 9 

TE-I3I M 

TE-13 1 

TE-13 2 

1-12 9 

I - l 31 

1-13 2 

I-13 3 

1-13 * 

I-I3 S 

CS-11 4 

CS-I3 S 

CS-13 6 

CS-13 7 

S O L 

Y 

Y 

Y 

D 

Y 

0 

W 

D 

W 

Y 

V 

V 

Y 

Y 

V 

V 

w 

w 

w 

w 

w 

w 

w 

m 

o 

D 

D 

0 

D 

D 

D 

0 

D 

0 

F l 

l.OOE-0 2 

1.006 -

1.006 -

0.9 5 

5 . 00E0.8 0 

0.8 0 

0.8 0 

0.8 0 

4.006 -

4 . OOE 

4.0O6 -

4.006 * 

4.00 6 

4.006 -

4.00E -

S . 006 -

0.2 5 

0.2 5 

0.2 5 

0.2 5 

0.2 5 

0.2 S 

0.2 5 

0.9 5 

0.9 5 

0.9 5 

0.9 5 

0.9 5 

0.9 5 

0.9 3 

0.9 5 

0.9 5 

0.9 5 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

AMAO 

L O 

L O 

1 . 0 

1 . 0 

1 . 0 

L O 

L O 

L O 

1 . 0 

L O 

L O 

L O 

L O 

1 . 0 

1 . 0 

L O 

L O 

1 . 0 

1 . 0 

L O 

L O 

L O 

1 . 0 

L O 

L O 

1 . 0 

L O 

L O 

1 . 0 

L O 

L O 

L O 

1 . 0 

L O 

LUNGS 

3.I0E-0 2 

1.6SE-0 5 

L07E-0 3 

4.0*6-0 3 

1.896-0 2 

8.S4E-0 5 

I.82E-0 4 

9.63E-0 4 

S.22E-0 2 

5.8*6-0 2 

3.6*6-0 ? 

3 . 8 

6.506-0 5 

4.076-0 6 

4.64E-0 3 

2.32E-0 5 

2.626-0 2 

0.1 2 

2.486-0 3 

0.1 5 

1.066-0 3 

1 .096-0 2 

5.S5E-0 4 

2.79E-0 2 

7.88E-0 4 

2.40E-0 3 

1 .I2E-0 3 

3.I7E-0 3 

6.42E-0 4 

2.48E-0 3 

3.38E-0 2 

6.40E-0 4 

6.98E-0 3 

1.626-0 2 

RES LYM 

4.87E-0 2 

1.656-0 5 

1 .07E-0 3 

3.886-0 2 

2.00E-0 2 

2.9SE-0 4 

1 .826-0 4 

LI2E-0 2 

0.3 1 

0.1 1 

3.666-0 3 

3 4 . 

6.50E-0 S 

4.116-0 6 

4.766-0 3 

2.32E-0 S 

3.77E-0 2 

0.S4 

2.526-0 3 

0.4 5 

1.06F-0 3 

1.406-0 2 

S.99E-0 4 

6.866-0 2 

7.26E-0 3 

2.28E-0 2 

2.63F-0 3 

2.46E-0 2 

9.83E-0 4 

1 ,»4E-0 2 

S.33E-0 2 

7.«*E-0 3 

2.196-0 2 

4.40F-0 2 

S 

2 . 

1 . 

8 . 

4 . 

8 . 

3 . 

2 . 

4 . 

5 . 

1 . 

3 . 

6 . 

3 . 

1 . 

2 . 

S . 

t . 

1 . 

1 . 

1 . 

s . 

1 . 

2 . 

1 . 

4 . 

7 . 

6 . 

5 . 

4 . 

8 . 

3 . 

3 . 

4 . 

1 . 

TOTAL INHALATION OOSES 

ALPHA O a 20 

(PEM/MICROCURIE) 

.396-03 I .9SE-03 3 

.306-0 6 8.2SE-07 6 

.186-0 5 5.706-0 3 4 

.506-04 1.836-04 3 

•83E-04 I.87E-0 3 8 

.096-0 5 I .496-05 2 

.726-05 1.2 IE-OS I 

.906-0 * 2.87E-0 3 I 

.706-04 9.35E-0S S 

.856-0 3 1.7IE-0 3 4 

.3SE-04 5.006-0 4 I 

.966-0 3 8.S2E-03 4 

• 79E-0C 2.366-0 6 I 

.07E-07 2.12E-0 7 9 

•73E-04 S.976-04 2 

.016-0 8 3.526-0 9 4 

.246-03 2.SI6-0 3 I 

.326-0 3 2.I9E-0 3 9 

.666-0 * 2.S3E-04 7 

.536-03 2.S0E-03 I 

.866-05 3.92E-0S 2 

.086-03 |.TSE-0 3 4 

.086-0 5 f .556-06 2 

.386-03 I.46E-0 3 4 

.6IE-0S 3.80E-0S 4 

•47E-05 3.59E-0S 3 

• 43E-05 2.52E-0 3 2 

.936-0 5 2.226-0 3 2 

.126-0 5 I .10E-05 I 

.I8E-0 5 4.00E-0 3 6 

•26E-02 3.49E-02 3 

.826-0 5 4.77E-0 6 2 

.976-0 3 5.05E-0 3 S 

.396-0 2 1.48E-02 1 

L l WALL 

•64E-0 3 

.39E-0 7 

.32E-0 5 

•73E-0 4 

.6*6-0 3 

.326-0 5 

•98E-0 3 

• 69E-0 4 

.536-0 4 

.806-0 3 

•12E-0 3 

.696-0 2 

.34E-0 6 

.07E-0 7 

.56E-0 3 

.496-0 9 

•07E-0 2 

.836-3 3 

.546-0 4 

.336-0 2 

.70E-0 S 

.906-0 3 

•62F-0 6 

.09E-0 3 

.306-0 5 

.8*6-0 5 

.666-0 5 

.486-0 5 

• 06E-0 5 

• I3E-0 5 

•64E-0 2 

.826-0 5 

.346-0 3 

.566-0 2 

L L I WALL 

7.I7E-0 3 

1.39E-0 7 

9.36E-0 6 

5.0IE-0 4 

2.05E-0 2 

I.67E-0 S 

1.3SE-0 S 

5.09E-0 4 

1.666-0 3 

1 .186-0 2 

1 .19E-0 3 

0.1 * 

2.I5E-0 7 

1.826-0 6 

5.I3E-0 3 

9.4IE-I 0 

2.72E-0 2 

2.37E-0 2 

8.156-0 * 

3.87E-0 2 

5.97E-0 6 

8.34E-0 3 

7.99E-0 7 

1.08E-0 2 

4.286-0 5 

3.41E-0 S 

2.06E-0 5 

2.29E-0 S 

7.40E-0 6 

S.27E-0 S 

3.71E-0 2 

8.5IE-0 5 

5.55E-0 3 

1.606-0 2 

T 

1 

4 

2 

7 

4 

9 

1 

1 

a 

t 

9 

6 

9 , 

7 

1 

3 

e 

2 

5 

3 , 

1 

6 

1 . 

1 

2 

6 , 

7 , 

2 . 

3 

1 . 

4 . 

4 , 

6 . 

3 . 

BOOY 

.9*6-0 3 

.396-0 7 

.29E-0 3 

,886-0 * 

,856-0 * 

,816-0 6 

,036-0 3 

,696-0 4 

.87E-0 4 

98E-0 3 

72E-0 5 

> 186-0 2 

896-0 7 

986- 0 8 

146-0 4 

.44E-0 7 

79E-0 4 

, 426-0 3 

I3F-0 5 

20E-0 3 

80E-0 5 

54E-0 4 

I4E-0 S 

70E- 0 3 

OSE-0 3 

13E-0 * 

79E-0 5 

036-0 4 

43E-0 5 

42E-0 * 

S5E-0 2 

•06-0 3 

OOE-03 

266-0 2 

ASPEN 

2.5*6-0 3 

3.64E-0 7 

1.2*6-0 3 

6.426-0 4 

I.53E-0 4 

1.306-0 5 

1.386-0 5 

2.406-0 * 

2.12E-0 * 

I.9I6-0 3 

3.486-0 5 

I.1SE-0 2 

1.69E-0 8 

1 .8 1 6-0 8 

3.0*6-0 5 

2.7*6-0 8 

S.81E-0 4 

2.S4E-0 3 

5.27E-0 5 

4.I9E-0 3 

8.S8E-0 6 

9.356-0 4 

6.I5E-0 6 

2.55E-0 3 

3.83E-0 4 

9.77E-0 5 

5.65E-0 S 

1 .1IE-0 4 

3.336-0 5 

1.106-0 * 

6.516-0 2 

7.476-0 3 

8.44E-0 3 

5.016-0 2 

BL WALL 

5 

2 

1 

1 

1 

7 

3 

1 

1 

4 

1 

3 

4 

8 

2 . 

9 

3 

1 . 

2 

2 . 

4 . 

6 . 

2 . 

1 . 

2 . 

3 . 

2 . 

4 . 

1 . 

4 . 

5 . 

3 . 

6 . 

3 . 

.386-0 * 

,49E-0 8 

.286-0 6 

.946-0 4 

. I4E-0 * 

. 03E-0 C 

• 53E-0 6 

.20E-0 4 

.06E-0 4 

49E-0 4 

85E-0 S 

85E-0 3 

5SE-0 9 

95E-0 9 

4 9E-0 5 

.636-1 0 

.726-0 4 

2 7E-0 3 

77E-0 5 

09E-0 3 

28E-0 6 

OOE-04 

05E-0 6 

31E-0 3 

20E-0 4 

30E-0 5 

02E-0 5 

S8E-0 S 

1 76-rOS 

506-0 5 

1IE-0 2 

74E-0 3 

72E-0 3 

30E-0 2 

KIDNEYS 

I.30E- 0 3 

I.7IE-0 7 

6.33E-0 6 

8.40E-0 3 

4.26E-0 4 

I.2SE-0 E 

8.36E-0 6 

3.486-0 4 

3.076-0 4 

I.02E-0 3 

3.6IE-0 5 

8.9SE-0 3 

9.6IE-0 9 

I.08E-0 8 

2 . 4 26- 0 5 

l.l96-0 8 

4.686-0 * 

I.05E-0 2 

7.52E-0! . 

1.416-0 2 

I.44E-0 S 

L O I E-0 3 

6.7SE-0 6 

3.38E-0 3 

4 . 4 9E-0 * 

L47E-0 4 

6.50E-0 S 

9.0IE-0 5 

2.406-0 5 

8.73S-0 S 

6.776-0 2 

7.47E-0 3 

8.686-0 3 

S.I3E- 0 2 

LIVE R 

2 

3 

1 

1 

7 

1 

1 

4 

4 

1 

5 

1 

3 

1 

3 

2 

5 

1 

2 

2 

5 

6 

4 . 

2 

4 

1 . 

a 

i . 

3 

1 . 

6 . 

7 . 

9 . 

5 . 

•53E-0 3 

.60E-0 7 

.23E-0 S 

.416-0 2 

•07E-0 4 

. 8 3 6-0 5 

.536-0 3 

.77E-0 4 

.216-0 4 

•92E-0 3 

.79E-0 S 

.ISE-0 2 

,06E-0 8 

,956-0 8 

.326-0 5 

,70E-0 8 

.48E-0 4 

.S4E-0 3 

, 2 9 6-0 5 

.48E-0 3 

.SOE-0 6 

92E-0 4 

8SE-0 6 

186-0 3 

66E-0 4 

86E-0 4 

64E-0 5 

I2E-0 4 

45E-0 5 

I8E-0 4 

99E-0 2 

47E-0 3 

03E-0 3 

23E-0 2 
OJ 

4^ 

NUCLIOE 

NB-9 5 

NB-97 M 

N.e-97 

• ., • MO-9 9 

/ " " "~N 

v (N TC-99 M J 

Tc-9 9 

PU-10 3 

RU-IO S 

RU-10 6 

1H-I03 M 

RH- I OSM 

PH-IO S 

RH-10 4 

SB-12 7 

TET127« J 

TE-12 7 

TE-I29 M 

TE-12 9 

TE-I3I M 

TE-13 1 

TE-13 2 

1-12 9 

1-13 1 

1-13 2 

1-13 3 

1-13 4 

I-13 S 

CS-13 4 

CS-I3 S 

CS-13 6 

CS-13 T 

S O L 

Y 

Y 

Y 

0 

Y 

0 

w 

0 

w 

Y 

Y 

Y 

Y 

V 

V 

V 

4 

4 

W 

W 

4 

W 

W 

w 

D 

9 

D 

a 

D 

D 

0 

0 

0 

D 

F l 

I.OOEI.OOEI.OOE0.9 5 

S . 006-

0.8 0 

0.8 0 

0.8 0 

0.8 0 

4.00E -

4 . OOE-

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

4.00E-0 2 

4.00E-0 2 

4.006 -

4.00E -

4.006 -

5.006 -

0.2 5 

0.2 5 

0.2 5 

0.2 5 

0.2 5 

0.2 S 

0.2 S 

0.9 5 

0.9 5 

0.9 5 

0.9 S 

0.9 5 

0.9 3 

0.9 3 

0.9 3 

0.9 5 

0.9 5 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

AMAD 

1 . 0 

1 . 0 

L O 

I . O 

L O 

1 . 0 

1 . 0 

1 . 0 

L O 

1 . 0 

1 . 0 

1 . 0 

L O 

L O 

L O 

1 . 0 

1 . 0 

1 . 0 

L O 

1 . 0 

L O 

1 . 0 

L O 

1 . 0 

1 . 0 

1 . 0 

L O 

1 . 0 

1 . 0 

L O 

1 . 0 

1 . 0 

1 . 0 

1 . 0 

OVAPIES 

1 .64E-0 3 

6.4SE-0 8 

3.64E-0 6 

3.S4E-0 4 

3.46E-0 4 

1.166-0 5 

7.046-0 6 

2.406-0 4 

2.I2E-0 4 

1 .20E-0 3 

6.336-0 3 

7.67E-0 3 

1.436-0 8 

2.92E-0 8 

8.I7E-0 5 

1 .936-0 9 

1.05E-0 3 

2.536-0 3 

S.29F-0 5 

4.156-0 3 

7.80E-0 6 

1.35E-0 3 

3.S8E-0 6 

2.42E-0 3 

3.78E-0 4 

3.98E-0 5 

2.47E-0 S 

7.50E-O S 

L69E-0 5 

6.62E-0 S 

6.456-0 2 

7.47E-0 3 

8.I8E-0 3 

5.00*-:-0 2 

PANCREAS 

2 

4 

1 

6 

1 

1 

1 . 

2 

2 

2 

7 

1 

1 

2 

3 

3 

6 . 

2 

5 

4 , 

s 

1 . 

6 

2 . 

* 

8 

S . 

1 

3 . 

1 . 

7 , 

7 . 

9 . 

5 . 

,706-0 3 

,2ir-0 7 

.58E-0 S 

.07E-0 * 

•78E-0 4 

.66E-0 S 

64E-0 5 

40E-0 4 

.126-0 4 

24F-0 3 

.216-0 5 

20E-0 2 

876-0 8 

056-0 8 

BSE-OS 

03F-0 8 

716-0 4 

S7E-0 3 

32E-0 S 

23E-0 3 

896-0 6 

I4E-0 3 

57E-0 6 

816-0 3 

13F- 0 4 

80E-0 5 

96E-0 5 

186-0 * 

65E-0 S 

22F-0 4 

42E-0 2 

476-0 3 

6IE-0 3 

43E-0 2 

B O 

1 . 

5 . 

1 . 

I _ 

1 . 

9 . 

2 . 

2 . 

9 . 

2 . 

8 . 

2 . 

1 . 

2 . 

1 . 

3 . 

2 . 

8 . 

1 . 

2 . 

3 . 

2 . 

1 . 

S . 

2 . 

S . 

9 . 

2 . 

8 . 

5 . 

7 . 

6 . ' 

4 . 

TOTAL INHALATION DOSES 

ALPHA 0 a 2 0 

(REM/MICROCURIEI 

INE R MAR V MAR 

22E-0 3 1.6IE-0 3 1.2*6-0 3 

566-0 7 I.98E-0 7 I.6IE-0 7 

S9E-0 6 7.06E-0 6 S.58E-0 6 

27E-0 3 7.ISE-0 4 4.27E-0 4 

33E-0 4 1.79E-0 4 I.IOE-0 4 

04E-0 S 1.45E-0 S 1.156-0 5 

05E-0 6 I.2SE-0 S 9.776-0 6 

74E-0 4 2.44E-0 4 2.40E-0 4 

42E-04 2.1SE-04 2.I2E-0 4 

I2E-0 4 I .236-0 3 9.72E-3 4 

60E-0S 4.01E-OS 2.87E-0 5 

76E-03 9.376-0 3 8.866-0 3 

OSE-08 2.28E-0 8 2.35F-0 8 

186-08 I .766-0 8 1.286-0 8 

OOE-OS 3.32E-OS 2.206-0 5 

146-08 1.436-08 1.206-08 

34E-04 5.286-0 4 4.206-0 4 

256*-03 2.526-0 3 2,576-0 3 

87E-06 4.09E-0S S.24E-0S 

606-03 3.37E-03 4.I2E-0 3 

2SL-06 6.316-0 6 8.07E-0 6 

516-04 8.2 7E-04 7.9IE-0 4 

53E-06 4.44E-0 6 4.7IE-0 6 

20E-03 2.09E-0 3 2.00E-0 3 

79E-04 6.0SE-04 3.20E-0 4 

3BE-04 2.026-0 4 1.076-0 * 

796-OS 4.97E-0S 3.40E-0S 

89E-0S 1.086-04 9.216-0 5 

26E-0S 2.60E-0S "2.23E-05 

67E-05 9.S2E-0S 8.236-0 3 

36E-02 C.I6E-0 2 S.46E-02 

47E-03 7.47E-03 7.476-0 3 

706-03 7.9IE-0 3 6.866-0 3 

54E-02 4.9IE-0 2 4.S9E-02 

ENOOST 

l.l96-0 3 

LS6E-0 7 

5.S3E-0 6 

LI5E-0 3 

1 . 2 86-0 4 

1 .086-0 5 

9.2IE-0 6 

3.1IE-0 4 

2.75F-0 4 

9.256-0 * 

2.6SE-0 5 

1 .00E-0 2 

2.07E-0 8 

1.226-3 9 

2 . 1 IE -0 5 

I.14E-0 8 

3.946-0 4 

2.9IE-0 3 

3.06C-0 S 

3.11E-0 3 

S.316-0 6 

5.69E-0 4 

3.76E-0 6 

1.686-0 3 

5.646-0 * 

2.216-0 4 

5.3IE-0 S 

1.136-0 * 

2.46E-0 S 

9.53E-0 3 

5.896-0 2 

R.62E-0 3 

7.15E-0 3 

S . 3 IE-0 2 

SPLEEN 

2 

3 

1 

4 

1 

1 

1 

2 

2 

1 

S. 

1 

2 . 

1 

J . 

2 . 

5 . 

2 . 

S . 

• . 

a. 

t . 

6 . 

2 . 

4 . 

7 , 

4 . 

1 . 

3 . 

1 . 

6 . 

7 . 

a. 

5 . 

40E-0 3 

456-0 7 

.246-0 5 

.306-0 4 

4 76-0 * 

,336-O S 

.356-0 3 

406-0 4 

,126-0 4 

,746-0 3 

66E-0 S 

106-0 2 

486-0 8 

826-0 8 

I9E-0 5 

43E-0 8 

83F-0 4 

58E-0 3 

30E-0 S 

2IE-0 3 

636-0 6 

066- 0 3 

056-0 6 

626-0 3 

OOE-04 

90E-1 S 

9IE-0 5 

076-0 4 

28E-0 5 

08E-0 4 

55E-0 2 

47E-0 3 

44E-0 3 

04E-0 2 

TESTES 

2 

1 

5 

3 

* 

6 

2 

CM 2 

2 

6 

6 

n 

4 

1 

4 

2 

2 

3 

«< 

7 

6 

3 

1 . 

3 

2 . 

1 . 

6 

1 . 

3 

5 

7 . 

6 . 

4 . 

.46E-0 4 

.016-0 8 

.356-0 7 

.076-0 * 

•506-O S 

.036-0 6 

.596-0 6 

.406-0 4 

.126-0 * 

.55E-0 * 

,496-0 6 

.976-0 3 

.82E-0 9 

.316-0 9 

•20E-0 5 

.34E-I 0 

.866-70 * 

,*8E-q 3 

,226-0 5 

026-0 3 

,596-0 6 

.616-0 4 

30F-0 6 

64E-0. 3 

.57E-0 4 

22E-0 5 

43E-0 S 

.66E-0 5 

34E-0 S 

.37E-0 5 

13E-0 2 

47E-0 3 

29E-0 3 

44E-0 2 

THYMUS 

3 

5 

1 

4 

1 

1 

2 

-. 

2 

2 

7 

1 

2 

2 

3 

4 . 

7 , 

2 

5 

4 

9 

1 

9 , 

4 . 

9 

7 . 

9 

2 

S . 

2 

7 . 

7 . 

6 . 

5 . 

.96E-0 3 

•69E-0 7 

.856-0 5 

,176-0 * 

.966-0 4 

.896-0 5 

. 1 IE-O S 

.406-0 4 

.126-0 4 

.756-0 3 

.59E-0 5 

.ISE-0 2 

,166-0 8 

46E-0 8 

.58E-0 5 

3 IE-0 8 

S9F-0 4 

64E-0 3 

34E-0 6 

4 3E-0 3 

35E-0 6 

70E-0 3 

8BE-0 6 

S5E-0 3 

80E-0 4 

30E-0 4 

98E-0 5 

32E-0 4 

7SE-0 S 

3IE-0 4 

73E-0 2 

47E-0 3 

58E-0 3 

66E-0 2 

THYPOID 

1.35F.- 0 3 

I.92E- 0 7 

6.2S6-0 6 

'3.69E-0 4 

I.78E-0 4 

I.33E-0 4 

5 . 726-0 5 

1.076-0 2 

9.46F.-6 3 

9.896-0 4 

2.576-0 5 

9 . I9E- 0 3 

9.146-0 9 

7.326-0 9 

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3.706-0 4 

2.49E-0 3 

5.246-0 6 

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1.636-0 5 

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9.54E-0 3 

7.306-0 2 

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7 . 4 8E- 0 3 

6.356-0 3 

4.476-0 2 

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4.686-0 8 

2.69E-0 6 

3.89E-0 * 

1.66E-0 4 

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7.32E-0 6 

2.40E-0 4 

2.I2E-0 4 

6.51E-0 4 

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4.82E-0 3 

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1.31E-0 » 

3.63E-9 5 

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8.0SE-0 6 

1.696-0 3 

4.526-0 6 

3.916-0 3 

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2.62E-0 S 

8 . 72F-0 5 

2.40E-0 5 

8.93E-0 S 

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35 
TOTAL INHALATION DOSES 

ALPHA Q a 20 

(REM/MICROCURIEI 

00 

crt 

NUCLIDE 

3 A -

B A -

L A -

C E -

C E -

C E -

n p -

137M 

-1 40 

-1* 0 

-1* 1 

1 43 

1 4 4 

I 43 

PR-I44 M 

P R -

N O -

P M -

S M -

-144 

1 * 7 

1 47 

1 4 7 

S O L 

D 

0 

W 

Y 

W 

0 

Y 

W 

0 

Y 

W 

0 

V 

w 

0 

V 

w 

14 

V 

w 

0 

V 

w 

0 

Y 

w 

D 

V 

w 

0 

F l 

1.006-0 1 

1.006-0 1 

I.OOE-0 4 

t.OOE-0 4 

1.OOE-0 4 

1.006-0 * 

I.OOE-0 4 

1.006-0 4 

1.006-0 4 

1.006-0 4 

1.006-0 4 

I.OOE-0 4 

I.OOE-0 4 

I.OOE-0 4 

I.006-0 4 

I.OOE-0 4 

I.006-0 4 

1.006-0 4 

1.006-0 * 

1.OOE-0 4 

I.OOE-0 * 

I.OOE-0 * 

1.006-0 * 

I.OOE-0 * 

I.OOE-0 * 

I.OOE-0 * 

I.OOE-0 * 

I.OOE-0 * 

I.OOE-0 4 

I.OOE-0 * 

AMAD 

L O 

L O 

1 . 0 

L O 

L O 

L O 

L O 

L O 

1 . 0 

1 . 0 

L O 

L O 

L O 

L O 

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1 . 0 

L O 

L O 

1 . 0 

1 . 0 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

OVARIES 

5.96E-0 8 

2.7«E-0 3 

L67E-0 3 

2.07E-0 * 

2.76E-0 * 

S.S5E-0 * 

2.86E-0 4 

2.57E-0 * 

2.07E-0 4 

6.29E-0 4 

4.66E-0 3 

1.9*6-0 2 

1 .99E-0 6 

3.70E-0 5 

2.186-0 * 

1.026-0 8 

6 . 156-0 8 

1 .79E-0 7 

I.8IE-0 8 

9.066-0 8 

2.94E-0 7 

3.2IE-r0 4 

3.37C-0 4 

4.I6E-0 4 

I.23E-0 4 

6.34E-0 4 

2.586-0 3 

0.5 8 

1 . 4 

5 . 7 

PANCREAS 

5.32E-0 7 

2.46F-0 3 

9.62E-0 4 

3.02E-0 4 

4.I7E-0 * 

1.I9E-0 3 

l.l46-0 4 

I.33E-0 4 

2.08E-0 4 

1 .516-0 3 

5.S3E-0 3 

2.7?E-0 2 

I.99E-0 6 

3.7QF-..0S 

2.186-0 4 

9.I9E-0 8 

I.4IE-0 7 

2.9*6-0 7 

1.41E-0 7 

2.1IE-0 7 

4.54E-0 7 

2.316*0 4 

3.216-0 4 

Tmisst-04 

l.2*r-04 

6.34E-0 * 

2.S8F-0 3 

0.5 8 

L » 

5 . 7 

BONE 

1 

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3 

2 

1 

8 

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2 

2 

0 

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1 

1 

1 

1 

1 

5 

2 

3 

1 

2 

1 

9 

6 . 

3 

0 

1 . 

3 . 

1 . 

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.72E-0 3 

.006-0 * 

•35E-0 * 

.98E-0 3 

.S5E-0 2 

.17E-0 S 

.066-0 * 

55E-0 3 

.196-0 2 

. 2 1 

, 9 1 

.OOE-0 4 

.86E-0 3 

,106-0 2 

,646-0 7 

.97E-0 6 

,676-0 6 

,226-0 7 

.106-0 6 

,036-0 5 

,556-0 * 

8JE-0 3 

.80E-0 3 

S86-0 3 

386-0 2 

1 4 

S9E 0 2 

BSE 02 

S*E 03 

R MAR 

2.22E-0 7 

3.6IE-0 3 

8.S2E-0 4 

3.03E-0 * 

9.36E-0 * 

* .07E-0 3 

1.19E-0 4 

2.546-0 * 

9.066-0 * 

8.956-0 3 

8.29E-0 2 

0.3 S 

3 .076-0 3 

5.696-0 * 

3.J6E-0 3 

1.09E-0 7 

8.43E-0 7 

2.34E-0 6 

1 .38E-0 7 

1.316-0 6 

•.276-0 6 

2.336-0 * 

6.466-0 4 

2.73E-0 3 

6.966-0 4 

3.58E-0 3 

1.46E-0 2 

0.6 1 

1 . 5 

5 . 9 

Y 

1 

2 

4 

2 

3 

1 

6 

8 

1 

1 

5 

2 

1 

3 

2. 

S 

1 . 

2 

6 

1 . 

3 . 

1 . 

2 

7 . 

1 . 

6 

2 . 

0 . 

1 

S 

MAR 

.87E-0 7 

.3*6-0 3 

.946-0 4 

.OSE-0 4 

.366-0 * 

2IE-0 3 

,696-0 5 

.69E-0 5 

.77E-0 4 

.IIF-0 3 

,366-0 3 

,2*1-0 2 

.99F-0 6 

,706-0 5 

166-0 * 

996-0 8 

136-0 7 

196-0 7 

,1*6-0 8 

356-0 7 

186-0 7 

»9E-0 * 

46E-0 4 

436-0 * 

24E-0 * 

3*E-0 * 

386-0 3 

3 8 

. 4 

. 7 

ENOOST 

l.74f-0 7 

5.236-0 3 

7.27E-0 4 

2.99E-0 4 

2.32E-0 3 

I.I9E-0 2 

7.66E-0 S 

4.ISE-0 4 

2.04E-0 3 

1.4 7E-0 2 

0 . 1 * 

0.6 1 

8.096-0 5 

1.506-0 3 

a.8(_E-Q* 

I.27E-II 7 

L33C-0 6 

3.796-0 6 

1 .666-0 7 

2.09E-0 6 

6.911.-0 6 

2.216-0 4 

1 .42C-0 3 

7.536-0 3 

4.336-0 3 

2.236-0 2 

9.076-0 2 

1 9 . 

4 7 . 

1.85 6 02 

SPLEEN 

« . I4E-0 7 

2.2*6-0 3 

7.24E-0 4 

2 . 676-0 4 

2.92E-0 4 

6.2*6-0 4 

9.286-0 5 

1.026-0 4 

I.30E-0 * 

I.37E-0 3 

4.876-0 3 

1,996-0 2 

I.99E-0 6 

3.70E - OS 

2.186-0 * 

e . 726-r.OS 

1,,146-0 7 

2.51E-0 7 

1.2*6-0 7 

1.916-0 7 

3 . 926-- 0 7 

1.916-0 4 

2.296-0 * 

4.156-0 4 

I.24E-0 * 

6.346-0 4 

2.586-0 3 

0.5 8 

1 . 4 

S . 7 

TESTES 

2.67E-0 8 

1 .956-0 3 

2.036-0 4 

1.826-0 5 

8.626-0 5 

4.02E-0 4 

2.166-0 5 

3.02E-0 S 

7.84E-0 S 

4.58E-0 4 

4.40E-0 3 

1 .88 ? ' •>.' 

1.99E-0 6 

3.TOE-O S 

2.186-0 4 

*,*2E--0-J I 

B.eeE-O B 

1 .S9E-0 7 

6.98E--0 9 

7.9*E*-Q 8 

2.63E-.0 7 

2.8IE-0 S 

6.62E-0 S 

2.S8E-0 * 

1 .236-0 4 

6.346-0 4 

2.586-0 3 

0.5 3 

1 . 4 

5'. 7 

THY MUS 

6.236-0 7 

2.85E-0 3 

1.016-0 3 

4.57E-0 4 

3.99E-0 4 

5 . 2 3E-0 4 

1.146-0 4 

1 .24E-0 4 

L23E-0 4 

2.I3E-0 3 

4.92F-0 3 

1 .916-0 2 

l.9«>E-0 6 

J . TIE-O S 

2.I8E-0 * 

1.426-0 7 

1.I.6E-0 7 

? .556-0 7 

2.216-0 7 

2.83E*r0 7 

4.I4E-0 7 

2.906-0 4 

3.086-0 4 

3.8*6-0 4 

1 .2*6-0 4 

6.34E-0 * 

2.S8E-0 3 

0.5 8 

1 . 4 

5 . 7 

THYROID 

2.I8E-0 7 

1.976-0 3 

2.87E-0 4 

9.40E-O S 

1 . 4 OF.-04 

4.36E-0 4 

2.9SE- 0 5 

•.09E-0 S 

8.44E-0 S 

8.226-0 4 

4.46F - P J 

LR6<?-0 2 

1.996-0 6 

3.70E-0 6 

2.I8P-0 * 

3,1*56-.08 

8«0*g-08 

I.TSETO T 

6.»aE-0 8 

I t J3E- 0 7 

2.99E-0 7 

7.S0E-O 5 

l.ltE-O * 

2.906-0 * 

I.24E-0 4 

6.34E-0 4 

2.586-0 3 

0.5 8 

1 . 4 

5 . 7 

UT6RUS 

6.786-0 8 

2.8 8 6-0 3 

8.556-0 4 

9.3SE-0 S 

I.7IE-0 4 

S.20E-0 * 

I.I6E-0 4 

1.136-0 * 

I.32E-0 4 

5.496-0 4 

4.S5E-0 3 

1.936-0 2 

I.99E-0 6 

S.TOE-rOS 

8,188.0* 

g,e»e-Q9 

e.ioe^ga 

I.77E-Q 7 

LT5E-0 B 

8.986-0 8 

2.9 1 E-0 7 

1.286-0 * 

I.64E-0 4 

3.4SE-0 4 

I.23E-0 4 

6.3*6-0 * 

2.38E-0 3 

0.5 8 

1 . 4 

S . 7 
TOTAL INHALATION DOSES 

ALPHA 0 a 20 

(REM/MICROCURIEI 

0 0 

NUCLI3E 

TL- 2 07 

TL-20 8 

TL-20 9 

PB-20 9 

"B-21 0 

"B-2I I 

"8-21 2 

PB-21 * 

BI-21 0 

41-21 1 

Bt-21 2 

BI-21 3 

<M-2I » 

PO-21 0 

PO-2I I 

P0-2I 2 

BO-21 3 

no-21 4 

PO-21 5 

<»0-216 

PO-21 8 

AT-21 7 

RN-21 9 

RN-22 0 

RN-22 2 

FR-22 1 

S O L 

w 

W 

w 

w 

w 

w 

w 

w 

w 

w 

w 

w 

w 

w 

o 

w 

0 

w 

0 

w 

0 

¥ 

r> 

w 

D 

W 

D 

W 

0 

0 

* 

* 

* 

o 

F l 

0.9 5 

0.9 5 

0 . 95 

8.00E-0 2 

8.00E-0 2 

8.006-0 2 

8.00E-0 2 

8.006-0 2 

5.00E-0 2 

S.OOE-0 2 

5.006-0 2 

5.006-0 2 

5.006-0 2 

1.006-0 1 

1.006-0 1 

I.OOE-O I 

I.OOE-O I 

I.OOE-O I 

I.OOE-O I 

I.OOE-O I 

1.006-0 1 

I.OOE-0 1 

1.006-0 1 

I.OOE-0 1 

I.OOE-O I 

I.OOE-0 1 

l.OOE-O I 

I.OOE-O I 

I.OOE-O I 

0.9 5 

0 . 0 

0 . 0 

0 . 0 

0.9 5 

AMAD 

1 . 0 

L O 

1 . 0 

1 . 0 

1 . 0 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

1 . 0 

1 . 0 

L O 

L O 

1 . 0 

1 . 0 

L O 

1 . 0 

1 . 0 

1 . 0 

L O 

4 * 4 

4 * 4 

4 4 * 

L O 

LUNGS 

7.4*E-0 S 

7.I6F-0 5 

6.6IE-0 5 

9.(56-0 * 

6 . 2 

0.1 * 

L B 

0.1 2 

1 . 0 

9.236-0 3 

0.2 7 

9.77E-0 3 

9.39F-0 2 

* e . 

1 . 0 

4.6*E-0 5 

4 . 636-0 5 

2.98E-I 1 

2.986-1 1 

3.926-1 0 

3.926-1 0 

t .406-0 8 

1.406-0 8 

2.6IE-0 7 

2.6IE-0 7 

I.84E-0 5 

1 .8*6-0 5 

2.49E-0 2 

2.29E-0 2 

2.66F-0 6 

9.14E-0 4 

2.I6E-0 3 

2.34E-0 3 

3.72E-0 2 

RES LYM 

7 

7 

t 

9 

1 

1 

S 

1 

3 

1 

1 

6 

1 

1 

3 

2 

1 

3 

3 

2 . 

9 

9 

9 

2 . 

2 

1 

7 

1 

2 

2 

1 

1 

446-0 5 

.166-0 5 

.6IF-0 S 

6 96-0 * 

096 0 2 

106-0 3 

1*6-0 2 

136-0 3 

1 . 7 

386-0 5 

596- 0 3 

S9E-0 3 

48E-0 * 

.79 6 0 2 

3 . 

.23E-I 0 

.246-0 9 

74E-2 * 

09E-2 1 

.4IE-1 3 

4IE-I 3 

53E-1 1 

98E-I 3 

02E-I 0 

02E-I 0 

02E-0 7 

02E- 0 7 

29E-0 4 

05E-0 4 

88E-0 8 

S4E-0 6 

• 96E-0 5 

22E-0 5 

65E-0 3 

S WALL 

6.40E-0 7 

2.35E-0 6 

1.9IE-0 6 

6.47E-0 5 

1 .206-0 3 

1.016-0 * 

2.00E-0 3 

1.026-0 * 

6.57E-0 * 

7.B3E-0 7 

2.I9E-0 4 

1 .O2E-0 4 

4.416-0 5 

2.226-0 3 

7.226-0 4 

2.36E-1 I 

1.586-1 0 

2.90E-2 4 

5.02E-2 3 

2.286-1 4 

2.28E-1 4 

3.406-1 6 

3.286-1 6 

8 . 3 IE-I I 

8 . 3 IE-1 1 

7.eee-0F 

7.896-0 9 

1.266-0 5 

2.84E-0 5 

1 .21E-0 9 

2.616-0 8 

2.30E-0 7 

1 .S5E-0 7 

6.S4E-0 S 

S I WALL 

2 

* 

1 

8 

2 

4 

3 

4 

1 

3 

1 

4 

1 

4 

1 

2 

2 

2 

3 

2 

2 

6 

5 

3 

3 

1 

1 

5 

1 

5 

1 

3 

•94E-0 8 

.186-0 7 

.096-0 6 

.396-0 3 

• 7*E-0 3 

.186-0 5 

.97E-0 3 

.63E-0 S 

.536-0 3 

.54E-0 8 

.3*E-0 * 

• 45E-0 S 

. 15E-0 5 

• 99E-0 3 

.626-0 3 

.«7E-1 2 

.•9E-I 2 

.2IE-3 4 

.82E-3 3 

.956-1 * 

.956-1 * 

.476-1 6 

.926-1 6 

• 44E-I I 

.4*6-1 1 

.566-0 8 

,566-0 8 

.636-0 6 

.156-0 3 

,276-1 0 

,036-0 8 

.69E-0 7 

5.24E-0 8 

1.20E-0 S 

U L I WALL 

2 

3 

1 

1 

1 

1 

1 

1 

8 

5 

8 

2 

* 

2 

9 

3 

3 

1 

2 

4 

4 

3 

3 

1 

1 

S 

5 

2 

* 

3 

* 

I 

3 

6 

.016-0 9 

.226-0 7 

.696-0 6 

.34E-0 4 

.56E-0 2 

.TOE-0 5 

•28E-0 2 

•9IE-0 S 

.47E-0 3 

.•OE-0 9 

.7IE-0 S 

.996-O S 

.2*6-0 6 

.93E-0 2 

.506-0 3 

.266-1 2 

.27E-I 2 

.23E-4 4 

.I3E-4 3 

• 7IE-1 * 

.7IE-I * 

.65E-I S 

,336-1 5 

• 40E-I I 

,406-1 1 

,036-0 8 

.03E-0 8 

,366-0 6 

.836-0 6 

.5SE-I 0 

,*2E-0 9 

.I4E-0 6 

.086-0 8 

,476-0 6 

L L I WALL 

L78E-I 0 

I.I8E-0 7 

7.79E-0 7 

6.67E-0 S 

4.70E-0 2 

1 .86E-0 6 

1 .49E-0 2 

2.79E-0 6 

2 . 2 86-0 2 

1 .346-0 9 

I.65E-0 5 

6.20E-0 6 

8.43E-0 7 

8.79E-0 2 

2.85E-0 2 

7.I8E-I 3 

7.2IE-I 3 

L89E-5 S 

3.26E-S 4 

2.35E-I 4 

2.3SE-I 4 

1.096-1 * 

9.94E-1 5 

1.5*6-1 2 

1.546-1 2 

S.856-0 8 

S.85E-0 8 

3.66E-0 7 

6.83E-0 7 

7.53E-I 1 

S.SIF-I O 

1.32E-0 6 

6.86E-0 9 

1.336-0 6 

T BODV 

I.IOE-0 6 

2.266-0 6 

1.596-0 6 

I.S7E-0 5 

3 . 5 

2 . 066-0 3 

2 . 93E-0 2 

1.8IE-0 3 

2 . 54E-0 2 

1.3*6-0 * 

4.23E-0 3 

I.6SE-0 * 

l.*5E-0 3 

1 . 3 

2 . 1 

6.63E-0 7 

6.63E-0 7 

4.26E-I 3 

4.26E- I 3 

S.6IE-I 2 

5.616-1 2 

2.016-1 0 

2 . 01 E- 1 0 

3 . 87E-0 9 

3 . 87E-0 9 

2.87E-0 7 

2.87E-0 7 

3.89E-0 4 

3 . 75E-0 4 

3.826-0 8 

1.316-0 5 

3 . I3E-0 5 

3.39E-0 5 

5.94E-0 4 

ADREN 

5 

1 

1 

8 

0 

3 

1 

1 

A 

2 

3 

3 

9 

0 

7 

2 

2 

6 

a 

a 

t 

I 

3 

3 

8 

a 

2 

4 

* 

1 

1 

3 . 

1 . 

.396-0 8 

.726-0 6 

•016-0 6 

.906-0 8 

. 6 7 

• 21F-0 S 

.836-0 3 

.186-0 4 

• 68E-0 3 

.006-0 6 

.326-0 4 

.616-0 5 

.716-0 5 

. 8 0 

» . 6 

.946-1 1 

.186-1 0 

.106-2 3 

.96E-2 3 

I9E-1 7 

196-1 7 

.SSE-I 3 

89E-1 3 

796-1 t 

,796-1 1 

• 68E-0 9 

70E-0 9 

,4IE-0 S 

.57E-0 5 

66E-I 0 

80E-0 8 

37E-0 7 

35E-0 7 

05E-0 * 

BL WALL 

2.S8E-0 8 

1.57E-0 7 

7.12E-0 8 

4 . 4 5E-0 8 

0.3 3 

I.57E-0 5 

9.32E-0 * 

S.SOE-0 5 

• •33E-0 3 

9.93E-0 7 

1.606-0 * 

8.3*6-0 6 

4.576-0 5 

0.4 0 

1 . 3 

3.066-1 1 

9.966-1 1 

I.05E-2 3 

3.48E-2 3 

4.07E-1 7 

4.07E-1 7 

7.766-1 4 

9.426-1 4 

1.876-1 1 

I.87E-I I 

4.39E-0 9 

4.40E-0 9 

1.ISE-0 5 

2.2«E-0 5 

1.206-1 0 

7.73E-0 9 

5.59E-0 8 

1.36E-0 7 

5.18E-0 S 

KI3NEYS 

2.6IE-0 7 

I.I2E-0 6 

9 . 06E- 0 7 

2.516-0 6 

3 . 3 

2.1*6-0 3 

0.1 3 

8.60E-0 3 

0.8 3 

I.73E-0 4 

3.68E-0 2 

I.25E-0 3 

8.52E-0 3 

1 4 . 

4 6 . 

L08F-0 9 

3.56E-0 9 

3 . 78E- 2 2 

I . 256- 2 1 

a.016-1 5 

a.OI*--I S 

7.736-1 3 

1.376-1 2 

3.436-0 9 

3.«3E-0 9 

7.076-0 7 

7.07E-0 7 

I.27E-0 3 

I.S5E-0 3 

l.*6E-0 8 

I.39E-0 6 

a.tiE-oe 

1.376-0 5 

2.0IE-0 4 

LIVE R 

S.296-0 8 

2.30E-0 6 

1.256-0 6 

7.416-0 7 

3 . 1 

5.526-0 5 

8.786-0 3 

1.3 6 6-0 4 

2.386-0 2 

1.996-0 6 

3.326-0 * 

3.6 0 E-OS 

9.89E-0 5 

2 . S 

8 . 0 

2.0*E-I 0 

6.326-1 0 

6.5 0 6-2 3 

2.156-2 2 

2.886-1 3 

2.886-1 5 

7 . 17 £-1 3 

8.20E-1 3 

6.35E-I 0 

6.35E-I 0 

I.03E-0 7 

1.03E-0 7 

I.07E-0 4 

1.69E-0 4 

4.65E-I 0 

2.83E-0 7 

1.5 5 E-0 6 

I.35E-0 6 

l.OSE-0 4 
P.42 

HALATION DOSES 

HA 0 a 20 

MICROCURIEI 

AL IN 

ALP 

(REM/ 

101 

UTERUS 

O 

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a 

X 

p . 

3 

X 

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X 

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8 

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r-j M cy nj <M (NJ (M N « 

38 
CO 

NUCLIDE 

RA-22 3 

RA-22 4 

RA-22 5 

PA-22 6 

RA-22 8 

AC-22 3 

AC-22 7 

AC-22 8 

TH-22 7 

TH-2 2 3 

TH-22 9 

TH-23 0 

TH-23 1 

TH-23 2 

TH-23 4 

"A-23 1 

RA-23 3 

PA-234 M 

PA-23 4 

U-23 2 

S O L 

W 

w 

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Y 

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0.2 0 

0.2 0 

0.2 0 

0.2 0 

0.2 0 

I.OOE-0 3 

I.OOE-0 3 

1.006-0 3 

I.OOE-0 3 

1.006-0 3 

1.006-0 3 

2.006-:0 4 

2.006-0 4 

2.00F-0 4 

2.006-0 * 

2.00E-0 * 

2.006-0 * 

2.006-0 * 

2.00E-0 * 

2.00E-0 * 

2.OOE-0 4 

2.OOE-0 4 

2.OOE-0 4 

2.OOE-0 4 

2.OOE-0 4 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

1.006-0 3 

I.OOE-0 3 

1.006-0 3 

1.006-0 3 

1.006-0 3 

2.006-0 3 

5.006-0 2 

5 . OOE-02 

AMAD 

L O 

L O 

L O 

L O 

L O 

1 . 0 

1 . 0 

L O 

L O 

L O 

1 . 0 

L O 

L O 

L O 

L O 

L O 

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1 . 0 

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1 . 0 

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LUNGS 

4 6 . 

8 . 8 

2 9 . 

S 6 . 

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4 9 . 

• 3 . 

1 .03 6 

a *. 

0.2 4 

4.29E -

6 9 . 

S 3 . 

7.I6 E 

1 .17 6 

I.23 E 

I.I6 E 

S.26E 

5 4 . 

4.I6E -

3.91E -

4.54 E 

4 7 . 

0.2 4 

0.1 8 

5.94 E 

sa. 

6.22E -

4.43E -

3.ISE -

3.136 -

S.23E4.89E -

8.87 6 

6 7 . 

l . l 

0 3 

- 0 2 

0 2 

0 2 

0 3 

0 2 

0 2 

- 0 3 

- 0 3 

0 2 

0 2 

- 0 2 

- 0 2 

- 0 5 

- O S 

- 0 3 

- 0 3 

0 2 

RES LYM 

E 7 . 

6 . 6 

' 79 . 

2.99 E 

1.66 E 

1 7 . 

3 6 . 

1 .25 6 

1 .50 6 

8 . 7 

0.5 1 

1 . 2 36 

1 .68 6 

2.S9 E 

I .50 E 

1.42 6 

t .25 6 

3.76 6 

2.9I E 

9.24E -

».I5E -

3.50 6 

2.S4 6 

0.4 2 

0.4 6 

7.13 6 

3.2I E 

0.1 2 

0.1 1 

3 . I5E3.I3E -

S.2SE -

4.936 -

1.47 6 

5.05 E 

1 9 . 

0 2 

0 2 

OS 

0 3 

0 2 

0 2 

0 4 

0 3 

0 5 

0 3 

0 4 

0 2 

- 0 3 

- 0 3 

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0 2 

0 4 

0 2 

- 0 5 

- O S 

- 0 3 

- 0 3 

0 5 

0 2 

S 

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7 . 

8 . 

1 . 

1 . 

2 . 

3 . 

8 . 

8 . 

9 . 

7 . 

6 . 

5 . 

5 . 

8 . 

1 . 

TOTAL INHALATION OOSES 

ALPHA O a 2 0 

(REM/MICROCURIEI 

WALL S I KALI 

09E-0 2 2.2IE-0 2 0 

666-0 3 I.47E-0 2 8 

02E-0 3 5.376-0 3 3 

816-0 3 7.47E-0 3 « 

586-0 3 I.226-0 2 3 

846-0 2 2.22E-0 2 0 

76E-02* 2.09E-0 2 0 

316-0 2 0.1 1 O 

556-0 2 4.I4E-0 2 I 

466-0 4 7.27E-0 * I 

56E-0 4 S.6IE-0 4 I 

25E-0 3 I.316-0 2 7 

82E-0 3 1.17E-0 2 6 

236-0 2 0.1 9 

20E-0 2 4.38E-0 2 O 

I S 0.1 2 0 

34E-0 2 0.1 1 0 

67E-0 3 6.I8E-0 3 3 

74E-0 3 5.89E-0 3 3 

42E-0 * 5.6IE-0 * 2 

OSE-0 * 4.75E-0 4 I 

64E-0 3 1.126-0 2 4 

756-0 3 1. 4 2E-0 2 3 

86E-0 3 4.S4E-0 3 2 

71E-0 3 V.I8E-0 3 2 

506-0 2 2.666-0 2 7 

9IE-0 2 4.34E-0 2 8 

88E-0 4 I.42E-0 3 6 

73E-0 4 1.436-0 3 5 

SSE-0 8 5.87E-0 9 8 

49E-0 8 4.98E-0 9 7 

33E-0 4 I.006-0 3 2 

41E-0 4 8.336-0 * I 

586-0 2 7.566-0 2 O 

5*6-0 3 1.296-0 2 * 

86E-0 2 2.08E-0 2 2 

L I WALL 

. 1 3 

.836-0 2 

.356-0 2 

.426-0 2 

.366-0 2 

. 1 * 

. 1 3 

. 6 0 

.006-0 1 

.776-0 3 

.2*6-0 3 

.986-0 2 

•86E-0 2 

l . l 

. 2 3 

. 5 2 

. 1 8 

.5IE-0 2 

.156-0 2 

• 33E-0 3 

•97E-0 3 

•02E-0 2 

.586-0 2 

.626-0 2 

.416-0 2 

.506-0 2 

.026-0 2 

.256-0 3 

.936-0 3 

•49E-0 9 

•20E-0 9 

.07E-0 3 

•T1E-0 3 

. 3 9 

.72E-0 2 

.916-0 2 

L L I WALL 

0.3 6 

0.2 5 

0.1 2 

0.1 8 

6.99E -

0.4 0 

0.3 6 

1 . 8 

0.2 2 

2.07E -

1 . 1 26 -

0.2 6 

0.2 2 

2 . 9 

0.7 1 

1 . 4 

0.3 9 

0.1 0 

9.35E -

4.I5E -

3.516 -

0 . 1 1 

9.236 -

7.646 -

7.03E -

0 . 1 7 

O.I 3 

L75E -

1.626 -

6.24E -

S.25E -

1.616 -

I.32E -

1 . 1 

0.1 3 

5.I2E -

- 0 2 

- 0 3 

- 0 3 

- 0 2 

0 3 

- 0 3 

- 0 2 

0 2 

- 0 2 

- 0 2 

- 0 2 

• 0 9 

- 0 9 

- 0 3 

0 3 

• 0 2 

T BODY 

0.8 6 

0.1 3 

0.6 * 

4 . 7 

2 . 5 

0.7 4 

0.9 4 

I.01 E 

I.62 E 

6 . 78E8 . 4 9El . l 

1 . 2 

1 9 . 

2 2 . 

I.07 E 

I.42 F 

3 8 . 

5 6 . 

I.OIE -

I.2IE -

3 8 . 

5 9 . 

3.9IE -

4 . S6EI.38 E 

2.6I E 

1.3IE -

1 . 566 -

4 . S3E4.53E -

2 . 1 OE2.IIE -

5 3 . 

7 . 6 

2 0 . 

0 2 

0 2 

• 0 3 

0 3 

0 2 

0 2 

0 4 

0 4 

0 3 

0 3 

0 2 

0 2 

0 3 

0 3 

0 7 

0 7 

0 4 

0 4 

AOREN 

0.2 2 

6.266 -

0.2 3 

0.6 7 

0.S 5 

2.756 -

5.746 -

6 . S 

1 4 . 

4.39E -

1.126 -

5.236 -

0.1 3 

0.8 6 

2 . S 

*.* 

* . 6 

l . l 

2. a 

7.07E -

1 .6*6 -

l . l 

2 . * 

9.HE -

6.616 -

1 2 . 

2 7 . 

5.64E -

7.84E -

4.12E -

4.706 -

1.726 -

I.87E -

i . a 

0.1 9 

0.3 0 

- 0 2 

- 0 2 

- 0 2 

- 0 4 

- 0 3 

- 0 2 

0 6 

0 5 

OS 

0 4 

0 4 

0 4 

0 9 

0 9 

0 4 

0 4 

BL WALL 

0.1 1 

3.I6E-0 2 

0 . 1 1 

0.3 3 

0.2 7 

1.40E-0 2 

2.896-0 2 

3 . 3 

6 . 8 

2.1IE-0 4 

5.44E-0 4 

2.616-0 2 

t.69E-0 2 

0.4 3 

1 . 2 

2 . 2 

2 . 3 

0.5 7 

1 . 4 

S.40E-0 6 

9.72E-0 6 

0.5 5 

1 . 2 

3.25E-0 S 

3.23E-0 4 

6 . 1 

1 3 . 

1.44E-0 4 

2.02E-0 * 

4.1*6-1 0 

7.166-1 0 

6.98E-0 5 

6.27E-0 5 

0.8 9 

9.66E-0 2 

0.1 6 

MONEYS 

0.2 5 

8.326-0 2 

0.2 9 

0.6 6 

O.S * 

7.706- 0 2 

0.7 7 

9 1 . 

2.46 E 0 2 

7.«*E-0 » 

4.5IE-0 3 

S. 3 06- 0 2 

0 . 1 3 

1 . 3 

2 . * 

4 . 7 

4 . 4 

l . l 

2 . 6 

I.64E-0 5 

2.746-0 5 

l . l 

2 . 3 

5.73E-0 S 

6.0*6-0 * 

1.92 E 0 2 

4.41 E 0 2 

3.22E-0 4 

1.596-0 3 

2.36E-0 9 

1.076- 0 8 

I . 2 3E-0 * 

I.S5E-0 * 

5 . 8 

9 . 7 

3 2 . 

LIVE R 

0.2 3 

6.69E-0 2 

0.7 3 

0.6 6 

0.7 S 

0.3 6 

S . 7 

6.94 E 

I.9I E 

2.456 -

0 2 

0 3 

- 0 3 

3.08E-0 2 

7.20E -

0.« 9 

2 . S 

1 2 . 

I S . 

2 2 . 

S . S 

1 3 . 

1.0 9 6-

1.7 2 6-

4 . 9 

1 1 . 

2.166 -

2.94E -

I.49 E 

3.43 E 

I . 1 1 6-

I.01E -

7.8IE -

7.I2E -

2.036 -

«.*6E -

4 . 5 

0.1 7 

0.2 9 

- 0 2 

- 0 4 

• 0 4 

0 4 

- 0 3 

0 3 

0 3 

0 3 

- 0 2 

0 9 

0 8 

0 4 

0 4 
.J> 

o 

TOTAL INHALATION DOSES 

ALPHA 0 = 2 0 

(REM/MICROCURIEI 

4UCLIDE SOL F l AMAD OVARIES PANCREAS BONE R MAR V MAR ENIIIISI SPLEEN TESTES THYMUS THYROID UTERUS 

1A-22 3 - 0.2 0 1. 0 0.2 2 ,0.2 2 0.9 6 1. 0 3.2 2 7. 5 0.2 2 0.2 2 0.2 2 0.2 2 0.2 2 

4A-22 4 • 0.2 0 1. 0 6. 1 IE-0 2 6.26E-0 2 0.3 0 0.3 1 6.266-0 2 2. 5 6.3SE-C 2 6.03E-0 2 6.26E-0 2 6.2SE-0 2 6.29C-0 2 

14-22 5 W 0.2 0 1. 0 0.2 * 0.2 3 l. l l. l 0.2 3 8. 8 0.2 3 0.2 * 0.2 3 3.2 3 0.2 3 

IA-22 6 W 0.2 0 1. 0 0.6 7 0.6 7 «9 . 2. 5 0.6 7 23 . C.6 6 0.6 6 0.6 6 0.6 6 3.6 6 

RA-22 8 b 0.2 0 1. 0 0.5 4 0.5 5 29 . 1. 7 0.5 5 14 . 0.5 4 0.5 4 0.5 5 0.5 4 0.5 * 

• C-22 5 Y I.00E-C 3 1. 0 4.35E-0 2 2.816-0 2 O.I S 0.1 5 2.666-0 2 1. 2 2.75E-C 2 3.72E-0 2 2.9IE-0 2 2.78E-0 2 2.706-0 2 

• I.OOE-03 1.0 0.2S S.77E-02 2. 1 1.8 S.62E-02 17 . 5.C6E-02 0.25 S.79E-02 8.236-0 2 S.6IE-0 2 

AC-227 Y I.OOE-03 1.0 3*. 6.S S.37E 02 4.SOE 02 6. 5 4.47E 03 6. 5 35 . 6. 5 6. 5 6. 5 

- 1.006-03 1.0 91 . 14. I.46E 03 1.226 03 1* . I.22E 0* 13. 91 . I* . 14 . 14. 

tC-226 Y 1.306-03 1.0 5.25E-04 4.6IE-0 4 1.576-02 1.34E-02 4.04E-0 4 0.14 4.3SE-04 4.35E-0 * 4.79E-0 4 3.99E-04 4.22E-0 4 

« I.OOE-03 L O 2.126-0 3 I.IJ6-0 3 8.93E-02 7.506-0 2 I.08E-0 3 0.81 1.066-03 2.05E-0 3 1.1*6-0 3 I.07E-0 3 1.096-03 

IH-22 7 Y 2.006-0 4 1.0 5.186-0 2 S.236-02 0.48 0.45 S.2IE-0 2 3. 9 5.I9E-0 2 S.I5E-0 2 S.2SE-02 5.206-0 2 5.206-0 2 

W 2.10E-04 1.0 0.13 O.I J S.3 4. 5 0.1 3 4*. 0.1 3 

TH-228 V 2.OOE-04 1.0 3.83 0.86 4* . 37 . 0.B6 4.OIF 02 0.2 5 

. 2.OOE-04 1.0 2.3 2. 5 2.S3E 02. 2.I2E 02 2. 5 2.3I E 03 2. 4 

TH-229 Y 2.OOE-04 1.0 «.3 4.4 7.9IE 02 6.59E 02 4. 4 , 7.826 03 4. 2 

W 2.OOE-04 1.0 4.3 4. 3 1.926 03 I.S9E 03 4. 8 I.90E 04 4. 2 

IH-230 V 2.00E-04 1.0 l. l l. l 3.06E 02 2.5* 6 02 l. l 3.986 03 l. l 

- 2 . DOE-04 1.0 2. 6 2. 8 7.53E 02 6.23E 02 2. 8 • 9.78E 03 2. 8 

IH-231 Y 2.OOE-04 1.0 3.326-0 5 8.6IE-0 6 8.72E-0S 7. 59E-05 9.03E-0 6 7.3JE-04 7.e5E-06 6.476-0 6 9.37E-0 6 3.03E-0 6 9.396-0 6 

W 2.OOE-04 1.0 3.9IC-0 5 I.78E-0S 3-976-0 * 2.536-0 * 2.416-0 5 2.656-0 3 1.656-0 * I.63E-0 5 1.876-05 1.2*6-0 5 I.79E-0S 

TH-232 Y 2.00E-0 * 1.0 l. l l. l 3.27E 02 2.716 02 l. l 4.53E 03 l. l L l l. l l. l L l 

W 2.OOE-04 1.0 2.3 2.4 7.89E 02 6.S3E 02 2. 4 I.IOE 04 2. 3 2. 3 2. 4 2.4 2.4 

TH-234 Y 2.006-04 1.0 8.346-0 5 9.27E-0S 9.67E-04 4.116-0 4 7.436-0 5 7.3SE-04 8 . 7IE-C5 3.S3E-0S L27E-0 4 S.77E-0S 5.61E-0 5 

. 2.OOE-04 1.0 6.26E-04 A.586-0 4 I . 716-02 6. 60E-03 6.S0E-04 1.296-02 6.SIE-C4 S.76E-04 6.806-0 4 6.266.-04 6.326-0 * 

->4-23l Y I.OOE-03 1.0 77 . 12. 9.S9E 02 8.086 02 12 . 9.366 03 12. 77. 12. 12 . 12. 

W I.OOE-03 1.0 1.79E 02 26 . 2.I9E 03 1.84E 03 27 . 2.I6E 04 26 . 1.79E 02 26 . 26 . 26. 

'A-233 Y I.OOE-03 1.0 4.80E-04 6.I0E-0 4 4.69E-04 4.726-0 4 3.26E-0 * 4.196-0 4 5.096-0 4 6.I2E-0 S 8.34E-0 4 2.076-0 4 2.016-0 4 

W I.OOE-03 1.0 8.326-0 4 7.74E-04 3.30E-03 1.176-03 5.7SE-04 2.476-0 3 S. 206-04 4.23E-0 * 7.35E-04 2.59E-0 4 3.0IE-0 4 

•>A-234M Y I.OOE-03 1.0 1.336-39 4.I6E-0 9 2.976-0 9 2.826-0 9 1.916-0 9 2.686-0 9 3.89E-0 9 2.766-1 0 6.95E-0 9 2.316-0 9 7.29E-I 0 

W I.OOE-03 1.0 3.836-1.9 4.67E-09 2.396-0 8 I . 116-08 2.47E-0 9 I.8SE-0 8 4.36E-0S 2.94E-0 9 7.39E-09 2.8IE-0 9 LI9E-0 9 

>A-234 Y I.OOE-03 1.0 2.446-0 * 2.23F-0 * 8.59E-0S I . 36E-0* 9.26E-0S 8.516-0 5 1.826-04 I.93E-0S 2.53E-0 4 7.89F.-05 I.38E-0 4 

W I.OOE-03 1.0 2.156-0 4 2.2*6-0 * I.49E-0 4 1.516-04 I.03E-0 4 1.346-04 I.156-0 * 2.8IE-0 5 2.456-0 4 7.93E-0S I.22F-0 * 

J-232 V 2.006-0 3 1.0 1.8 1.8 I.I2E 02 88. l.S 9.54E 02 1.7 l.S l.S 1.8 1.8 

• 5. OOE-02 1.0 0.19 0.19 90 . 57 . 0.19 6.296 02 0.1 8 0.1 9 0.1 9 0.1 9 0.1 9 

O S.00E-02 1.0 0.28 0.30 2.79E 02 1 . 72E 02 0.31 1.916 03 0.28 0.28 0.3 0 0.30 0.30 

0.1 3 

0.81 

2 . 3 

4 . 3 

4 . 3 

1 .1 

2 . 6 

0.13 

0.87 

2 . 5 

4 . 4 

4 . 5 

1 . 1 

2 . a 

0 . 13 

0.8 6 

2 . 5 

4 . 2 

4 . 3 

1.1 

2 . a 

0.1 3 

0.8 6 

2 . 5 

4 . 3 

« . S 

l . l 

2 . fl 
TDTAL INHALATION D0S6S 

ALPHA O a 20 

IPEM/MICPOCUPIE) 

NUCLIDE 

U-233 

U-234 

U-23S 

U-236 

U-237 

U-238 

U-240 

1P-237 

NP-238 

NP-239 

NP-240M 

NP-240 

PU-236 

••U-238 

SOL 

Y 

W 

0 

Y 

W 

0 

Y 

W 

0 

Y 

W 

0 

Y 

m 

0 . 

Y 

W 

0 

Y 

W 

D 

Y 

W 

Y 

W 

Y 

W 

Y 

-

Y 

W 

Y 

W 

V 

w 

F l 

2.00E-0 3 

5.006-0 2 

5.006-0 2 

2.006-0 3 

S.00E-0 2 

S.OOE-0 2 

2.00E-0 3 

5.00E-0 2 

S.OOE-0 2 

2.006-0 3 

5.006-0 2 

5.006-0 2 

2.006-0 3 

S.OOE-0 2 

S.OOE-0 2 

2.006-0 3 

5.006-0 2 

5.006-0 2 

2.006-0 3 

5.006-0 2 

S.OOE-0 2 

1.006-0 3 

I.OOE-0 3 

I.OOE-0 3 

1.006-0 3 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

1.00E-0 3 

t.OOE-0 3 

I.OOE-0 3 

3.006-0 5 

3.OOE-OS 

3 . OOE-OS 

3.OOE-OS 

AMAD 

L O 

L O 

L O 

1 . 0 

1 . 0 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

1 . 0 

1 . 0 

L O 

1 . 0 

L O 

L O 

L O 

L O 

L O 

1 . 0 

L O 

1 . 0 

L O 

L O 

L O 

L O 

1 . 0 

1 . 0 

L O 

L O 

1 . 0 

L O 

LUNGS 

5.42 6 

S 6 . 

0.9 5 

S.36E 

SSi 

0.9 4 

4.84 E 

5 0 . 

0.8 5 

5.06 E 

5 2 . 

0.8 9 

I.7IE -

1 .S5E2.03F -

4.80 E 

,*9 . ' 

0.8 3 

1 .27E -

1 .186 -

4.71F -

S.69E 

5 9 . 

4.00E -

1.326 -

1.036 -

9.73E -

1.606 -

I.54E -

1.116 * 

1.026 -

4.45 6 

6 4 . 

6.08 6 

6 4 . 

0 2 

0 2 ; 

-" 

02 

02 

-02 

- 0 2 

- 0 3 

0 2 

-02 

- 0 2 

- 0 3 

02 

-02 

- 0 2 

- 0 2 

- 0 3 

- 0 4 

- 0 4 

- 0 3 

- 0 3 

0 2 

02 

R6S LYM 

3.87 6 

3.00 6 

1 2 . 

.3.84 6 

2.97 6 

1 2 . 

3.45 E 

2.67 E 

1 1 . 

3.62 E 

2.80 6 

1 1 . 

1.996 -

2.296 -

2.02E -

3.«0 E 

2.64 6 

I I . 

2.1*6 * 

1.216 -

3.22F -

4.0S E 

3.I4 E 

1 . 9 

2.836 -

1.866 -

1 .126 -

2.486 -

1 .546 -

1 .876 -

I .026 -

1 . 136 

3.28 E 

3.90 6 

3.41 6 

04 

0 2 

04 

0 2 

04 

0 2 

04 

02 

- 0 2 

- 0 2 

- 0 2 

04 

0 2 

- 0 2 

- 0 2 

- 0 2 

0 4 

0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 4 

- 0 4 

- 0 3 

- 0 3 

04 

0 2 

04 

02 

S WALL 

3.866-0 3 

6.20E-0 3 

1.42E-0 2 

3.83E-0 3 

6.1SE-0 3 

l.*0E-0 2 

2.48E-0 2 

7.846-0 3 

1.425-0 2 

3.836-0 3 

6.476-0 3 

I.S5E-0 2 

5.076-0 4 

4.616-0 4 

2.316-0 4 

8.966-0 3 

6.1SE-0 3 

1.266-0 2 

9.49E-0 4 

7.94E-0 4 

5.38E-0 4 

4.74E-0 2 

7.93E-0 2 

7.40E-0 4 

6.71E-0 4 

5.19E-0 4 

4.59E-0 * 

3.07E-0 6 

2.48E-0 6 

9.03E-0 S 

7.4IE-0 5 

3.45E-0 3 

2.90E-0 3 

2.90E-0 3 

2.776-0 3 

S I WALL 

7 

9 

I 

7 

9 

1 

2 

1 

1 

7 . 

9 

t 

1 

9 . 

4 

1 

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1 . 

1 . 

1 . 

1 . 

4 . 

a. 

I 

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l . 

i . 

3 . 

3 

5 

4 . 

7 , 

6 . 

7 . 

6 . 

,456-0 3 

,146-0 3 

.51E-0 2 

4 1E-0 3 

086-0 3 

.49E-0 2 

.77E-0 2 

186-0 2 

.S6E-0 2 

2IE-0 3 

23E-0 3 

.6 3E-0 2 

I 3E-0 3 

65E-0 4 

54E-0 4 

7*6-0 2 

696-0 3 

34E-0 2 

966-0 3 

586-0 3 

14E-0 3 

19E-0 2 

246-0 2 

6 36-0 3 

•3E-0 3 

20E-0 3 

0*E-0 3 

6*E-0 T 

.I2E-0 T 

57E-0 5 

516-0 3 

396-0 3 

73E-0 3 

016-0 3 

• 36-0 3 

U L I WALL 

3 

3 

2 

3 

3 

2 

0 

4 

2 

3 

3 

2 

3 

« 

I 

9 

3 

2 

6 

5 

3 

9 

0 

5 

S 

5 

* 

I 

1 

* 

3 

4 

3 

4 

3 , 

.696-0 2 

.39E-0 2 

.27E-0 2 

.686-0 2 

.396-0 2 

.256-0 2 

• 12 

.376-0 2 

,326-0 2 

.516-0 2 

.276-0 2 

.356-0 2 

,0*6-0 3 

.2*6-0 3 

.76E-0 3 

.5OE-0 2 

.96E-0 2 

,0«E-0 2 

.7IE-0 3 

.38E-0 3 

.77E-0 3 

,«*E-0 2 

, 1 3 

.96E-0 3 

.1SE-0 3 

.22E-0 3 

• SOE-0 3 

.506-0 7 

,556-0 7 

.2IE-0 S 

,»8E-0 5 

.26E-0 2 

79E-0 2 

.09E-0 2 

66E-0 2 

L L ! WALL 

0.1 1 

9.426-0 2 

4.I2E-0 2 

0.1 1 

9.4IE-0 2 

4.I0E-0 2 

0.2 5 

0.1 1 

4.36E-0 2 

0.1 0 

8.92E-0 2 

4.08E-0 2 

1 .336-0 2 

l.lIE-0 2 

4.50E-0 3 

0.2 8 

0 . 1 1 

3.8IE-0 2 

9.12E-0 3 

7.30E-0 3 

S.10E-0 3 

0.1 8 

0.1 6 

I . 2 6E-0 2 

1.08E-0 2 

1 . 1 86-0 2 

I.01E-0 2 

2.986-0 8 

3.79E-0 8 

8.92E-0 6 

7.76E-0 6 

0.1 3 

0 . 1 1 

0.1 2 

O .t 1 

T BOOY 

1 7 . 

2 . 6 

5 . 7 

1 6 . 

2 . 5 

S . 6 

1 5 . 

2 . 3 

5 . 1 

1 6 . 

2 . 4 

5 . 3 

4.0SE-0 4 

4 . 106-

3.236 -

1 5 . 

2 . 3 

S .O 

• 0 4 

• 0 * 

2.976-0 4 

3 . 106-

3 . 066 -

6 6 . 

I.22 E 

3.496 -

7.506 -

2.796 -

3.276 -

2 . 776 -

2.946 -

2 . 97E3 . I SE1 2 . 

1 5 . 

6 0 . 

I.II E 

0 * 

• 0 * 

0 2 

0 3 

• 0 3 

0 * 

04 

0 6 

0 6 

OS 

OS 

0 2 

A0R6N 

1.646-0 2 

4.696-0 2 

0.1 6 

1.626-0 2 

4.646-0 2 

0.1 5 

3.286-0 2 

4.396-0 2 

0.1 4 

I.SSE-0 2 

*.*3E-0 2 

0.1 5 

I.4IE-0 * 

1 .696-0 * 

2.35E-0 * 

I.69E-0 2 

•.186-0 2 

0.1 * 

S.58E-0 S 

8.39E-0 5 

1.63E-0 4 

5 . 9 

I S . 

6.4SE-0 4 

I.3IE-0 3 

8 . 1 IE-O S 

I.04E-0 4 

6.6IE-0 7 

7.17E-0 7 

2.I9E-0 S 

2.32E-0 S 

0.3 4 

1 . 5 

S . l 

1 3 . 

BL WALL 

8.88E-0 3 

2.55E-0 2 

8.48E-0 2 

9.77E-0 3 

2.52E-0 2 

8.38E-0 2 

8.67E-0 3 

2.3*E-0 2 

7 . 72E-0 2 

3.50E-0 3 

2.«*E-0 2 

8.I2E-0 2 

9.176-0 3 

9.436-0 5 

1 . I9E-0 4 

8.28E-0 3 

2.266-0 2 

7.46E-0 2 

3.73E-0 S 

4.96E-0 5 

1.07E-0 4 

2 . 9 

7 . 2 

3.S2E-0 4 

6.76E-0 * 

7.28E-0 S 

6.97E-0 5 

3.63E-0 8 

6.60E-0 8 

1.99E-0 6 

2.38E-0 6 

0.1 7 

0.7 6 

2 . 5 

6 . 5 

KIDNEYS 

1 . 7 

3 . 0 

1 7 . 

1 . 7 

4 . 9 

1 6 . 

1 . 5 

4 . 4 

1 5 . 

1 . 6 

4 . 6 

1 5 . 

I.6IE -

I.75E -

- 0 * 

- 0 3 

8.326-0 3 

l . S 

4 . 4 

1 5 . 

1.416 -

1.536 -

6.586 -

1.02 6 

2.SI E 

4 . 77El.*7E -

8.036 -

2.32E -

5.23E -

1 .126 -

I.29E -

2.126 -

6 . 6 

3 2 . 

9 0 . 

2.30 6 

- 0 * 

- 0 3 

- 0 3 

0 2 

0 2 

- 0 3 

- 0 2 

- 0 5 

-0 4 

-0 7 

- 0 6 

-OS 

-OS 

0 2 

LIVE R 

1.556-0 2 

4.44E-0 2 

O.I S 

1.62E-0 2 

4.C4E-0 2 

0.1 5 

3.1 6 6-0 2 

4.126-0 2 

0.1 3 

I.SSE-0 2 

4.43E-0 2 

0.1 5 

I.47E-0 * 

1.616-0 * 

1.766-0 * 

1.76E-0 2 

4.02E-0 2 

0.1 3 

2.2*6-0 * 

3.75E-0 4 

2.9*6-0 4 

7.89 E 02 

1.9* 6 0 3 

3.6 0 6-0 2 

O .t 1 

2.9*6-0 * 

I.43E-0 3 

2.«7E-0 6 

7.00E-0 6 

3 . 9 0 E- OS 

I.OIE-0 4 

5 0 . 

2.47 E 02 

7.00 E 02 

I.79 E 03 
P.46 

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42 
TOTAL INHALATION DOSES 

ALPHA O a 2 0 

(REM/MICROCURIEI 

NUCLID6 

PU-23 9 

PU-2* 2 

"U- 2 4T 

AM-241 

AM-242M 

CO 

CM-24 3 

CM-244 

CM-24 6 

CM-24 7 

SOL 

Y 

W 

Y 

W 

Y 

W 

Y 

W 

V 

» 

V 

w 

Y 

w 

Y . 

W 

V 

w 

Y 

W 

Y 

W 

Y 

W 

Y 

W 

Y 

W 

Y 

W 

V 

w 

V 

w 

Y 

w 

Fl 

3.00E-0 5 

3.OOE-OS 

3.00E-0 5 

3 . OOE-OS 

3.00E-0 5 

3.OOE-OS 

3.OOE-OS 

3.OOE-OS 

3.00E-0 5 

3.OOE-05 

3.006-0 5 

3.006-0 5 

1.006-0 3 

1.006-0 3 

I.006-0 3 

I.OOE-03 

I.OOE-03 

I.OOE-03 

1.006-0 3 

1.006-0 3 

I a 006-0 3 

1.006-0 3 

1.006-0 3 

I.OOE-03 

I.OOE-03 

I.OOE-03 

I.OOE-03 

I.OOE-03 

1.006-0 3 

1.006-0 3 

1.006-0 3 

1.006-0 3 

1.006-0 3 

I.OOE-03 

I.OOE-03 

1.006-0 3 

AMAD 

L O 

L O 

L O 

L O 

L O 

L O 

1 . 0 

L O 

1 . 0 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

1 . 0 

L O 

L O 

L O 

L O 

L O 

L O 

L O 

1 . 0 

1 . 0 

L O 

L O 

L O 

1 . 0 

1 . 0 

L O 

L O 

L O 

L O 

L O 

LUNGS 

5.80 E 

6 0 . 

5.79 E 

6 0 . 

l . l 

1.5*6 -

5.50 6 

3 7 . 

1.316 -

I .18*.-

S.48 E 

5 6 . 

6.15 6 

6 * . 

2.2I E 

7 . 3 

0.4 9 

0.1 6 

•5.95 6 

6 1 . 

1.72 E 

S S . " 

6.27E 

6 8 . 

6.07 E 

6 7 . 

6.04 E 

6 2 . 

6.10 6 

6 3 . 

5.59 E 

5 8 . 

2.22 6 

2.32 6 

8.71E 

I.30E 

PES LYM S WALL S I WALL UL I WALL LL I WALL 

02 4 

3 

0 2' 4 

3 

' 3 

02 0 

02 3 

3 

•03 4 

0 3 I 

0 2 3 

3 

0 2 * 

3 

02 3 

1 

0 

02 4 

3 

02 9 

2 

02 3 

3 

02 2 

3 

02 4 

3 

0 2 4 

3 

02 3 

3 

03 1 

02 I 

0 2 I 

02 6 

. I 4E 0 * 

.21 6 02 

.1* 6 0 * 

.22 6 02 

.45 6 02 

. 1 9 

.93 6 04 

.05 6 02 

.316-0 3 

.21F-0 3 

.88 6 04 

.01E 02 

.29 6 04 

.4IE 02 

.12 6 04 

.04 6 02 

2 . 7 

. 6 4 

.23 6 04 

.29 6 02 

.32 6 02 

.23 6 02 

.34E 04 

.61 6 02 

.81 6 04 

•StE 02 

.32 6 04 

.34 6 02 

.35 6 04 

.38 6 02 

.99 6 0* 

.09E 02 

•58E 05 

.23 6 0 3 

.59 6 0* 

.62 6 0 2 

2.72E-0 3 6.58E-0 3 3.82E-0 2 

2.59E-0 3 6.02E-0 3 3.40E-0 2 

2.746-0 3 6.62E-0 3 3.856-0 2 

2.626-0 3 6.06E-0 3 3.43E-0 2 

I.03E-0 * I.IOE-O * 3.I6E-0 * 

1.816-0 * 1.916-0 * 3.996-0 * 

2.756-0 3 6.36E-0 3 3.67E-0 2 

2.7IE-0 3 5.946-0 3 3.296-0 2 

1.0IE-0 4 1.62E-0 4 3.36E-0 * 

8.256-0 5 1.316-0 * 2.726-0 4 

0.1 4 0.1 7 0.4 5 

0.1 6 0.1 7 0.2 7 

8.796-0 3 1.06E-0 2 4.626-0 2 

1.186-0 2 1.496-0 2 4.866-0 2 

I.316-0 2 2.45E-0 2 9.S3E-0 2 

£.126-0 3 7.97E-0 3 2.I9E-0 2 

2.I5E-0 4 4.63E-0 4 L78E-0 3 

1.816-0 * 3.90E-0 4 I.SOE-9 3 

5.966-0 2 6.33E-0 2 0.1 8 

8.486-0 2 8.92E-0 2 O.I S 

2.706-0 3 6.68E-0 3 3.93E-0 2 

2.87E-0 3 6.7*E-0 3 3.84E-0 2 

2.186-0 2 I.966-0 2 6.20E-0 2 

3.156-0 2 3.54E-0 2 7.856-0 2 

3.026-0 3 7.316-0 3 4.276-0 2 

2.936-0 3 6.78E-0 3 3.856-3 2 

1.9*6-0 2 1.886-0 2 S.74E-0 2 

2 . 9 3E-0 2 3.336-0 2 7.266-0 2 

1.266-0 2 I.25E-0 2 ».706-0 2 

1.686-0 2 I .886-0 2 S.1*6-0 2 

8.836-0 2 7.42E-0 2 0.1 * 

0.1 3 0.1 3 0.2 0 

3 . * 2. 0 2. 6 

S .O 4. 3 5. 7 

0.3 2 9.73E-0 2 0.1 8 

0.2 6 0.2 3 0.3 5 

. 1 1 

. 1 0 

. 1 1 

. 1 0 

.086-0 4 

• 23E-0 4 

. 1 1 

.7*6-0 2 

•3IE-0 * 

.87E-0 4 

. 6 5 

. 3 0 

. 1 3 

. 1 1 

. 1 7 

.116-0 2 

.82E-0 3 

.396-0 3 

. 3 7 

. 1 9 

. 1 2 

. 1 I 

. 1 5 

. 1 4 

. 1 3 

. 1 I 

. 1 3 

. 1 3 

. 1 2 

. 1 1 

. 1 8 

. 2 0 

1 . 8 

3 . 2 

0.3 4 

0.4 0 

T BODY 

6 7 . 

1.2* 6 0 2 

6 7 . 

1.2* 6 0 2 

1 . 2 

2 . 5 

6 3 . 

I.I8 E 0 2 

2.82E-0 3 

2 . S3E-0 S 

6 3 . 

I.I7 E 0 2 

6 9 . 

I.28 E 0 2 

6 2 . 

1.26 6 0 2 

8.776-0 3 

1.236-0 2 

6 9 . 

1.28 6 0 2 

3 . 0 

3 . 5 

4 8 . 

8 7 . 

3 9 . 

6 8 . 

7 1 . 

1.326 0 2 

7 1 . 

1.31 6 02 

6 5 . 

I.20 E 0 2 

2.60 6 0 2 

4 . 82E 0 2 

2 1 . 

2 9 . 

ADREN 

5 . 8 

I S . 

5 . 8 

1 5 . 

0.1 6 

0.3 0 

5 . 6 

1 4 . 

2.886 -

«.4SE5 . 7 

1 4 . 

6 . 0 

I S . 

6 . 3 

I S . 

2.016 -

1.4*6 -

6 . 2 

1 5 . 

•.956 -

0.3 0 

3 . 7 

1 0 . 

2 . 7 

7 . 7 

6 . * 

1 6 . 

6 . 2 

I S . 

5 . 9 

1 5 . 

2 9 . 

6 9 . 

0.9 5 

3 . 5 

BL WALL 

2 . 9 

7 . 3 

2 . 9 

7 . 3 

7.9SE-0 2 

0.1 5 

2 . 8 

6 . 9 

0 6 I.01E-0 6 

06 1.716-0 6 

2 . 8 

6 . 9 

3 . 0 

7 . S 

3 . 1 

7 . * 

0 * I.OIE-0 * 

0 3 7.20E-0 * 

3 . 0 

7 . 5 

0 2 2.48E-0 2 

O.I S 

1 . 8 

S . O 

I . 4 

3 . 9 

3 . 2 

7 . 8 

3 . 1 

7 . 7 

2 . 9 

7 . 1 

1 2 . 

3 0 . 

0.3 1 

1 . 5 

KIDNEYS 

I.03 E 0 2 

2.55 E 0 2 

I.03 E 0 2 

2.S5 E 0 2 

2 . 2 

4 . 9 

9 8 . 

2.42 6 0 2 

9.*8E-0 6 

3 . IOE-O S 

9 7 . 

2.*0E 0 2 

1.06E 0 2 

2.63 6 0 2 

I.07E 0 2 

2.S7E 0 2 

2.536-0 3 

2.286-0 2 

1.07 6 0 2 

2.63E 0 2 

0.7 5 

6 . 2 

6 8 . 

I.82E 0 2 

5 2. 

I.4SE 02 

I.IOE 0 2 

2.70E 02 

1.096 0 2 

2.696 02 

100. 

2.47E 02 

4.0IE 02 

9.86E 02 

1 2 . 

6 1 . 

LIVE R 

7.97 E 0 2 

1.98 E 0 3 

7.9S E 02 

I.97 E 03 

1 7 . 

3 8 . 

7.S7 E 02 

1.88 6 03 

6.686-0 5 

2.336-0 4 

7.49 E 0 2 

I.86 E 0 3 

8.24 6 02 

2.04 E 0 3 

8.28 E 02 

I.99 E 03 

I.96E-0 2 

0.1 8 

8.23 6 02 

2.03 6 03 

5 . 8 

4 8 . 

5.26 E 02 

I.4I E 03 

3.98 E 02 

1.12 6 03 

8.54 E 02 

2.10 6 0 3 

8.44 E 02 

2.08 6 0 3 

7.77 6 02 

1.91 6 0 3 

3.09 E 0 3 

7.60 E 03 

9 4 . 

4.73 E 0 2 
TESTES 

4 0 . 

100 . 

4 0 . 

100 . 

0.9 0 

2 . 1 

3 8 . 

9 5 . 

THYMUS 

s.a 

I S . 

5 . 8 

I S . 

0 . 16 

0.3 0 

5 . 6 

1 4 . 

THYROID 

s.a 

I S . 

5 . 8 

1 5 . 

0.1 6 

0.3 0 

5 . 6 

1 4 . 

UTERUS 

5 . 8 

1 5 . 

5 . 8 

I S . 

0.1 6 

0.3 0 

5 . 6 

1 4 . 

3 . 6 

1 4 . 

6 . 1 

I S . 

6 . 3 

I S . 

4.24 E 

I.06 E 

3.90 E 

9.73 E 

3.37 E 

8 . IBE 

0 3 

04 

0 3 

0 3 

0 3 

03 

3 . 6 

1 4 . 

6 . 0 

I S . 

6 . 3 

1 5 . 

3 8 . 

9 * . 

• 1 . 

I.03 E 

4 2 . 

1 .01 6 

0 2 

0-

S . 6 

1 4 . 

6 . 0 

I S . 

6 . 3 

1 5 . 

5 . 5 

1 * . 

6 . 0 

I S . 

0 . 3 

I S . 

5 . 5 

1 * . 

6 . 0 

1 5 . 

6 . 3 

1 5 . 

- TOTAL INHALATION DOSES 

ALPHA Q a 2 0 

(REM/MICROCURIEI 

NUCLIDE SOL F l AMAO OVARIES PANCREAS BONE R MAR Y MAR ENDOST SPLE6N 

PU-23 9 Y 3.006-0 5 1. 0 40 . 5. 8 3.S9 6 02 3.03 6 02 5. 8 4.I6 E 0 3 5. 8 

W J . OOE-OS L O 100 . IS . 8.97 E 0 2 7.S6 E 0 2 15 . ' 1.04 6 04 IS . 

PU-24 0 Y 3.00E-0 5 L O 40 . 5. 8 3.S8 E 0 2 3.02 E 0 2 3. 8 4.IS 6 0 3 5. 8 

W 3.00E-0 5 1. 0 100 . 15 . 8.95 E 0 2 7.S5 E 0 2 15 . I.04 E 0 4 IS . 

PU-24 1 Y 3.006-0 5 L O 0.9 0 0.1 6 8. 1 6. 8 0.1 6 85 . 0.1 6 

W 3.006-0 5 L O 2. 0 0.3 0 19 . 16 . 0.3 0 1.94 6 0 2 0.3 0 

"U-24 2 V 3.006-0 5 L O 38 . 5. 6 3.42 6 02 2.87 6 0 2 3. 6 4.19 6 0 3 3. 6 

W 3.OOE-OS L O 95 . 14 . 8.SS E 0 2 7.IB E 0 2 14 . I.05 E 0 4 14 . 

PU-24 3 V 3.006-0 5 1. 0 5.786-0 6 3.576-0 6 3.076-0 5 2.696-0 3 2.666-0 6 3.176-0 4 2.986-0 6 3.33E-0 6 3.93E-0 6 1.406-0 6 2.326-0 6 

W 3.006-0 5 L O 1.3*6-0 5 *.996-0 6 1.026-0 4 7.766-0 3 4.366-0 6 9.57E-0 4 4.32E-0 6 1.1*6-0 5 S.2SE-0 6 2.876-0 6 3.586-0 5 

PU-24 * Y 3.00E-0 5 1. 0 38 . 5. 7 3.38 6 02 2.71 E 0 2 

W 3 . OOE-OS L O 94 . 14 . 8.44 E 02 6.76 E 0 2 

AM-241 Y 1.00E-0 3 L O «l . 6. 0 3.71 6 02 3.12 6 0 2 

W 1.006-03 LO 1.036 02 IS. 9.256 02 7.776 02 

AM-242M V I.OOE-03 L O 42. 6.3 3.746 02 3.156 02 

^ W 1.006-03 L O 1.016 02 15. 9.09 6 02 7.666 02 

AM-242 Y I.OOE-03 L O 8.726-0 * 2.016-0 * 7.78E-03 6.62E-0 3 2.00E-0 * T.46C-02 2.016-0 * 8.64E-0 4 2.026-0 * I.98E-0 * 2.016-0 * 

W 1.006-03 L O 7.*36-0 3 1.4*6-0 3 6.686-0 2 5.666-0 2 l.««6-0 3 0.61 1.44E-03 7.416-0 3 |.**E-0 3 l.«»E-0 3 1.4*6-0 3 

AM-2*3 Y I.OOE-03 L O 41 . 6.2 3.74E 02 3.13E 02 6. 2 4.1 76 03 6. 1 «2 . 6. 1 6. 1 6. 1 

W I.OOE-03 L O I.03E 02 IS . 9.27E 02 7.776 02 IS . I.03E 04 15 . 1.036 02 IS . 15 . IS . 

CM-242 V I.OOE-03 L O 0.26 4.9SE-02 2. 3 2. 0 4.9SC-02 23 . 4.9SE-02 0.2 6 4.95E-02 4.9SE-0 2 4.9SE-Q2 

W 1.006-03 L O 2.0 0.30 18. IS . 0.3 0 1.686 02 0.30 2. 0 0.3 0 0.3 0 0.30 

CM-243 V 1.006-03 L O 25. 3. 7 2.266 02 1.906 02 3. 7 2.I5E 03 3. 7 25 . 3. 7 3. 7 3.7 

W I.OOE-03 L O 68 . 10. 6.08E 02 S.I3E 02 10. S.78E 03 10 . 68 . 10 . 10 . 10. 

CM-244 V I.OOE-03 L O 19. 2. 7 1.696 02 I.4I E 02 2. 7 I.62E 03 2. 7 19 . 2. 7 2. 7 2. 7 

W I.OOE-03 L O 53. 7.7 4.76E 02 3.99E 02 7.T . 4.S6E 03 7.7 53 . 7. 7 7. 7 7.7 

CM-245 V I.OOE-03 1.0 43 . 6. * 3.886 02 3.2SE 02 6. 4 4.226 03 6. 3 43 . 6. 3 6. 3 6. 3 

W 1.006-03 L O 1.066 02 16. 9.S8E 02 8.03E 02 16. 1.046 04 16. I.06E 02 16. 16 . 16. 

CM-246 Y 1.006-03 L O 42. 6.2 3.826 02 3.I7E 02 6. 2 4.136 03 6. 2 42 . 6. 2 6. 2 6. 2 

W I.O06-03 1.0 I.0S6 02 15. 9.486 02 7.886 02 15. 1.026 04 15 . 1.056 02 15. IS . 15. 

CM-247 V 1.006-03 L O 39 . 5. 9 3.516 02 2.956 02 3.8 4.256 03 5. 8 39 . 5. 8 5. 8 5. 8 

W 1.006-03 L O 97. 14. 8.716 02 7.326 02 I* . I.06E 04 14 . 97 . 14. 14 . 14. 

CM-248 Y I.OOE-03 1.0 I.S5E 02 28 . 1.396 03 2.97E 02 26 . 4.286 03 25 . I.55E 02 26 . 24 . 24 . 

W I.OOE-03 L O 3.83E 02 65 . 3.44E 03 7.36E 02 6* . I .066 0 * 60 . 3.84E 02 59 . 58 . 59 . 

CF-252 Y I.OOE-03 L O 3.9 0.87 36 . 15. 0.74 I.63E 02 0.81 3. 9 0.9 8 0.6 8 0.61 

W I.O0E-.O3 1.0 20. 3.3 1.76E 02 77 . 3. 2 8.22E 02 3. 1 20 . 3. 0 3. 0 3.0 
.J> 

O l 

NUCLIDE 

H - 3 

C-1 4 

NA-2 2 

R-3 2 

1N-5 4 

F6-5 5 

FE-5 9 

CO-5 7 

CO-SB 

CO-6 0 

ZN-6S 

OB-B6 

SR-8 9 

SR-9 0 

SR-9 1 

Y-SO 

Y-9I M 

Y-9 1 

ZP-9 5 

ZR-9 7 

S O L 

* 

* 

D 

0 

W 

D 

W 

W 

Y 

W 

Y 

W 

Y 

W 

Y 

W 

Y 

D 

W 

Y 

D 

D 

Y 

O 

Y 

D 

V 

w 

w 

w 

w 

Y 

W 

V 

F l 

0.9 5 

0.9 5 

0.9 5 

0.8 0 

0.8 0 

I.OOE-O I 

I.OOE-O I 

I.OOE-O I 

I.OOE-0 1 

I.OOE-O I 

1.006-0 1 

5.006-0 2 

5.006-0 2 

5.006-0 2 

5 . 006-0 2 

5.00E-0 2 

S.OOE-0 2 

0.5 0 

O.SO 

0.5 0 

0.9 5 

0.2 0 

1.006-0 2 

0.2 0 

1.006-0 2 

0.2 0 

1.006-0 2 

1.006-0 4 

1.006-0 4 

1.006-0 4 

2.006-0 3 

2 . 006-0 3 

2.006-0 3 

2.006-0 3 

AMAD 

4 * 4 

4 * 4 

S . O 

S . O 

S . O 

S . O 

S . O 

S . O 

5 . 0 

S . O 

5 . 0 

5 . 0 

5 . 0 

S . O 

S . O 

5 . 0 

5 . 0 

5 . 0 

5 . 0 

S . O 

S . O 

S . O 

S . O 

5 . 0 

5 . 0 

S . O 

S . O 

S . O 

S . O 

S . O 

S . O 

5 . 0 

S . O 

5 . 0 

LUNGS 

1 .2SE-0 4 

6.186-0 6 

9.92E-0 3 

3.IOE-0 3 

4.66E-0 2 

*.*7E-0 3 

I.06E-0 2 

1.2*6-0 3 

B.96E-0 3 

2.36E-0 2 

3.386-0 2 

5.896-0 3 

2.2*6-0 2 

1.236-0 2 

2.276-0 2 

5.61E-0 2 

0.4 6 

I.50E-0 2 

1.7SE-0 2 

3.486-0 2 

3.356-0 3 

2.636-0 3 

0.1 2 

3.65E-0 3 

3 . 0 

1.9«E-0 3 

1.04E-0 2 

2.79E-0 2 

1 .506-0 4 

8.03E-0 2 

2.7SE-0 2 

4.93E-0 2 

2.06E-0 2 

2.26E-0 2 

RES LYM 

2 

1 

1 

3 

8 

4 

1 

S 

0 

5 

6 

2 

0 

2 

* 

0 

1 

2 

6 

3 

2 

0 

s 

1 

1 

3 

2 . 

0 

a 

0 

2 

2 

.49E-0 4 

.32E-0 5 

.82E-0 2 

.086-0 2 

.32E-0 2 

.65E-0 3 

.406-0 2 

,636-0 3 

. 1 2 

.156-0 2 

.026-0 2 

.056-0 2 

. 1 2 

.•8E-0 2 

.06E-0 2 

. 1 5 

1 . 4 

S3E-0 2 

.276-0 2 

.•96-0 2 

.0*6-0 2 

.706-0 2 

. 2 9 

026-0 2 

J 7 . 

,056-0 2 

15E-0 2 

,056-0 2 

59E-0 * 

2 7 

.37E-0 2 

1 3 

.09E-0 2 

26E-0 2 

TOTAL INHALATION DOSES 

ALPHA O a 2 0 

(REM/MICROCURIEI 

S WALL S I WALL U 

1.256-0 * I.30E-0 * 1 

7.356-0 6 7.066-0 7 6 

8.906-0 3 9.386-0 3 9 

1.156-0 3 5.986-0 * 3 

2.206-0 3 I . 1 16-0 3 6 

3.766-0 3 4.776-0 3 5 

2.966-0 3 3.746-0 3 * 

1.526-0 5 3.94E-0 3 2 

1.706-0 5 4. 1 IE-O S 2 

5.S3E-0 3 7.296-0 3 I 

4.376-0 3 6.016-0 3 I 

S.356-0 4 6. 0 16-0 4 I 

9.25E-0 * 7.666-0 4 1 

2.396-0 3 3.776-0 3 6 

2.886-0 3 3.786-0 3 6 

1.446-0 2 I .71E-0 2 2 

3.97E-0 2 I.T4E-0 2 2 

1.47E.-0 2 1.656-0 2 I 

1.146-0 2 1.2*6-0 2 I 

I.I9E-0 2 1.126-0 2 I 

I.47E-0 3 S.52E-0 4 1 

9.35E-0 4 1.866-0 3 I 

2 . 1 16-0 3 5.20E-0 3 3 

3.586-0 * 8.S6E-0 * 7 

I . I 06-0 2 2. 6 7E-0 2 O 

1.226-0 3 2.086-0 3 5 

1.47E-0 3 2.816-0 3 7 

2.556-0 3 6.086-0 3 3 

I.87E-0 5 I.07E-0 S 2 

I.96E-0 3 4.87E-0 3 2 

2.96E-0 3 4.60E-0 3 1 

3.086-0 3 4.04E-0 3 I 

2.91E-0 3 6.396-0 3 2 

3.306-0 3 7.34E-0 3 2 

I LI WALL 

.37E-0 * 

.906-0 6 

•87E-0 3 

.2*6-0 3 

.256-0 3 

.756-0 3 

.966-0 3 

.166-0 4 

.246-0 4 

.28E-0 2 

•2IE-0 2 

.66F-0 3 

•72E-0 3 

.136-0 3 

.•26-0 3 

.*IE-0 2 

.666-0 2 

• 72E-0 2 

.326-0 2 

.216-0 2 

.216-0 3 

.096-0 2 

.056-0 2 

.076-0 3 

. 1 5 

.S6E-0 3 

•67E-0 3 

.1*6-0 2 

•29E-0 S 

.856-0 2 

.016-0 2 

.036-0 2 

.14E-0 2 

••76-0 2 

L L I WALL 

1 

7 

1 

9 

1 

6 

6 

5 

6 

2 

2 

3 

3 

1 

1 

3 

3 

1 

1 

1 

2 

3 

9 

3 

0 

6 

8 

7 , 

4 

8 

2 . 

2 . 

3 . 

3 . 

33E-0 * 

.226-0 6 

. 1 IE-0 2 

.23E-0 3 

.79E-0 2 

,036-0 3 

.96E-0 3 

.52E-0 * 

.196-0 * 

.50E-0 2 

S8E-0 2 

7IE-0 3 

97E-0 3 

I6E-0 2 

.2*6-0 2 

886-0 2 

.786-0 2 

8SE-0 2 

.•8E-0 2 

34E-0 2 

69E-0 3 

26F-0 2 

09E-0 2 

016-0 2 

3 9 

016-0 3 

436-0 3 

496-0 2 

826-0 5 

476-0 2 

356-0 2 

SIE-0 2 

136-0 2 

616-0 2 

T BODY 

I.25E-0 4 

1.416-0 5 

1.286-0 2 

4.886-0 3 

4 . 786-0 3 

4 . 79E-0 3 

2.816-0 3 

7.41E-0 * 

* . 786-0 4 

•.87E-0 3 

4.036-0 3 

S.75E-0 4 

9 . 50E-0 4 

I.88E-0 3 

2.12E-0 3 

I.43E-0 2 

3.266-0 2 

1.SIE-0 2 

1.356-0 2 

1.326-0 2 

9.41E-0 3 

*.656-0 3 

2.22E-0 3 

0.2 9 

6. 04E-0 2 

4.77E-0 4 

3.616-0 4 

9.636-0 * 

1.186-0 5 

4.89E-0 3 

3 . 78E-0 3 

2.S6E-0 3 

8.8*6-0 4 

8 . S2E-0 4 

ADREN 

1 .346-0 * 

I.76E-0 5 

1 .51E-0 2 

4.196-0 3 

3.536-0 3 

7.7IE-0 3 

4.236-0 3 

I.30E-0 3 

6.386-0 4 

7.98E-0 3 

S.OIE-0 3 

7.16E-0 4 

1.156-0 3 

2.23E-0 3 

2.64E- 0 3 

1.926-0 2 

4.3IE-0 2 

2.46E-0 2 

1 .84E-0 2 

1.S2E-0 2 

1 .S8E-0 2 

2.6IE-0 3 

7.37E-0 5 

1.836-0 2 

1.72E-0 3 

6.28E-0 4 

1.73E-0 * 

7.28E-0 S 

1 .28E-0 S 

9.45E-0 4 

3.S6E-0 3 

2.73E- 0 3 

4.68E-0 4 

3.37E-0 4 

BL WALL 

1 .23E-0 4 

6.75E-0 6 

1.I6E-0 2 

2.I2E-0 3 

1 . TSE-0 3 

3.0SE-0 3 

I.70E-0 3 

5.10E-0 4 

2.50E-0 4 

S.78E-0 3 

3.37E-0 3 

4.84E-0 4 

2 . 856-0 4 

I.6SE-0 3 

1.246-0 3 

1.4IE-0 2 

8.47E-0 3 

1.896-0 2 

I.37E-0 2 

1.19E-0 2 

8.126-0 3 

1 .316-0 3 

3.68E-0 5 

9 . I6E-0 3 

8.6IE-0 4 

4.136-0 4 

1.28E-0 4 

4.2*6-0 5 

2.606-0 6 

« . 766-0 * 

2.00E-0 3 

9.80E-0 4 

4.29E-0 4 

3.77E-0 4 

KIDNEYS 

1 

7 

1 

4 

3 

6 

3 

1 

6 

7 

* 

6 

S 

1 

1 

1 

2 

2 

1 

1 

1 

2 

7 

1 . 

1 . 

6 

1 

7 . 

a. 

9 . 

2 . 

1 . 

3 . 

3 . 

. 2 9E- 0 4 

.926-0 6 

.406- 0 2 

.19E- 0 3 

.526-0 3 

.2*6-0 3 

.06E-0 3 

.35E- 0 3 

.606- 0 4 

.7BE- 0 3 

. 4 7E-0 3 

106- 0 4 

,196- 0 4 

786-0 3 

,626-0 3 

.816-0 2 

,536- 0 2 

426-0 2 

.776-0 2 

636- 0 2 

596- 0 2 

616- 0 3 

.366-0 5 

83E-0 2 

72E-0 3 

62E- 0 4 

6 IE-0 4 

2 8E-0 5 

OIE-0 6 

4 IE-0 4 

57E-0 3 

50E- 0 3 

9 IE-0 4 

386-0 4 

LIVE R 

1.2*6-0 * 

8.886-0 6 

I.32E-0 2 

*.!9E-0 3 

3.S3E-0 3 

1.97E-0 2 

8.59E-0 3 

2.556-0 3 

I.25E-0 3 

1.186-0 2 

C.92E-0 3 

9.5 4 E-0 4 

I.ISE-0 3 

2.T9E-0 3 

2 . 8 6 E-0 3 

2.S3E-0 2 

4.89E-0 2 

2.40E-0 2 

1.806-0 2 

1.796-0 2 

I.59E-0 2 

2.61E-0 3 

7.37E-0 5 

1.75E-0 2 

7.276-0 3 

5.716-0 * 

2.936-0 * 

1.7 7 6-0 3 

3.*5E-0 5 

2.646-0 2 

3.I4E-0 3 

2.71E-0 3 

S.28E-0 4 

4.OOE-0 4 
-r=» 

cn 

NUCLIDE 

H - I 

C-l * 

NA-2 2 

P-3 2 

4N-S4 

FE-5 5 

FE-5 9 

CO-5 7 

C0-S 8 

r.o-6 0 

ZN-6 5 

RB-8 6 

SR-3 9 

SP-9 0 

SR-9 1 

Y-9 0 

Y-91 M 

Y-9 1 

ZR-9 5 

ZR-9 7 

SOL 

* 

* 

D 

O 

w 

0 

w 

w 

Y 

w 

Y 

« 

Y 

W 

Y 

m 

V 

0 

w 

Y 

0 

D 

Y 

D 

Y 

0 

Y 

-

W 

. • 

w 

Y 

W 

Y 

F l 

0.9 5 

0.9 5 

0.9 5 

0.8 0 

0.8 0 

I.OOE-O I 

I.OOE-O I 

l.OOE-O I 

I.OOE-O I 

I.OOC-3 1 

1.006-0 1 

S.OOE-0 2 

5.00E-0 2 

S.OOE-0 2 

5 . 006-0 2 

S.006-0 2 

S.OOE-0 2 

O.SO 

0.5 0 

O.SO 

0.9 S 

0.2 0 

l.OOE-0 2 

O.2 0 

l.OOE-0 2 

0.2 0 

l.OOE-0 2 

1.OOE-0 * 

I.OOE-0 * 

I.OOE-0 * 

2.00E-0 3 

2.006-0 3 

2.OOE-0 3 

2.00E-0 3 

AMAD 

4 4 * 

4 * 4 

5 . 0 

5 . 0 

5 . 0 

S.O 

S .O 

S . O 

5 . 0 

5 . 0 

S . O 

S .O 

5 . 0 

S .O 

5 . 0 

S .O 

S .O 

S.O 

5 . 0 

S .O 

S . O 

S.O 

5 . 0 

S .O 

S.O 

S.O 

S.O 

S.O 

5 . 0 

5 . 0 

5 . 0 

5 . 0 

S .O 

5 . 0 

OVARIES 

1 .246-0 4 

S.29E-0 6 

I.45E-0 2 

4.I9E-0 3 

3.536-0 3 

4.9*6-0 3 

3.756-0 3 

1 .37E-0 3 

6.75T-0 4 

9.096-0 3 

6.226-0 3 

9.09E-0 4 

•S.69F-0 4 

3.766-0 3 

3.53E-0 3 

2.08E-0 2 

1.566-0 2 

2.27E-0 2 

1 .676-0 2 

I.47E-0 2 

1 .S8E-0 2 

2.61E-0 3 

7.396-0 5 

1.83E-0 2 

1.726-0 3 

8.71E-0 * 

4.29E-0 4 

7.28F-0 5 

S.34E-0 6 

9.446-0 4 

4.306-0 3 

2.996-0 3 

I.30E-0 3 

1.306-0 3 

PANCREAS 

1 .216-0 4 

7.84F-0 6 

I.556-0 2 

4.196-0 3 

3.S3E-0 3 

6.74E-0 3 

4.0IE-0 3 

1.466-0 3 

7.156-0 * 

9.0IF-0 3 

5.65E-- 0 3 

8.35E-0 4 

1.I8E-0 3 

2.57F-0. ! 

2.9*E-0 3 

2.166-0 2 

4.706-0 2 

2.626-0 2 

I.956-0 2 

1.916-0 2 

1.596-0 2 

2.616-0 3 

7.37E-0 S 

1 .836-0 2 

1 .72E-0 3 

6.9P.E- 0 4 

2.386-0 4 

7.28E-0 S 

1.566-0 5 

9.43E-0 4 

3.5IE-0 3 

2.93E-0 3 

6.126-0 * 

*.9*E-0 4 

OOI 

5 . 

8 . 

2 . 

3 . 

2 . 

7 . 

3 . 

1 . 

5 . 

S . 

3 . 

S . 

7 . 

1 . 

1 . 

1 . 

2 . 

2a 

1 . 

1 . 

1 . 

4 . 

1 . 

0 . 

4 . 

2 . 

1 . 

3 . 

2 . 

1 . 

1 . 

6 . 

2 . 

TOTAL INHALATION DOSES 

ALPHA 0 a 2 0 

(REM/MICROCURIEI 

NE R MAR V 

S7E-0 5 I.24E-0 4 I 

46E-0 7 2.426-0 3 3 

356-0 2 1.8*6-0 2 I 

386-0 2 1.546-0 2 4 

846-0 2 L30E-0 2 3 

IOE-03 6.98E-0 3 6 

23E-0 3 3.SSE-0 3 3 

IOE-03 1.3*6-0 3 I 

40E-0 4 6.57E-0 4 6 

76E-0 3 6.9IE-0 3 S 

33E-0 3 4.25E-0 3 3 

9IE-0 4 9.02E-0 4 6 

426-0 * I.06E-0 3 8 

32F-0 3 1.936-0 3 1 

306-0 3 1.986-0 3 I 

326-0 2 1 .626-0 2 I 

10E-0 2 2.716-0 2 2 

3SE-02 2.486-0 2 2 

7IE-0 2 1.826-0 2 I 

57E-0 2 1.696-0 2 I 

57E-0 2 I .S8E-0 2 I 

OSC-02 I .606-0 2 2 

I4C-0 3 4.496-0 * 7 

. 6 1. 3 I 

19 7.106-0 2 I 

796-0 4 6.07E-0 4 5 

06E-0 4 2.07E-0 * I 

9«E-0 3 7.93E-0 * 7 

086-0 5 I.70E-0 S 7 

9IE-0 2 1.106-0 2 9 

06E-0 2 5.S6E-0 3 4 

99E-0 3 2.136-0 3 I 

09E-04. 6.186-0 4 3 

22E-0 4 4.04E-0 4 2 

.41E-0* 

.986-03 

.*4E-02 

•19E-03 

• 53E-03 

.•16-03 

•05E-03 

•30E-03 

.406-0* 

• 87E-03 

.4*6-03 

.95E-0* 

.026-0* 

•4IF-03 

.42E-03 

.34E-02 

.I7E-02 

.166-02 

.S8E-02 

.466-02 

•S7F-02 

.616-03 

.36E-0S 

.836-02 

.72E-03 

.956-0* 

.136-04 

.28E-0S 

.646-06 

.42E-04 

.026-03 

.336-03 

.636-04 

.296-04 

.856-OS 

• 08E-0S 

.26E-0 2 

.826-0 2 

.37E-0 2 

•79E-0 3 

.126-0 3 

.136-0 4 

• 4BC-0 * 

.226-0 3 

• 5SE-0 3 

.86E-0 * 

.4IF-0 4 

.346-0 3 

.316-0 3 

•30F-0 2 

.l2r-0 2 

.29E-0 2 

.666-0 2 

•53E-0 2 

.9*16-02 

.29F-0 2 

•24E-0 4 

6 

. 1 4 

• 30E-0 4 

.896-0 4 

•43E-0 3 

•64E-0 5 

• 3Z6-0 2 

.816-0 3 

.84F-0 3 

.77E-0 * 

•I9E-0 4 

SPLEEN 

I.24E-0 * 

t . 776-0 6 

I.33E-0 2 

4 . I9E-0 3 

3.S3E-0 3 

*.216-0 3 

2.936-0 3 

«. 156-0 3 

2.0*6-0 3 

1.386-0 2 

7 . 7SE-0 3 

7.056-0 * 

I.03E-0 3 

2 . 17E-0 3 

2 . S3E-0 3 

1.836-0 2 

3 . 99E-0 2 

2 . 256-0 2 

1.68E-0 2 

I.66E-0 2 

1.586-0 2 

2.6IE-0 3 

7.37E-0 5 

1.836-0 2 

I. 726-0 3 

«.536-0 * 

1.936-0 * 

7.286-0 5 

I.22E-0 S 

9 . 386-0 * 

2.896-0 3 

2.S2F-0 3 

4.326-0 * 

3.836-0 * 

TESTES 

2SE-0 * 

• 2-.-0 6 

06E-0 2 

I9E-0 3 

S2E-0 3 

65E- 0 3 

1*6-0 3 

296-0 3 

3SE-0 4 

I7E-0 3 

63E- 0 3 

92E-0 * 

S4E-0 4 

30E-0 * 

23E-0 4 

IIE-0 2 

186-0 3 

E5E-0 2 

I8E-0 2 

02E- 0 2 

57E-0 2 

6IF-0T 

3SE-0 S 

S3E-0 2 

72E- 0 3 

SOE-04 

78E-0S 

286-0 5 

326-0 6 

34E-0 4 

406-0. 3 

856-0 4 

84E-0 4 

I8E-0 4 

THYMUS 

LI2E-0 4 

7 . 1 IE-0 C 

2.03E-0 2 

4.19E-0 3 

3.53E-0 3 

4.50E-0 3 

3.89E-0 3 

1.176-0 3 

5.72E-0 4 

9 . 78E-0 3 

6.79E-0 3 

9.94E-0 4 

I.79E-0 3 

3 . 0 3E-0 3 

3.93E-0 3 

2 . 7IE-0 2 

8.I4E-0 2 

2.B0E-0 2 

2.ISE-0 2 

2.28E-0 2 

1 . 6 0F-0 2 

2.61E-0 3 

7.39E-0 5 

I.836-0 2 

I.72E-0 3 

6.35E-0 4 

2.126-0 * 

7.28E-0 5 

I.646-0 5 

9.«lE-0 4 

J.696-0 3 

3.996-0 3 

4.656-0 4 

3.836-0 4 

THYROID 

I.246-0 4 

48E-0 6 

1*6-0 2 

I9E- 0 3 

53E-0 3 

63E- 0 3 

71E-0 3 

32E- 0 3 

•7E-0 * 

«26-0 3 

196-0 3 

35E-0 * 

(26- 0 4 

30E-0 3 

40E-0 3 

266-0 2 

39F-0 2 

6 2E-0 2 

2 06-0 2 

16E-0 2 

S7E-0 2 

6IF-0 3 

36E-0 5 

83E-0 2 

72E-0 3 

696-0 4 

66E-0 5 

28E-0 5 

58E-0 6 

JSE-0 4 

I 7f- « ' 

4 26-0 3 

776-0 4 

3 76-0 4 

UTERUS 

I.2SE-0 4 

6.97E-0 6 

2.3IE-0 2 

4.I9E-0 3 

3.S3E-0 3 

6.1 4 6-0 3 

3.0SE-0 3 

I.20E-0 3 

S.88E-0 4 

I.ISE-0 2 

6.356-0 3 

9.06E-0 4 

4.7SE-0 4 

2.866-0 3 

I.89E-0 3 

2.69E-0 2 

I.556-0 2 

4.30E-0 2 

3.09E-0 2 

2.67E-0 2 

1.64E-0 2 

2.616-0 3 

7.37E-0 S 

1.836-0 2 

1.726-0 3 

8.066-0 4 

2.366-0 * 

7.28E-O S 

4.88E-0 6 

9.39E-0 4 

2.94E-0 3 

I.35E-0 3 

6.616-0 4 

6.10E-0 4 
TOTAL INHALATION DOSES 

ALPHA 0 a 2 0 

(REM/MICROCURIEI 

-*J 

NUCLIDE 

NB-9 5 

NB-97M 

NB-9 7 

MO-9 9 

TC-99M 

1C-9 9 

RU-10 3 

PU-10 5 

RU-10 6 

RH-103 M 

RH-IOS M 

RH-10 5 

RH-10 6 

SB-12 7 

TE-I27 M 

TE-12 7 

TE-129 M 

T6-12 9 

TE-I3I M 

TE-13 1 

TE-13 2 

1-12 9 

1-13 1 

1-13 2 

1-13 3 

1-13 4 

1-13 5 

CS-13 4 

CS-13 5 

CS-13 6 

CS-1 3 7 

SOL 

Y 

Y 

Y 

0 

Y 

D 

W 

0 

w 

Y 

Y 

V 

Y 

Y 

Y 

Y 

W 

W 

w 

w 

w 

w 

w 

w 

D 

1 

0 

0 

0 

0 

0 

D 

O 

D 

F l 

I.OOE-- 0 2 

1.OOE-0 2 

I.OOE0.9 5 

5.00E -

0.8 0 

O.8 0 

0.8 0 

0.8 0 

- 0 2 

- 0 2 

4 . OOE-02 

4.00E -

4.00E -

4.00 6 

- 0 2 

- 0 2 

- 0 2 

*.OOE-0 2 

4 . OOE4 . OOE5 . 006 -

0.2 5 

0.2 5 

0.2 5 

0.2 5 

0.2 5 

0.2 5 

0.2 5 

0.9 5 

0.9 5 

0.9 S 

0.9 5 

0.9 5 

0.9 S 

0.9 S 

0.9 3 

0.9 3 

0.9 S 

- 0 2 

- 0 2 

-02 

AMAD 

5 . 0 

5 . 0 

5 . 0 

S .O 

S.O 

S .O 

S .O 

S.O 

5 . 0 

5 . 0 

5 . 0 

5 . 0 

S .O 

S .O 

5 . 0 

S .O 

S .O 

S .O 

S .O 

5 . 0 

5 . 0 

S .O 

S.O 

S .O 

S.O 

5 . 0 

5 . 0 

S.O 

S .O 

S .O 

S . O 

5 . 0 

S .O 

5 . 0 

LUNGS 

1 .266-0 2 

2.28E-0 5 

1 .4SE-0 3 

I.B4E-0 3 

1 .36E-0 2 

4.77E-0 S 

2.21E-0 4 

3.866-0 * 

1.99E-0 2 

2.336-0 2 

4.39E-0 3 

l . « 

9.02E-0 S 

*.09E-0 6 

4.0*6-0 3 

3.3IE-0 S 

1.(86-0 2 

• .48E-0 2 

2.806-0 3 

6.76E-0 2 

1.446-0 3 

9.386-0 3 

7.70E-0 4 

1.3IE-0 2 

4.34F-0 4 

LI6F-0 3 

7.20E-0 4 

1.406-0 3 

5.3*6-0 * 

1 .166-0 3 

1 4.506-0 2 

2.S7E-0 4 

7.37E-0 3 

1.996-0 2 

RES LYM 

1.086-0 2 

2.28E-0 5 

1.48E-0 3 

1.4IE-0 2 

1.40E-0 2 

1.226-0 * 

2.I9E-0 * 

3.99E-0 3 

0.1 1 

•.32E-0 2 

*.*0E-0 3 

1 2 . 

9.02E-0 5 

4.91E-0 6 

4.086-0 3 

3.31E-0 5 

2.02E-0 2 

0.1 9 

2.82E-0 3 

0.1 7 

1 .**E-0 3 

1 .05E-0 2 

7.85E-0 * 

2.756-0 2 

2.72E-0 3 

8.36F-0 3 

L27E-0 3 

8.96E-0 3 

6.556-0 4 

S.376-0 3 

5.I9E-0 2 

2.6(6-0 3 

1 .266-0 2 

2.97E-0 2 

S WALL 

1.65E-0 3 

2.376-0 6 

1 .536-0 4 

1.066-0 3 

1.49E-0 3 

6.I0E-0 5 

«.856-0 5 

7.286-0 4 

8.I7E-0 4 

1 .46E-0 3 

6.16E-0 4 

6.9IE-0 3 

7.29E-0 6 

1.89E-0 7 

4.876-0 * 

8.586-0 8 

I.83E-0 3 

9.766-0 * 

3.286-0 4 

2.106-0 3 

1.206-0 4 

1.77E-0 3 

4.ISE-0 S 

1.666-0 3 

6.54E-0 5 

e.eie-os 

9.996-0 5 

7.596-0 5 

7.37E-0 5 

1.03E-0 4 

4.62E-0 2 

9.026-0 5 

7.17E-0 3 

1.986-0 2 

S I WALL 

2 

I 

1 

3 

3 

3 

2 

6 

1 

2 

9 

1 

4 

3 

1 

3 

4 

1 

S 

3 

8 

3 

1 

2 

5 

* 

* 

3 

2 

6 . 

4 , 

1 . 

7 . 

2 . 

.996-0 3 

.57E-0 E 

.09E-0 4 

•OSE-0 * 

• 36E-0 3 

.23E-0 5 

• 3SE-0 S 

.786-0 8 

.« 16-0 4 

69E-0 3 

.46E-0 4 

376-0 2 

>SSE-06 

896-0 7 

096-0 3 

I4E-0 9 

316-0 3 

,836-0 3 

016-0 4 

94E-0 3 

076-0 5 

2SE-0 3 

326-0 5 

486-0 3 

4*6-0 5 

966-0 5 

516-0 3 

26E-0 S 

04E-0 S 

076-0 3 

946-0 2 

13E-0 S 

28E-0 3 

10E-0 2 

U L I WAUL 

5 

1 

8 

7 

1 

S 

3 

* 

B 

7 

2 

7 

2 

1 

4 

6 

1 

1 

1 

2 

5 

9 

* 

7 

6 

5 

4 

3 

1 

a, 

3 

6 

7 . 

2 , 

.79E-0 3 

.206-0 6 

.22E-0 5 

al3E-0 * 

.566-0 2 

• I8E-0 5 

.906-0 5 

.OIE-0 * 

.316-0 * 

.96E-0 3 

.116-0 3 

.586-0 2 

.S8E-0 6 

,666-0 6 

.69E-0 3 

,•26-0 9 

.87E-0 2 

.06E-0 2 

.SOE-0 3 

.I9E-0 2 

,S*E-O S 

,196-0 3 

,9*E-0 6 

,226-0 3 

, I5E-0 5 

15E-0 5 

• 53E-0 S 

37E-0 5 

.83E-0 S 

I6E-0 5 

I7E-0 2 

67E-0 S 

7TE-0 3 

22E-0 2 

L L I WALL 

I.24E-0 2 

2.60E-0 7 

I.78E-0 S 

LI2E-0 3 

3.71E-0 2 

3.69E-0 5 

2.67E-0 5 

1.206-0 3 

2.SOE-0 3 

2.0*6-0 2 

2.2IE-0 3 

0.2 2 

4 . 1*6-0 7 

3.34E-0 6 

9.41E-0 3 

1 .3SE-0 9 

4.85E-0 2 

3.2IE-0 2 

I.62E-0 3 

6.426-0 2 

1 .206-0 5 

1 .58E-0 2 

1.356-0 6 

1 .966-0 2 

6 . 1 IE-0 5 

4.83E-0 5 

3.89E-0 5 

3.46E-0 5 

I.44E-0 S 

7.62E-0 5 

5 . 2 8E-0 2 

2.01E-0 4 

8.266-0 3 

2.306-0 2 

T 

1 

6 

3 

1 

S 

1 

1 

2 

4 

1 

1 

2 

1 

I 

1 

4 

8 

1 

t 

2 

2 

8. 

1 

1. 

2. 

a. 

i . 

2 . 

4. 

1 . 

6. 

6. 

a. 

4. 

BODV 

. 146-0 3 

.23E-0 7 

.24E-0 S 

. IIE-0 3 

.2*6-0 * 

.366-0 3 

,486-O S 

.216-0 * 

.856-0 * 

> 166-0 3 

.346-0 * 

716-0 2 

.•OF-0 6 

,0«E-0 7 

.366-0 * 

91E-0 7 

87E-0 4 

. 59E-0 3 

9IE-0 5 

386-0 3 

.546-0 5 

S6E-0 4 

6IE-0 5 

9IE-0 3 

9IE-0 3 

4IE-0 4 

09E-0 4 

56E-0 * 

77E-0 S 

7*E-0 * 

• JE-0 2 

226-0 3 

• 8E-0 3 

6IE-0 2 

AOPEN 

1.236-0 3 

5.I7E-0 7 

I.75E-0 5 

9.3SE-0 * 

1.58E-0 4 

1 .7SE-0 5 

I.9IE-0 5 

3.3IE-0 4 

2.99E-0 4 

I.06E-0 3 

7.47E-0 5 

1.106-0 2 

2.9B6-0 8 

2.36E-0 8 

3.7IE-0 S 

3.916-0 8 

6.32E-0 4 

3.40E-0 3 

9.1IE-0 5 

6.27E-0 3 

1.376-0 5 

1 .466-0 3 

9.286-0 6 

3.426-0 3 

S.45E-0 4 

1 .066-0 * 

6.806-0 5 

I.40E-0 4 

4.72E-0 5 

I.39E-0 4 

9.20E-0 2 

1.066-0 2 

1.196-0 2 

7.09E-0 2 

BL WALL 

8.24E-0 4 

4.I9E-0 8 

2.276-0 6 

2.89E-0 4 

2.02E-0 4 

1.296-0 5 

6.586-0 6 

1.656-0 4 

1.496-0 4 

7.126-0 4 

3.436-0 5 

5.09E-0 3 

9.S3E-0 9 

1 . 6 3E-0 8 

4.S5E-0 5 

I . 4 2E-0 9 

6.30E-0 4 

1 . 72E-0 3 

4.79E-0 S 

3.20E-0 3 

6.98E-0 6 

I.07E-0 3 

3.30E-0 6 

2.23E-0 3 

3.I4E-0 4 

4.71E-0 5 

3.B2E-0 S 

7.33E-0 S 

2.30E-O S 

7.91E-0 5 

7.23E-0 2 

5.29E-0 3 

9.646-0 3 

».676-0 2 

KIDNEYS 

9.206-0 * 

2.S2E-0 7 

9.936- 0 6 

L25E- 0 2 

7 . 4 06-0 * 

2.09E-0 5 

L36E-0 S 

*.79E-0 « 

4.336-0 4 

7.996-0 4 

S.66E-0 5 

I.02E-0 2 

1 .986-0 0 

I.64E-0 B 

3.75E-0 5 

I.7IE-0 8 

6.33E-0 4 

1 . 4 7E-0 2 

L 3 0E- 0 4 

2 . ISE-0 2 

2.33E-0 S 

1.666-0 3 

I.06E-0 S 

5.3*6-0 3 

6.*06-0 4 

I.99E-0 4 

I.09E-0 4 

1.29E-0 4 

3.99E-0 S 

1.29E-0 * 

9.586-0 2 

1.066-0 2 

I . 2 4E- 0 2 

7.26E-0 2 

LIVE R 

1 

5 

1 

2 

1 

2 

2 

6 

5 

1 

8 

I 

* 

2 

4 

3 

5 

2 

3 

3 

8 

9 . 

7 

2 

6 . 

2 . 

1 . 

1 . 

• . 

1 . 

9 . 

1 . 

1 . 

7 . 

.26E-0 3 

.I4E-0 7 

.75E-0 5 

.IIE-0 2 

.19E-0 3 

. 7 4 6-0 5 

.276-0 5 

.576-0 4 

. 9 4 6-0 4 

.126-0 3 

.106-0 5 

11E-0 2 

,90E-0 8 

.616-0 8 

• 24E-0 5 

,866-0 8 

97E-0 4 

, 0 8 E-0 3 

956-0 5 

62E-0 3 

71E-0 6 

44E-0 4 

14 E-0 6 

74E-0 3 

62E-0 4 

35 6-0 4 

26E-0 4 

42E-0 4 

88 6-0 5 

466-0 * 

88E-0 2 

06E-0 2 

286-0 2 

•OE-0 2 
TOTAL INHALATION DOSES 

ALPHA 0 a 20 

(REM/MICROCURIEI 

-T*» 

oo 

NUCLIDE 

NB-9 S 

NB-97M 

NB-9 7 

MO-99 

TC-99 M 

TC-9 9 

RU-10 3 

RU-10 5 

RU-10 6 

RH-I03 M 

RH-IOS M 

RH-10 5 

RH-10 6 

S3-I2 7 

TE-I27 M 

TE-12 7 

TE-I29 M 

TE-12 9 

T6-I3I M 

T6-I3 I 

TE-13 2 

1-12 9 

1-13 1 

1-13 2 

I - l 33 

1-13 4 

I-13 5 

CS-13 4 

CS-I3 S 

CS-13 6 

CS-13 7 

sni. 

Y 

Y 

Y 

0 

Y 

0 

4 

0 

W 

Y 

Y 

Y 

Y 

Y 

Y . 

Y 

W 

W 

w 

w 

w 

• 

w 

w 

0 

0 

D 

D 

O 

O 

- O 

0 

O 

tl 

F l 

I.O0E - - 0 2 

1 . OOE-0 2 

1 .006 -

0.9 5 

S.OOEo.n o 

0.8 0 

0.8 0 

0.8 0 

4.006 -

4.006 -

4.00E -

».0OE4.006 -

4.0OE -

*.0OE -

3.0O6 -

0.2 S 

0.2 3 

0.2 3 

0.2 3 

0.2 3 

0.2 3 

0 . 25 

0.9 5 

0.9 5 

0 . 9S 

0.9 5 

0.9 5 

0.9 5 

0 . 95 

0.9 5 

0.9 5 

0.9 5 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

• 0 2 

- 0 2 

- 0 2 

AMAD 

5 . 0 

5 . 0 

5 . 0 

S . O 

5 . 0 

S . O 

S . O 

S . O 

5 . 0 

S . O 

5 . 0 

S . O 

S . O 

S . O 

S . O 

S . O 

5 . 0 

S . O 

5 . 0 

S . O 

S . O 

5 . 0 

S . O 

S . O 

S . O 

5 . 0 

5 . 0 

5 . 0 

5 . 0 

5 . 0 

S . O 

5 . 0 

S . O 

S . O 

OVARIES 

2.63E-0 3 

I.12E-0 7 

6.60E-0 6 

S.32F-0 * 

6.156-0 * 

2.26E-0 S 

1 .346-0 5 

3.316-0 * 

2.99F-0 4 

I.94E-0 3 

1.19E-0 4 

1.026-0 2 

2.916-0 8 

5.336-0 8 

1.496-0 4 

2.B36-0 9 

1.826-0 3 

3.456-0 3 

9.19E-0 5 

6.39E-0 3 

I.28E-0 S 

2.44E-0 3 

5.78E-0 6 

4.14E-0 3 

S.40E-0 4 

S.58E-0 5 

4.S6E-0 S 

1.206-0 4 

3.30E-O S 

L16E-0 4 

9.1*6-0 2 

1.066-0 2 

I . 186-0 2 

7.08E-0 2 

PANCREAS 

1 .•06-0 3 

6.I6E-0 7 

2.36E-0 5 

B.85F-0 * 

2.016-0 4 

2.566-0 6 

2.44E-0 5 

3.-316-0 4 

2.99E-0 4 

1.306-0 3 

1.066-0 4 

1.136-0 2 

3.57E-0 8 

2 . 78E-0 8 

5.066-0 5 

4.346-0 8 

7.6SE-0 4 

3.••E-0 3 

9.I8E-0 S 

6.326-0 3 

1 .43 6 0 5 

1.73F-0 3 

1.016-0 5 

3.826-0 3 

5.86E-0 4 

8.91E-0 5 

7.196-0 5 

1.466-0 * 

5.35E-0 5 

1.536-0 * 

0.1 0 

1 .06E-0 2 

1.36E-0 2 

7.67F-0 2 

BONE 

a 

2 

a 

i 

i 

i . 

i 

3 . 

3 

e. 

3 

i 

3 

1 

2 . 

1 . 

4 . 

3 . 

1 . 

2 . 

3< 

« 

3 

1 

a. 

3 

9 . 

1 

3 . 

1 . 

7 . 

1 . 

9 . 

6 . 

.226-0 * 

•26E-0 7 

,256-0 6 

896-0 3 

,8«E-0 * 

S5E-0 5 

32E-0 S 

77E-0 4 

* IE-0 4 

49E-0 4 

72E-0 5 

OOE-0 2 

49E-0 8 

,686-0 3 

85E-0 S 

63E-0 8 

I9E-0 4 

I2E-0 3 

53E-0 5 

36E-0 3 

5SE-0 6 

9 IE-0 4 

72E - 06 

616-0 3 

24E-0 4 

.316-0 * 

S6E-0 5 

• •6-0 * 

716-0 5 

29E-0 * 

57E-0 2 

06E-0 2 

52E-0 3 

42F-0 2 

R 

1 

2 

1 

1 

2 

2 

1 

3 

3 

9 

6 

1 

3 

2 

5 

2 

T 

3 . 

7 

5 

1 

I 

6 

3 

8 

2 

7 

1 

4 

1 

8 

1 

1 

6 

MAR 

146-0 3 

• 86E-0 7 

.04E-0 S 

.OSE-0 3 

,506-0 * 

,246-0 5 

.876-0 3 

.36E-0 4 

.046-0 4 

59E-0 4 

05E-0 3 

.04E-0 2 

86F-0 S 

.6 36-0 8 

056-0 5 

,05E-0 8 

I4E-0 * 

•06-0 3 

086-O S 

,086-0 3 

01E-O S 

3IE-0 3 

7SE-0 6 

06E-0 3 

60E-0 * 

7*E-0 * 

•86-0 5 

5*E-0 » 

I 8E-0 S 

4 2E-0 * 

7IE-0 2 

06E-0 2 

I2E-0 2 

94E-0 2 

V 

7 

2 

8 

6 

1 

1 

1 

3 

2 

7 

4 

1 

3 

1 

3 

1 

5 

3 

9 

6 

1 

1 

7 

3 

7 

1 

* 

1 

3 

1 

7 

1 

9 

6 

MAR 

•T2E-0 * 

.30E-0 7 

.02E-0 6 

.2*E-0 * 

.386-0 * 

.75T-0 S 

a**E-O S 

.3IE-0 * 

,996-0 * 

.016-0 * 

. 16E-0 S 

,OOE-0 2 

.92E-0 8 

.856-0 8 

.206-0 5 

,726-0 8 

,46E-0 « 

.•SE-0 3 

.08E-0 S 

,2*6-0 3 

.30E-0 S 

27E-0 3 

.28E-0 6 

.OOE-0 3 

,386-0 * 

39E-0 * 

.76E-0 S 

• 32E-0 * 

.616-0 5 

,201-0 4 

.72E-0 2 

066-0 2 

, TSE-0 3 

.50E-0 2 

6NDC1ST 

7.73E-0 4 

2.25F-0 7 

B. 136-0 6 

1.706-0 3 

1 . 756-0 4 

1.616-0 5 

I.35F-0 5 

4.296-0 4 

3.B7E-0 4 

C . 706-0 4 

3.80F-0 5 

1 . 1 FF-O ? 

3.53E-0 B 

1 .776-0 8 

3.106-0 5 

1.636-0 8 

«.. I2C-0 4 

4.00E-0 3 

S.29E-0 S 

4.7JE-0 3 

3.S2E-0 6 

8.77E-0 4 

S.72C-0 6 

2.46F.-0 3 

e.o2E-o * 

3.066-0 4 

8.616-0 5 

1.666-0 4 

4.126-0 5 

I.44E-0 4 

8.33E-0 2 

I.22E-0 2 

1.026-0 2 

7.5IE-0 2 

SPLEEN 

1 

5 

1 

e 

i 

i 

i 

3 

2 

1 

e 

t 

» 

2 

4 

M 

e . 

3 

9 

6 

1 . 

1 

9 . 

3 . 

5 

e 

s 

i 

4 

1 . 

9 

1 

1 . 

7 . 

.306-0 3 

.016-0 7 

.846-0 3 

. 22E-0 4 

.606-0 4 

.966-0 5 

,966-0 5 

.316-0 * 

.996-0 * 

,056- 0 J 

.16E-0 S 

.096- 0 2 

,146-0 8 

4S6-0 S 

,156-0 5 

476-0 8 

75E-0 4 

44E-0 3 

I6E-0 S 

316-0 3 

39E-0 5 

63E- 0 3 

24E-0 6 

63E-0 3 

68E-0 4 

25E-0 5 

76E-0 5 

37E-0 4 

79E-0 3 

386-0 4 

256-0 2 

066-0 2 

I9E-0 2 

I3E-0 2 

TESTES 

3 

1 

1 

« 

7 

1 

* 

3 

2 

4 

1 

9 

1 

7 

2 

6 

4 . 

3 . 

9 

6 . 

1 

1 

5 . 

2 . 

3 

3 . 

2 . 

1 . 

2 . 

9 . 

T . 

1 . 

9 . 

6 . 

•89E-0 * 

.786-0 8 

.006-0 6 

.S7E-0 * 

.99E-0 S 

.07E-0 S 

.786-0 6 

.3IE-0 * 

,99E-0 * 

•20E-0 4 

,216-0 5 

.37E-0 3 

.85E-0 3 

,996-0 9 

22E-0 S 

99E-I 0 

616-0 * 

37E-O J 

OSE-0 5 

186- 0 3 

2*6-0 3 

I6E-0 3 

32E-0 6 

806- 0 3 

096-0 4 

21E-0 5 

.75E-0 S 

08E-0 4 

71E-0 5 

64E-0 5 

26E-0 2 

066-0 2 

016-0 3 

28E-0 2 

THYMUS 

1 

8 

2 

5 

1 

2 

2 

3 

2 

1 

9 

a 

3 

2 

3 

6 

7 

3 . 

9 

6 . 

1 . 

2 

1 

6 

1 . 

1 . 

1 . 

3 . 

a . 

2 . 

0 , 

1 . 

9 . 

a. 

.66E-0 3 

.OIF-0 7 

.S6E-0 5 

• 8 3E-0 4 

.616-0 * 

.40E-0 S 

.84E-0 5 

3IE-0 4 

.99E-0 4 

38E-0 3 

.70E-0 5 

46E-0 3 

6SE-0 8 

97E-0 8 

S9E-0 5 

ISE-0 8 

33E-0 4 

SOE-0 3 

21E-0 5 

536-0 3 

48C-0 S 

48E-0 3 

46E-0 S 

21E-0 3 

39E-0 3 

OIE-0 3 

23E-0 4 

12E-0 4 

04E-0 S 

99E-0 4 

1 1 

06E-0 2 

09E-0 3 

OOE-02 

THT ont o 

6.0IC-0 4 

2 . 7 IE- 0 7 

8 . 72E-0 6 

4.99E-0 4 

2.526-0 4 

2.3IE-0 4 

1.036-0 4 

I.48E-0 2 

1.3*6-0 2 

5.99E-0 * 

3.416-0 5 

1.016-0 2 

I.90E-0 B 

9.92E-0 O 

I.83E-0 S 

2.03E-0 8 

4.32F-0 4 

3.37E-0 3 

9.06E-O S 

6.67E-0 3 

2.646-0 5 

0 . 1 3 

3.28E-0 3 

0.4 4 

7 . 1 

1 . 6 

4.99F-0 2 

Q.3 9 

I.94E-0 2 

0 . 1 3 

7.34E-0 2 

I.06E-0 2 

8.996-0 3 

6.326-0 2 

UTERUS 

1.136-0 3 

8.236-0 8 

•.936-0 6 

5.73E-0 4 

2.92E-0 4 

2.74E-0 S 

I.40E-0 5 

3.3 1 E-0 4 

2.99E-0 4 

1.04E-0 3 

6.63E-0 S 

6.36E-0 3 

2.25E-0 8 

2.38E-0 8 

6.61E-0 5 

1.946-0 9 

1.056-0 3 

3.496-0 3 

9.2 0 6-0 5 

6.5 6 E-0 3 

L32E-0 S 

2.98E-0 3 

7.3IE-0 6 

6.70E-0 3 

6.87E-0 4 

S.69E-0 S 

4.93E-0 S 

I.40E-0 * 

4.77E-0 5 

I.57E-0 * 

0.1 * 

I.06E-0 2 

1.306-0 2 

9.266-0 2 
NUCLI0 6 

BA-I37 M 

BA-14 0 

LA- 1 40 

C6-14 I 

C6-I4 3 

*Js» 

SOL 

O 

o 

w 

Y 

w 

D 

Y 

W 

D 

Y 

W 

O 

V 

w 

O 

Y 

w 

-

Y 

W 

D 

Y 

W 

D 

Y 

W 

D 

Y 

W 

D 

F l 

1.006-0 1 

1.006-0 1 

1.006-0 4 

1.006-0 * 

1.006-0 * 

1.006-0 * 

1.006-0 * 

I a 006-0 4 

I .006-0 4 

1.006-0 4 

1.006-0 4 

1.006-0 4 

I.006-0 4 

I.OOE-0 4 

I.OOE-0 4 

t.OOE-0 4 

I.OOE-0 4 

I.OOE-0 4 

1.OOE-0 4 

I.OOE-0 4 

I.OOE-0 4 

I.OOE-0 4 

I.OOE-0 4 

I.OOE-0 4 

1.006-0 4 

1.006-0 4 

I.OOE-0 4 

1.OOE-0 4 

I.OOE-0 4 

I.OOE-0 4 

AMAD 

S.O 

S.O 

S.O 

S.O 

S .O 

S .O 

S .O 

S.O 

5 . 0 

S.O 

S.O 

5 . 0 

5 . 0 

5 . 0 

5 . 0 

5 . 0 

S.O 

S.O 

S.O 

S.O 

5 . 0 

S.O 

5 . 0 

5 . 0 

S .O 

S .O 

5 . 0 

5 . 0 

5 . 0 

5 . 0 

LUNGS 

9.656 -

4.24E -

1.6*6 -

2.566 -

1.8IE -

I.44E -

1.26F -

1.146 -

1.646 -

1 . 0 

0.2 6 

8.75E -

2.43E -

2.05E -

L39E -

4.03E -

3.666 -

I.626 -

9.43E -

8.856 -

4.9S6 -

1.956 -

I.64E -

l.616 -

0.1 0 

1.396 -

2.8*6 -

4 7 . 

5 . 2 

9.276 -

RES LY.M 

0 6 9.656-0 6 

0 3 3.80E-0 2 

02 1 .70E-0 2 

02 4.6SE-0 2 

0 2 4.62E-0 2 

0 3 8.47E-0 3 

02 I.336-0 2 

02 1.316-0 2 

0 3 1.216-0 2 

7 . 9 

1 . 3 

0 3 6.40E-0 2 

02 3.146-0 2 

02 3.S8E-0 2 

0 3 I.38E-0 2 

04 4.036-0 * 

04 3.666-0 * 

0 4 I.78E-0 4 

04 9.43E-0 * 

0 * 8.86E-0 * 

0 * 5.24E-0 4 

0 2 3.4*6-0 2 

02 2.63E-0 2 

0 3 I.216-0 2 

1 . 5 

02 7.34E-0 2 

0 * 2.92E-0 3 

3.31 6 0 3 

2 6 . 

02 1 . 0 

TOTAL INHALATION DOSES 

ALPHA O a 2 0 

(REM/MICROCURIEI 

S WALL S I WALL U 

2.02E-0 6 1.83E-0 7 I 

I.57E-0 3 3.216-0 3 I 

2.90E-0 3 6.766-0 3 2 

7.79E-0 4 I.a5E-0 3 9 

7.77E-0 4 1.746-0 3 8 

7.82E-0 4 1.276-0 3 • 

t.436-0 3 3.37E-0 3 I 

I .266-0 3 2.9SE-0 3 I 

8.42E-0 4 l.9*E-0 3 7 

5.44C-03 . 1. 2 3E-0 2 7 

• .936-0 3 l.l*E-0 2 6 

•.306-0 3 7.536-0 3 3 

I . I I E-0 3 2.74E-0 3 I 

9.77E-0 4 2.426-0 3 I 

S.056-0 4 I.2S6-0 3 7 

2.25E-0 5 6.0IE-0 6 1 

I.636-0 5 4.93E-0 6 9 

I.56E-0 4 4.SIE-0 S 9 

3.95E-0 5 9. 2 7E-0 6 I 

3.326-0 5 7. 8 IF-0 6 I 

3.086-0 4 7.24E-0 3 I 

1.156-0 3 2.86E-0 3 I 

1.076-0 3 2.586-0 3 I 

7.83E-0 4 1.576-0 3 6 

2.316-0 4 5.766-0 4 3 

2.066-0 4 5.136-0 4 3 

t.OOE-0 4 2.49E-0 * I 

8.576-0 4 2.I3E-0 3 I 

7.896-0 * 1.916-0 3 I 

5.276-0 4 1.076-0 3 5 

L l WALL 

.766-0 7 

.186-0 2 

.076-0 2 

•28E-0 3 

.38E-0 3 

• 7SE-0 3 

.426-0 2 

.236-0 2 

.906-0 3 

.056-0 2 

•39E-0 2 

• 38E-0 2 

.586-0 2 

•39E-0 2 

•I7E-0 3 

.186-0 6 

•83E-0 7 

.066-0 6 

•74E-0 6 

.496-0 6 

.3SC-0 5 

.40E-0 2 

.2*6-0 2 

.77E-0 3 

.416-0 3 

.04E-0 3 

.•7E-0 3 

•25E-0 2 

.116-0 2 

••86-0 3 

L L I WALL 

6.96E-0 8 

3.896-0 2 

3.94E-0 2 

2.686-0 2 

2.39E-0 2 

1.22E-0 2 

2.92E-0 2 

2.S4E-0 2 

1.60E-0 2 

0.2 1 

0.1 9 

9.356-0 2 

4.SIE-0 2 

3.9SE-0 2 

2.05E-0 2 

6.8SE-0 8 

6.47E-0 8 

5.4IE-0 7 

1 .016-0 7 

1.1IE-0 7 

8.37E-0 7 

3.87E-0 2 

3.42E-0 2 

I.79E-0 2 

I.02F-0 2 

9.09E-0 3 

4.39E-0 3 

3.77E-0 2 

3.33E-0 2 

1.626-0 2 

T 

4 

2 

1 

e 

i 

3 

4 

• 

T 

2 

a. 

0. 

m4 

9. 

2. ill 

6. 

5. 

1 . 

1 . 

1 . 

5. 

9 . 

2 . 

2 . 

t. 

2 . 

e 

BODV 

.59E-0 7 

.40E-0 3 

32E - 03 

23E-0 * 

23E-0 3 

.686-0 3 

, 28E-0 * 

20E-0 * 

• 73E-0 * 

016-0 2 

ISE-0 2 

2 0 

62E-0 * 

666-0 * 

446-0 3 

986-0 6 

006-0 6 

20E-0 6 

38E-0 S 

38F-0 S 

23E-0 3 

86E-0 4 

86E-0 4 

44E-0 3 

286-0 3 

946-0 3 

756-0 2 

. 6 

3 9 . 

1 . 59E 0 2 

ADPEN 

5.8*6-0 7 

2.686-0 3 

9.41E-0 4 

I.47E-0 4 

4.20E-0 4 

I.48E-0 3 

9.28E-0 S 

1.366-0 4 

2.686-0 * 

8.556-0 4 

6.50E-0 3 

2.67E-0 2 

3.926-0 6 

S.*6E-0 5 

2.*7E-0 * 

9.79E-0 8 

1 .86E-0 7 

4.07E-0 7 

1 .486-0 7 

2.70E-0 7 

6.63E-0 7 

1 .236-0 * 

3.086-0 * 

9.836-0 4 

8.106-0 5 

7.0SE-0 * 

2.89E-0 3 

0.2 9 

1 . 6 

6 . 3 

BL WALL 

6.72E-0 8 

2.116-0 3 

1.076-0 3 

1 .086-0 * 

I.S9E-0 4 

3.42E-0 4 

1 .386-0 4 

1.326-0 4 

I.32E-0 * 

2.946-0 4 

2.69E-0 3 

1.106-0 2 

1.986-0 6 

2.766-0 5 

1.256-0 4 

8.676-0 9 

5.336-0 8 

1.776-0 7 

1.596-0 8 

8 . 4 76-0 8 

3.206-0 7 

1.566-0 4 

1 .796-0 4 

2.736-0 4 

4.05E-0 S 

3.536-0 4 

1.446-0 3 

0.1 4 

0.7 8 

3 . 2 

KIDNEYS 

3.16E-0 7 

1.706-0 3 

2.496-0 3 

3.78E-0 4 

4.34E-0 3 

1 . 9 IE- 0 2 

I.49E-0 4 

8.776-0 4 

3.426-0 3 

2.30E-0 2 

0.2 7 

l . l 

2.I4E-0 4 

2.986-0 3 

L3S6- 0 2 

3.0SE-0 7 

3.S3E-0 6 

L l 7E-0 S 

4.70E-0 7 

5.516-0 6 

2.156- 0 5 

2.986-0 4 

2.80E-0 3 

1.226- 0 2 

4.44E-0 3 

3.87E-0 2 

0 . 16 

1 6 . 

8 6 . 

3.48 6 0 2 

LIVE R 

5.82E-0 7 

I.S7E-0 3 

3 . 54 E-0 3 

I.I8E-0 3 

1.486-0 2 

6.526-0 2 

3 . 13E-0 4 

2.8*6-0 3 

I.I7E-0 2 

7.87E-0 2 

0.9 3 

3 . 9 

7.39E-0 * 

1.036-0 2 

4.66E-0 2 

1.03E-0 6 

1.216-0 5 

4.OOE-OS 

I.S2E-0 6 

1.88E-O S 

7.3SE-0 S 

8.47E-0 4 

9.50E-0 3 

4.216-0 2 

1.536-0 2 

0 . 1 3 

0.5 S 

5 5 . 

2.9S E 0 2 

I.20 E 03 
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50 
TOTAL INHALATION DOSES 

ALPHA 0 •> 20 

(REM/M ICROCUR I E I 

NUCLIDE 

TL-20 7 

TL-20 8 

TL-20 9 

"8-20 9 

PB-21 0 

PB-2I I 

PB-21 2 

PB-21 4 

81-21 0 

81-21 1 

81-21 2 

BI-21 3 

B1-21 4 

"0-21 0 

PO-21 1 

PO-21 2 

PO-21 3 

PO-21 4 

PO-2 I 5 

--•0-216 

PO-21 8 

AT-21 7 

9N-2I 9 

RN-22 0 

RN-22 2 

FR-22 1 

SOL 

W 

-

H 

W 

W 

at 

-

w 

w 

H 

W 

H 

M 

H 

O 

H 

D 

4 

D 

W 

0 

4 

• > 

W 

D 

H 

D 

H 

D 

D 

4 

4 

* 

0 

F l 

0.9 5 

0.9 5 

0.9 5 

8.OOE-0 2 

8.OOE-0 2 

8.00E-0 2 

8.OOE-0 2 

8.OOE-0 2 

S.OOE-0 2 

5.OOE-0 2 

S.OOE-0 2 

5.OOE-0 2 

5 . OOE-02 

I.OOE-O I 

l.OOE-O t 

I.OOE-0 1 

l.OOE-O I 

I.OOE-O I 

I.OOE-O I 

I.OOE-O I 

I.OOE-O I 

1.006-0 1 

l.OOE-O I 

I.OOE-0 1 

l.OOE-0 1 

l.OOE-O I 

l.OOE-0 1 

l.OOE-0 1 

l.OOE-0 1 

0.9 5 

0 . 0 

0 . 0 

0 . 0 

0.9 5 

AMAO 

5 . 0 

S .O 

S . O 

S.O 

5 . 0 

5 . 0 

5 . 0 

S .O 

5 . 0 

S .O 

5 . 0 

5 . 0 

5 . 0 

S.O 

5 . 0 

S.O 

S .O 

5 . 0 

S .O 

S .O 

5 . 0 

S .O 

5 . 0 

S.O 

S .O 

S .O 

5 . 0 

5 . 0 

S .O 

5 . 0 

44 4 

4 4 * 

4 4 * 

5 . 0 

LUNGS 

I.06E -

1.026 -

-04 

- 0 4 

9.24E-0 S 

1.2*6 -

2 . 2 

0.1 9 

i.e 

0.1 6 

0.3 7 

1.316 -

0.3 7 

1.356 -

0.1 3 

i a . 

0.4 2 

6.616 -

6.61F -

4.25E -

4 . 2 56 -

5.59E -

5.S9E -

1.996 -

1.996 -

3.67E -

3.67E -

2.3*E -

2.34E -

3.45E -

2.99E -

3.78E -

9.1*E -

2.166 -

2.3*6 -

*.86E -

- 0 3 

- 0 2 

- 0 2 

- 0 5 

-05 

-11 

- I I 

- 1 0 

- 1 0 

- 0 8 

- 0 8 

- 0 7 

- 0 7 

- 0 5 

- 0 5 

- 0 2 

- 0 2 

- 0 6 

- 0 4 

- 0 3 

- 0 3 

-02 

RES LVM 

1.066-0 4 

I.02E-0 4 

9.246-0 5 

1.2*6-0 3 

3 9 . 

1 .406-0 3 

2.S4E-0 2 

1.I8E-0 3 

1 . 7 

4.7*6-0 5 

,1.836-0 3 

2.106-0 3 

6.766-0 * 

6 3 . 

4 . 6 

1.666-1 0 

L27E-0 9 

9.666-2 5 

3.876-2 2 

4.36E-I 3 

4.36E- I 3 

8.936-1 2 

3.536-1 3 

1.156-0 9 

1.156-0 9 

9.99E-0 8 

1.00E-0 7 

1.326-0 4 

3.23E-0 4 

2.57E-0 8 

2.5*6**0 6 

2.966-0 5 

1.226-0 5 

7.1JE-O * 

S 

1 

3 

3 

1 , 

6< 

2 

3 

2 

1 

1 

* 

1 

a 

3 

1 , 

3 

3 

6 

1 

4 

4 

2 , 

2 . 

1 

1 

1 . 

1 

2 . 

6 . 

2 

2 

2 . 

1 . 

1 

• ALL 

.33E-0 6 

•66E-0 6 

.33E-0 6 

.326-0 * 

39E-0 * 

1IE-0 * 

.856-0 3 

09E-0 4 

I5E-0 3 

62E-0 6 

,•46-0 * 

99E-0 * 

.78E-0 5 

,496-0 3 

7 1 E-0 3 

9 IE-1 1 

6*E-1 0 

06E-2 4 

206-2 2 

656-1 4 

65E-1 4 

38E-1 6 

58E-I 6 

73E-I 0 

73E-I 0 

52E-0 8 

52E-0 8 

S9E-0 S 

44E-0 S 

3SE-0 9 

616-0 8 

30E-0 7 

5SE-0 7 

S3E-0 4 

S I WALL 

6 

6 

2 

1 

1 

8 

7 

9 

2 

7 

2 

8 

2 

7 

3 

3 

3 

4 

9 

6 

6 

3 

3 

7 

7 

3 

3 

1 

2 

1 

1 

3 

5 

2 

.10E-0 8 

.ISE-0 7 

.14E-0 6 

•7IE-0 * 

.4 BE-0 3 

.69E-0 5 

.82E-0 3 

.S7E-0 3 

.68E-0 3 

. 2 IE-O S 

.76E-0 * 

.97E-0 5 

• 32E-0 S 

.82E-0 3 

.82E-0 3 

.S2E-1 2 

,S8E-I 2 

. 6 IE-3 * 

.I6E-3 3 

.03E-I 4 

.036-1 * 

• 5 8E-I 6 

.39E-I 6 

.I4E-I 1 

.1*6-1 1 

.O7E-0 8 

.07E-0 8 

. 17E-0 5 

, 6 IE-O S 

06E-0 9 

• 0 3E-0 8 

,696-0 7 

24E-0 8 

• 73E-0 5 

U L I MALL 

3 

7 

3 

2 

a 

3 

2 

3 

1 

8 

1 

5 

7 

« 

2 

4 

« 

2 

5 

9 

9 

2 

1 

2 

2 

9 

9 

4 

1 

6 

« 

1 

3 

1 . 

.886-0 9 

.556-0 7 

.336-0 6 

•73E-0 * 

.95F-0 3 

.526-0 5 

.52E-0 2 

.8SE-0 S 

.•86-0 2 

.79E-0 9 

,786-0 * 

.86E-0 S 

.75E-0 6 

.S9E-0 2 

.25E-0 f 2 

.66E-1 2 

.67E-I 2 

.S7E-4 * 

.106-4 3 

,626-1 4 

.626-1 4 

.IOE-1 5 

.986-1 5 

89E-1 I 

,896-1 1 

.92E-0 8 

.926-0 8 

.766-0 6 

• 08E-0 S 

95E-1 0 

,426-0 9 

,146-0 6 

08E-0 8 

43E-0 S 

L L I WALL 

2.81E-1 0 

1.76E-0 7 

1.S7E-0 6 

1.366-0 * 

3.I0E-0 2 

3.8*6-0 6 

2.94E-0 2 

5.316-0 6 

3.996-0 2 

I.99E-0 9 

3.33E-0 S 

1 .I9E-0 S 

I.37E-0 6 

0.1 * 

6.7AE-0 2 

1.026-1 2 

1.036-1 2 

3.946-5 S 

7.82E-5 4 

4.80E-I 4 

4.80E-I 4 

7 . 2 06-1 5 

6.86E-I 5 

3.I7E-I 2 

3.I7E-I 2 

LI6E-0 7 

I.I6E-0 7 

6.94E-0 7 

1.46E-0 6 

I.44E-1 0 

5.5IE-I 0 

1.32E-0 6 

6.86E-0 9 

2.83E-0 6 

T BODY 

1.S7E-0 6 

3.22E-0 6 

2 . 26E-0 6 

2.156-0 5 

4 . 1 

2.866- 0 3 

2.286-0 2 

2 . SOE-0 3 

I.S7E-0 2 

1.916-0 * 

5.87E-0 3 

2.326-0 * 

2.0*6-0 3 

l . l 

2 . 4 

9.46E-0 7 

9.46E-0 7 

C. 086-1 3 

6.086-1 3 

8.OOE-1 2 

8.006-1 2 

2.876- 1 0 

2.876-1 0 

S.47E-0 9 

S.47E-0 9 

3 . 77E-0 7 

3.77E-0 7 

S.48E-0 * 

5.1*6-0 * 

5 . 446-0 8 

I.3IE-0 S 

3.I3E-0 5 

3 . 39E-0 S 

8.1IE-0 4 

ADPEN 

8.65E-0 8 

2.466-0 6 

1 .456-0 6 

1.456-0 7 

0.7 S 

S.«9E-0 5 

3.35E-0 3 

2.01E-0 4 

6.7SE-0 3 

3.22E-0 6 

S.32E-0 4 

5.44E-0 S 

1.556-0 * 

l . l 

3 . 0 

1.2*6-1 0 

4.08E-1 0 

3.39E-2 3 

I.33E-2 2 

1 . 3 36- 1 6 

I.33E-I 6 

1.75E-I 3 

I.87E-1 3 

6.37E-1 1 

6.37E-I 1 

1.566-0 8 

1.57E-0 8 

• .02E-0 S 

8.426-0 5 

7.066-1 0 

1.806-0 8 

1.376-0 7 

3.3SE-0 7 

I.99E-0 * 

BL WALL 

4.166-0 8 

2.33E-0 7 

I.06E-0 7 

7.26E-0 8 

0.3 8 

2.70E-0 S 

I.75E-0 3 

9.46E-0 5 

3.37E-0 3 

1.60E-0 6 

2.S7E-0 4 

I.37E-0 S 

7.34E-0 5 

0.5 3 

1 . 5 

4.916-1 1 

1.906-1 0 

1.696-2 3 

6.6S6-2 3 

6.63E-I 7 

6.64E-I 7 

8.74E-1 * 

9.33E-1 * 

3.I5E-I 1 

3.166-1 1 

8.08E-0 9 

8 . 106-0 9 

l.9«E-0 5 

4.16E-0 5 

1.956-1 0 

7.73E-0 9 

5.S9E-0 8 

I.36E-0 7 

9.89E-0 5 

KIDNEYS 

4 . 2 0E- 0 7 

I.65E-0 6 

I.37E-0 6 

4.09E-0 6 

2 . 8 

3.75E-0 3 

0.2 5 

1.496- 0 2 

1 . 2 

2.796- 0 4 

5.9*6-0 2 

2.0IE-0 3 

I . 3 7E- 0 2 

1 9 . 

S * . 

I.74E-0 9 

6.8IE-0 9 

6.09E- 2 2 

2.39E-2 I 

1 . 3 1E- 1 * 

1 . 3 1 E- 1 4 

6.64E-1 3 

8.75E-I 3 

S.77E-0 9 

5.776- 0 9 

1.296-0 6 

1.29E-0 6 

2.I9E-0 3 

2.77E-0 3 

2.366-0 8 

1.396-0 6 

8.11E-0 6 

1.37E-0 5 

3.SSE-0 4 

LIVE R 

8.496-0 8 

3.29E-0 6 

1.8IE-0 6 

1.21E-0 6 

3 . 5 

9.22E-0 5 

I.49E-0 2 

2.266-0 * 

1.616-0 2 

3.2 1 E-0 6 

S.3IE-0 4 

S.35E-0 5 

1.56E-0 4 

3 . 3 

9 . 2 

3.26E-1 0 

I.20E-0 9 

1.056-2 2 

4.1IE-2 2 

4.69E-1 5 

4.69E-I 5 

8.27E-I 3 

8.64E-I 3 

I.03E-0- ; 

1.03E-0- . 

1.72E-0 7 

1.72E-0 7 

1.7 5 E-0 * 

3.026-0 * 

6.96E-I 0 

2.83E-0 7 

I.5SE-0 6 

1.356-0 6 

1.99E-0 * 
P.56_ 

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TOTAL INHALATION DOSES 

ALPHA 0 s 20 

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co 

NUCLIDE 

RA-22 3 

RA-22 4 

OA-22 5 

RA-22 6 

OA-22 B 

AC-22 5 

AC-22 7 

AC-22 8 

TH-22 7 

TH-22 8 

TH-22 9 

TH-23 0 

TH-23 1 

TH-23 2 

TH-23 4 

PA-23 1 

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PA-234 M 

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0.2 0 

0.2 0 

O.2 0 

0.2 0 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

I.00E-O 3 

I.OOE-0 3 

2.OOE-0 4 

2.OOE-0 4 

2.OOE-0 4 

2.OOE-0 4 

2.OOE-0 * 

2.00E-0 * 

2 . OOE-0 * 

2.OOE-0 * 

2.OOE-0 4 

2 . OOE-04 

2.OOE-0 4 

2.OOE-0 4 

2.OOE-0 4 

2.OOE-0 4 

I.OOE-0 3 

I.006-0 3 

I.OOE-0 3 

I.OOE-0 3 

1.00E-0 3 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

2.00E-0 3 

S.OOE-0 2 

5.00E-0 2 

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5 . 0 

5 . 0 

5 . 0 

5 . 0 

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5 . 0 

5 . 0 

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5 . 0 • 

5 . 0 

5 . 0 

5 . 0 

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3.63 6 

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1.87 6 

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3.93E -

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0.1 0 

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2.586 -

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4.42 E 

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4.40 E 

1 .33 6 

1 .03 6 

5.72E -

3.66E -

1.24 E 

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0 . 16 

0.1 8 

2.S2 E 

1 .13 6 

4.62E -

0 2 

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0 2 

- 0 3 

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0 4 

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4.4IE-0 2 

4.49E -

4.4SE -

6.416 -

5.83E -

5 . 1 BE 

1 .78 6 

6 . 6 

- 0 5 

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0 4 

0 2 

S WALL 

I.83E-0 2 

1.156-0 2 

2.95E-0 3 

5.00E-0 3 

6.25E-0 3 

3.37E-0 2 

3.I8E-0 2 

2.786-0 2 

3.506-0 2 

7.71E-0 4 

6.66E-0 4 

6.35E-0 3 

6.356-0 3 

3.72E-0 2 

I.53E-0 2 

6.246-0 2 

8.676-0 2 

3.72F-0 3 

3.BS6-0 3 

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3.886-0 * 

5.••6-0 3 

1.026-0 2 

3.196-0 3 

2.836-0 3 

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1 .09E-0 3 

1.83E-0 7 

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2.316-0 2 

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.29E-0 3 

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56E-0 2 

L L I WALL 

0.6 3 

0.4 5 

0 . 1 1 

0.2 6 

7.05E -

0.7 1 

0.6 3 

0.6 4 

0.1 1 

2.53E -

1.966 -

0.3 3 

0.2 9 

l . « 

0.5 7 

0.6 7 

0.3 6 

0.1 6 

0.1 4 

7.696 -

6.68E -

0.1 * 

0.1 3 

0.1 3 

0.1 2 

0.1 9 

0.1 8 

3.04E -

2.71E -

I.I8E -

1.0*6 -

3.06E -

2.6^E -

O.S I 

0.1 7 

9.5BE -

- 0 2 

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0 2 

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T BODV 

0.6 3 

0 . 17 

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I.77 E 

3 . 126-

9.92E -

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6 1 . 

1 . 166-

1.516 -

1 7 . 

6 4 . 

2 . 19E4.0IE -

6 5 . 

2.85 E 

7.6IE -

l.«3E -

6.46E -

6 . 466 -

2.97E -

3.006 -

1 9 . 

7 . 7 

2 3 . 

0 2 

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0 2 

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0.3 6 

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A.4IE * - 0 2 

8.8*6-0 2 

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2.976 - - 0 * 

1.196-0 3 

3.78E -

0.1 6 

0.4 6 

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7.13E -

2.19E -

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2 . 6 

9.01E -

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2.95E -

7.43E -

3.8*6 -

6.766 -

2.306 -

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0.6 4 

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BL WALL 

0.1 8 

5.33E-0 2 

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2.36E-0 2 

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1 .5 1 E-0 * 

5.91E-0 4 

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9.04E-0 6 

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4.58E-0 4 

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2.36E-0 4 

3.08E-0 4 

7.I9E-1 0 

L20E-0 9 

1.30E-0 4 

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0.3 2 

7.30E-0 2 

0.1 8 

KIDNEYS 

0.4 1 

0.1 4 

0.3 9 

0.8 5 

0.6 2 

0.1 4 

1 . 2 

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2.69 E 

7.34E -

6.69E -

3.89E -

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1 . 9 

4 . 6 

0.5 3 

2 . 8 

1.086 -

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7.80E-0 5 

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- 0 4 

2.44E-0 4 

2 . 6 

1 1 . 

3 6 . 

LIVE R 

0.3 7 

0 . 1 1 

0.7 1 

0.8 5 

0.7 3 

0.7 1 

8 . 6 

3.64 E 

2.09 E 

3.886 -

4.78E -

7.5SE -

0.6 6 

1 . 6 

1 3 . 

6 . 4 

2 3 . 

2 . 7 

1 4 . 

5.24E -

1.5 9 E2 . 4 

1 2 . 

3.26E -

4.IIE -

7.40 E 

3.75 E 

1.326 -

I.37E -

1.36E -

1.1*6 -

2.9 0 6-

6.73E -

1 . 6 

0.2 0 

0.3 2 

0 2 

0 3 

- 0 3 

- 0 2 

- 0 2 

- 0 5 

- 0 * 

• 0 4 

- 0 3 

0 2 

0 3 

0 3 

0 2 

- 0 8 

0 7 

0 * 

0 4 
THYROID 

0.3 6 

0 . 10 

0.3 5 

0.8 5 

0.6 1 

UTERUS 

0.3 6 

0.1 1 

0.3 S 

0.8 5 

0.6 2 

' TOTAL INHALATION OOSES 

ALP I'A 0 a 2 0 

IREN/MICROCURIEI 

NUCLIDE SOL F | AMAD OVARIES PANCREAS BONE R MAR V MAR CNOOST SPLEEN TESTES THYMUS 

14-22 3 •, 0.2 0 5. 0 0.3 6 0.3 6 L S 1. 6 0.3 6 12 . 0.3 6 0.3 6 0.3 6 

•IA-22 4 W 0.2 0 S.O 0.1 0 0.1 1 0.8 0 0.5 2 0.1 1 4. 2 0.1 1 0.1 0 0.1 0 

4A-22 5 W 0.2 0 S.O 0.3 6 0.3 5 1. 5 1. 6 0.3 5 13 . 0.3 5 0.3 6 0.3 S 

1A-22 6 W 0.2 0 S. O 0.8 5 0.8 5 62 . 3. 2 0.8 6 29 . O.ES O.eS 0.8 5 

NA-22 8 W 0.2 0 S.O 0.6 1 0.6 2 32 . 1. 9 0.6 2 15 . 0.6 2 0.6 1 0.6 2 

AC-22 5 Y I.OOE-0 3 5. 0 7.18E-0 2 4.47E-0 2 0.2 8 0.2 8 4.37E-0 2 2. 3 4.43E-C 2 6.6IE-0 2 4.4SE-0 2 4.63E-0 2 4.5SE-0 2 

• 1.006-0 3 S. O 0.3 9 8.86E-0 2 3. 1 2. 7 S.74E-0 2 26 . 8.7*6-0 2 0.3 8 8.74E-0 2 0.1 3 8.826-0 2 

IIC-22 7 V I.OOE-0 3 S. O 18 . 3. 1 2.8I E 0 2 2.35 E 0 2 3. 1 2.34 6 0 3 3. 1 la . 3. 1 3. 1 3. 1 

W I.OOE-0 3 5. 0 99 . IS . I.60 E 0 3 I.33 E 0 3 19 . I .33 E 04 IS . 99 . IS . IS . IS . 

AC-22 8 V I.OOE-0 3 £. 0 4.976-0 4 3.376-0 * I.23E-0 2 I.04E-0 2 2.S4E-0 4 0.1 1 3.03E-C 4 3.326-0 * 3.38E-0 * 2. 4 16-0 4 3.046-0 * 

W I.OOE-0 3 S.O 2.82E-0 3 I.22E-0 3 0.1 1 9.05E-0 2 1.156-0 3 0.9 9 I.ISE-C 3 2.686-0 3 1.226-0 3 1.136-0 3 1.186-0 3 

TH-22 7 Y 2.OOE-0 4 E.O 3.7SE-0 2 3.78E-0 2 0.6 S 0.5 8 3.77E-0 2 5. 4 3.72E-C 2 3.70E-0 2 3.786-0 2 3.76F.-0 2 3 . 7SE-0 2 

» 2.OOE-0 4 S.O 0.1 5 0.1 6 7. 5 6. 3 0.1 6 63 . O.I S O.I S 0.1 6 0.1 6 0.1 6 

TH-22 8 V 2.OOE-0 4 ! . O 0.4 4 0.4 6 31 . 26 . 0.4 6 2.80 E 02 0.4 S 0.4 3 0.4 6 0.4 6 0.4 6 

• 2.OOE-04 S.O 2. 6 2.7 2.83E 02 2.37E 02 2. 7 2.58E 03 2. 6 2. 6 2. 7 2. 7 2. 7 

j £ IH-22 9 V 2.OOE-04 !. 0 1.8 1.8 3.906 02 3.2SE 02 1.8 3.866 03 1.7 L S 1.8 1.7 1.8 

W 2.OOE-04 S.O 4.6 «.9 2.IOE 03 l.7«E 03 S.2 2.08E 0* 4. 5 «.S 4. 8 4. 6 4. 8 

IH-230 V 2.OOE-04 S.O 0.53 0.56 I.52E 02 1.26E 02 0.S6 I.97E 03 0.S6 0.53 0.56 0.5 6 0.5 6 

» 2.OOE-04 S.O 2.8 3.0 8.226 02 6.8IE 02 3. 0 1.076 04 3.0 2. 8 3. 0 3. 0 3. 0 

TH-231 Y 2.OOE-04 S.O S.4IE-0S I.03E-0S 6.93E-0S 6.OOE-OS 1.146-0 5 4.74E-04 8.68E-06 4.64E-0 6 8.8IE-0 6 2.75E-0 6 I.S5E-0 5 

W 2.OOE-04 S.O 6.37E-0S 2.48E-0 5 5.606-0 * 3.42E-0 * 3.5IE-0 5 3.S1E-03 2.23E-C5 2.04E-0 5 2.35E-0S 1.766-05 2.89E-0S 

IH-23 2 V 2.306-0 * S.O 0.50 0.53 1.616 02 I.33E 02 0.S3 2.24E 03 O.SO 0.50 0.S3 0.S3 0.5 3 

W 2.OOE-04 S.O 2.5 2.6 8.62E 02 7. I3E 02 2. 6 1.206 04 2. 5 2. 5 2. 6 2. 6 2. 6 

IH-234 Y 2.OOE-04 5. 0 1.4SE-04 9.47E-0S I.76E-0 3 7. IOE-04 9.02E-0S I.3JE-0 3 9.07E-0S 6.49E-0 5 1.026-0 * 7.2*6-0 5 9.87E-0 5 

W 2.OOE-04 S.O 8.936-0 * 8.926-0 4 2.41E-02 9.296-0 3 9.37E-0 * I.8IE-0 2 8.84E-C4 8.13E-0 * 8.93E-0 4 8.66E-0 4 S.9SE-04 

PA-231 Y I.OOE-03 E.O 38 . 6.3 4.7SE 02 4.OOE 02 6. 0 4.6SE 03 5. 9 38 . 6. 0 6. 0 S.9 

W 1.006-03 5. 0 1.9SE 02 29 . 2.39E 03 2.0I E 03 29 . 2.37E 04 29 . L96 E 02 29 . 29 . 29 . 

->A-233 V 1.006-03 5.0 8.0SE-04 3.47E-04 4.97E-04 4.02E-04 2.2IE-0 4 4.07E-0 4 2.73E-04 l.OSE-0* 3.62E-0 4 9.666-0 5 3.256-0 * 

• I.OOE-03 5. 0 1.266-03 7.22E-0 * 4.44E-03 1.4SE-03 6.34E-0 * 3.29E-0 3 4.186-0 4 5.98E-04 4.62E-0 4 2.2SE-04 4.S2E-04 

OA-234M V I.OOE-03 S.O 2.42E-09 6.00E-0 9 5.06E-09 4.40E-09 2.74E-0 9 4.43E-0 9 5.576-0 9 5.30E-I 0 9.74E-0 9 3.26E-0 9 I.30E-0 9 

• I.OOE-03 S.O 6.44E-09 6.806-0 9 3.8IE-0 8 I.7SE-08 3.63E-0 9 2.94E-0 8 6.30E-C9 4.7SE-09 1.046-08 4.0SF-0 9 2.03E-0 9 

PA-234 Y I.OOE-03 S.O «.596-0 * 3.266-0 4 1.226-0 * 2.06E-04 I.32E-0 4 1.206-0 * 2.S7E-04 3.S6E-0S 3.I3E-0 4 9.776-0 5 2.59E-04 

• I.OOE-03 S.O «.186-0 4 3.27E-04 2.22E-0 * 2.30E-0 * I.48E-0 4 I.98E-0 * 2.46E-0 4 « . 986-05 2.986-0 * 9.77E-0 5 2.366-0 * 

1-232 V 2.00E-0 3 S.O 0.66 0.6 * 4* . 34. 0.64 3.69E 02 0.61 0.6 6 0.64 0.6 3 0.6 3 

W S.OOE-02 S.O 0.14 0.14 100. 62 . 0.1 * 6.886 02 0.1 3 0.14 0.14 0.14 0.14 

D S.OOE-02 S.O 0.3 2 0.34 3.I7E 02 I.96E 02 0.3 9 2.I7E 03 0.32 0*32 0.34 0.34 0.3 * 
TOTAL INHALATION DOSES 

ALPHA O <= 2 0 

(REH/MICROCURIEI 

cn 

NUCLIDE 

U - 2 33 

U-23 4 

1J-23S 

U-23 6 

•J-23 7 

U-23 8 

U-24 0 

NP-23 7 

NP-23 8 

NP-23 9 

NP-240 M 

NP-24 0 

PU-23 6 

•--U-238 

SOL 

Y 

W 

D 

Y 

W 

D 

V 

W 

o 

Y 

W 

D 

Y 

W 

0 

Y 

W 

0 

V 

w 

o 

Y 

w 

Y 

W 

V 

w 

Y 

w 

V 

a) 

V 

w 

Y 

w 

F l 

2.00F-0 3 

S.OOE-0 2 

5.OOE-0 2 

2.00E-0 3 

S.OOE-0 2 

S.OOE-0 2 

2.OOE-0 3 

S.OOE-0 2 

S.OOE-0 2 

2.OOE-0 3 

S.OOE-0 2 

S.OOE-0 2 

2.OOE-0 3 

S.OOE-0 2 

S.OOE-0 2 

2.OOE-0 3 

5.OOE-0 2 

5.OOE-0 2 

2.OOE-0 3 

S.OOE-0 2 

S.OOE-0 2 

I.OOE-0 3 

I.OOE-0 3 

1.OOE-0 3 

I.OOE-0 3 

1.006-0 3 

1.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

1.OOE-0 3 

3 . OOE-OS 

3.OOE-OS 

3 . OOE-OS 

3.00E-0 5 

AMAD 

5 . 0 

5 . 0 

S .O 

5 . 0 

S .O 

5 . 0 

S .O 

5 . 0 

S.O 

5 . 0 

5 . 0 

S .O 

5 . 0 

5 . 0 

S.O 

S.O 

S . O 

S .O 

S.O 

S .O 

S .O 

5 . 0 

5 . 0 

5 . 0 

5 . 0 

S .O 

S .O 

5 . 0 

S .O 

5 . 0 

5 . 0 

S .O 

5 . 0 

5 . 0 

5 . 0 

LUNGS 

1 .93 6 

2 1 . 

0.4 0 

j1.916 

iT7" 

0.3 9 

1.73E 

1 9 . 

0.3 6 

1.80 6 

2 0 . 

0.3 7 

9.4SE -

8.54E -

8.74E -

1.7I E 

1 9 . 

0.3 S 

1.36E1.216 -

2.126 -

2.03 6 

2 3 . 

1.886 -

8.87E -

7.806 -

7.I7E -

2.26E -

2.17E -

I.52E -

1.396 -

1 .60 6 

2 5 . 

2.17 E 

2 4 . 

0 2 

RES LYM 

1 .37 E 

1 .06 6 

4 . 3 

02,) 1 .35 E 

0 2 

02 

- 0 3 

- 0 3 

- 0 * 

0 2 

- 0 2 

- 0 2 

- 0 3 

02 

- 0 2 

- 0 3 

- 0 3 

- 0 3 

- 0 4 

- 0 4 

- 0 3 

- 0 3 

02 

0 2 

1.05 E 

4 . 2 

1 .22 6 

9 5 . 

3 . 8 

1 .28 6 

9 9 . 

4 . 0 

1 . 04E1.126 -

7.30E -

1.20 6 

9 3 . 

3 . 7 

1 .676 -

1.236 -

1.186 -

1 .43 6 

1 . H E 

0.6 7 

1 .42E -

1.07 E 

7.70E -

2.57E -

2 . 186-

1.796 -

I.39E -

3.98 E 

1 . I6 E 

1 .38 6 

1 .21 6 

0 * 

0 2 

0 * 

0 2 

0 * 

0 * 

- 0 2 

- 0 2 

-0 3 

0 * 

- 0 2 

- 0 2 

- 0 2 

0 * 

0 2 

- 0 2 

- 0 2 

- 0 3 

- 0 * 

- 0 * 

- 0 3 

- 0 3 

0 3 

0 2 

0 * 

0 2 

S WALL 

A.39E-0 3 

7.9SE-0 3 

I.69E-0 2 

4.376-0 3 

7.89E-0 3 

1.676-0 2 

1 .186-0 2 

8.586-0 3 

I.69E-0 2 

4.116-0 3 

7.43E-0 3 

1.58E-0 2 

7.89E-0 4 

7.14E-0 4 

4.36E-0 4 

S.87E-0 3 

7.29E-0 3 

1.SOE-0 2 

1.76E-0 3 

1.S2E-0 3 

1 .196-0 3 

2.46F-0 2 

8.73E-0 2 

1.2IE-0 3 

1.IOE-0 3 

8.92E-0 4 

7.9SE-0 4 

S.65E-0 6 

4.85E-0 6 

L65E-0 4 

1 .426-0 4 

4.6IE-0 3 

4.25E-0 3 

4.2*E-0 3 

•.0*6-0 3 

S I WALL 

9 

1 

1 

9 

1 

1 

1 

1 

1 

9 

1 

1 

2 

1 

9 

1 

1 

1 

3 

3 

2 

2 

9 

2 

2 

2 

1 

6 

5 

1 

9 

1 

1 

1 

9 . 

.8SE-0 3 

.24E-0 2 

.906-0 2 

.81E-0 3 

• 2 3E-0 2 

.69E-0 2 

.74E-0 2 

.37E-0 2 

a96E-0 2 

• 24E-0 3 

.16E-0 2 

•78E-0 2 

.OOE-0 3 

.70E-0 3 

.79E-0 * 

.26E-0 2 

,166-0 2 

.70E-0 2 

.69E-0 3 

• 09E-0 3 

.65E-0 3 

.74E-0 2 

.22E-0 2 

•94E-0 3 

.616-0 3 

,176-0 3 

.9IE-0 3 

. 6 IE-0 7 

.92E-0 7 

.066-0 * 

.I3E-0 S 

. IOE-0 2 

.OOE-0 2 

05E-0 2 

5*E-0 3 

U L I WALL 

5 

* 

3 

S 

* 

3 

a 

5 

3 

5 

4 

3 

8 

7 

4 

7 

« 

3 

1 

1 

8 

8 

0 

I 

9 

9 

8 

2 

2 

7 

6 

6 

5 

6 

5 . 

.4*6-0 2 

a97E-0 2 

.706-0 2 

a«*E-0 2 

.96E-0 2 

.696-0 2 

.356-0 2 

.416-0 2 

a TSE-9 2 

.I4E-0 2 

.70E-0 2 

.486-0 2 

.93E-0 3 

a SOE-0 3 

.07E-0 3 

.I3E-0 2 

.836-0 2 

.32E-0 2 

.266-0 2 

,0SE-0 2 

,896-0 3 

.57E-0 2 

. 1 6 

.08E-0 2 

,486-0 3 

.466-0 3 

.286-0 3 

.35E-0 7 

,*6E-0 7 

.926-0 3 

.93E-0 S 

• 47E-0 2 

.73E-0 2 

, 19E-0 2 

•9E-0 2 

L L I WALL 

0.1 6 

0.1 4 

8.07E-0 2 

0.1 6 

0.1 * 

8.05E-0 2 

0.2 2 

0.1 5 

B.456-0 2 

O.I S 

0.1 3 

7.58E-0 2 

2.3SE-0 2 

L97E-0 2 

1.066-0 2 

0.2 1 

0.1 4 

7.446-0 2 

I.72E-0 2 

L43E-0 2 

I.21E-0 2 

0.2 0 

0.2 1 

2.29E-0 2 

2.OOE-0 2 

2.146-0 2 

1.876-0 2 

•.626-0 8 

5.9*E-0 8 

I.68E-0 5 

I.53E-0 5 

0.1 9 

0.1 7 

0.1 8 

0.1 6 

T BOOY 

6 . 0 

2 . 3 

6 . 5 

5 . 9 

2 . 3 

6 . * 

5 . 3 

2 . 1 

5 . 8 

5 . 6 

2 . 2 

6 . 0 

3 . •0E -

3 . 7*E3.87E -

5 . 3 

2 . 0 

5 . 7 

3.776 -

4.026 -

2.89E -

3 1 . 

I.33 E 

0 * 

•04 

0 * 

0 * 

0 * 

0 * 

0 2 

2.056-0 3 

9.07E -

3.0IE -

3.816 -

3 . 8IE -

4 . 1 06 -

4 . 1 06 -

*.*3E -

S .O 

1 6 . 

2 8 . 

1.21 6 

0 3 

0 * 

0 * 

0 6 

0 6 

0 5 

OS 

0 2 

ADPEN 

8.«2E-0 3 

S.«7E-0 2 

0.1 8 

8.31E-0 3 

5.406-0 2 

0.1 7 

L40E-0 2 

S.03E-0 2 

0.1 6 

7.83E-0 3 

S.09E-0 2 

0.1 6 

9.62E-0 5 

I.S1E-0 4 

2.69E-0 4 

8.296-0 3 

4.84E-0 2 

0.1 6 

6.87E-0 5 

I.14E-0 4 

2.2*6-0 4 

3 . 0 

1 6 . 

4.29E-0 * 

L43E-0 3 

7.54E-0 5 

1 .126-0 * 

9.23E-0 7 

1.016-0 6 

3.09E-0 5 

3.29E-0 S 

0.2 1 

1 . 7 

2 . S 

1 * . 

BL WALL 

4.S6E-0 3 

2.97E-0 2 

9.6*6-0 2 

4.SIE-0 3 

2.93E-0 2 

9.52E-0 2 

4.53E-0 3 

2 . 72E-0 2 

8.78E-0 2 

• .2SE-0 3 

2.76E-0 2 

8.97E-0 2 

1.616-0 4 

1.626-0 * 

1 . 75E-0 * 

4.18E-0 3 

2.626-0 2 

8.486-0 2 

6.77E-0 5 

8.79E-0 5 

1.666-0 * 

1 . 5 

7 . 9 

3.97E-0 * 

8.37E-0 * 

1.306-0 * 

I.24E-0 4 

• .30E-0 8 

8.9IE-0 8 

3.33E-0 6 

3.99E-0 6 

0 . 10 

0.8 4 

1 . 3 

7 . 1 

KIDNEYS 

0.8 9 

s.a 

1 9 . 

0.8 8 

S . 7 

1 9 . 

0.7 9 

5 . 2 

1 7 . 

0.8 3 

5 . 4 

1 8 . 

2.57E -

2.7* 6 

9.7*6 -

0.7 8 

5 . 1 

1 7 . 

- 0 * 

- 0 ? 

- 0 3 

2.36E-0 4 

2.49E -

9.206 -

5 2 . 

2.75 E 

2.926 -

I.81E -

9.87E -

3.34E -

5.566 -

l.*8E -

1.766 -

3.09E -

• . 2 

3 5 . 

« S . 

2.52 E 

- 0 3 

-0 3 

0 2 

- 0 3 

-0 2 

-OS 

- 0 4 

- 0 7 

- 0 6 

- 0 5 

- 0 5 

0 2 

LIVE R 

7.97E-0 3 

5 . I8E-0 2 

0.1 7 

8.316-0 3 

5.40E-0 2 

0.1 7 

I.35E-0 2 

4.73E-0 2 

0.1 5 

7.83E-0 3 

5.096-0 2 

0.1 6 

l . l 1 E-0 * 

1.456-0 * 

2.0 * E-0 * 

8.426-0 3 

4.6IE-0 2 

O.I S 

1.5 8 6-0 * 

• .196-0 * 

2.58E-0 4 

3.99 E 0 2 

2.I3 E 03 

2.12E-0 2 

0.1 4 

2.836-0 * 

2.0*E-0 3 

2.03E-0 6 

9.08E-0 6 

4.36E-0 5 

1.42E-0 4 

3 2 . 

2.74 E 02 

3.49 6 02 

I.9S E 0 3 
TOTAL INHALATION DOSES 

ALPHA 0 = 20 

(REM/MICROCURIEI 

OVARIES PAKCRFAS 8CHE R MAR V MAR ENDOST SPLEEN TESTES THYMUS THYROID UTERUS 

7.976-0 3 3.4IF-0 3 4. 1 0.1 3 8.426-0 3 1. 8 S.4IE-C 3 7.99E-0 3 E.42E-0 3 8.406-0 3 8.406-0 3 

S.I9E-0 2 5.476-0 2 27 . 0.8 2 S.466-0 2 12 . 5.47E-C 2 S.20E-0 2 5.47E-0 2 5.47E-0 2 5.47E-0 2 

0.1 7 0.1 8 88 . 2. 7 O.I S 39 . 0.1 8 0.1 7 0.1 6 0.1 8 0.1 8 

8.306-0 3 8.306-0 3 4. 1 0.1 2 8.33E-0 3 1. 8 8.3IE-0 3 8.30E-0. 4 8.316-0 3 fi.306-03 8.306-0 3 

5.406-0 2 5.40E-0 2 27 . 0.8 0 5.426-0 2 12 . S.40E-C2 S.40E-0 2 5.406-0 2 S.40E-0 2 5.406-0 2 

0.1 7 0.1 7 87 . 2. 6 0.1 8 39 . 0.1 7 0.1 7 0.1 7 0.1 7 0.1 7 

8.576-0 3 1.416-0 2 3. 7 9.816-0 2 I.20E-0 2 1. 5 1.306-0 2 7.29E-0 3 I .79E-0 2 9.70E-0 3 8.24E-0 3 

4.76E-0 2 5.05E-0 2 24 . 0.6 1 ' S.4SE-0 2 9. 9 4.73E-C 2 4.69E-0 2 S.02E-0 2 4.96E-0 2 4.99E-0 2 

0.1 5 0.1 6 79 . 2. 0 0.1 8 32 . O.I S O.I S 0.1 6 0.1 6 0.1 6 

7.82E-0 3 7.82E-0 3 3. 9 0.1 0 7.8SE-0 3 1. 6 7.82E-C 3 7.a2E-0 3 7.S2E-0 3 7.82E-0 3 7.82E-0 3 

S.09E-0 2 5.09E-0 2 25 . 0.6 9 S.IOE-0 2 II . 5.09E-0 2 5.096-0 2 5.096-0 2 S.09F-0 2 S.096-0 2 

0.1 6 0.1 6 82 . 2. 2 0.1 7 35 . 0.1 6 0.1 6 0.1 6 0.1 6 3.1 6 

5.376-0 4 1.356-0 4 I.27E-0 4 2.296-0 * LI8E-0 4 LI7E-0 4 I.IOE-0 * 3.96E-0 5 1.206-0 4 2.551-0 5 2.3IE-0 4 

4.90E-0 4 1.736-0 4 S.76E-0 4 3.28E-0 * l . 76E-0 4 4.36F-0 4 I.54E-C 4 6.H8E-0 S I.SOE-O * S . 97 1 -0 5 2.376-0 * 

3.96E-0 * 2.«6E-0 * 1.826-0 3 5.886-0 * 3.I9E-0 * LJIt-0 3 2.46E-C * 1.53E-0 4 1.716-0 * l.««C-0 « 2.7IE-0 4 

C71 

CTl U-23 8 Y 2.OOE-0 3 S.O 7.40E-0 3 8.256-0 3 3. 6 0.1 0 8.ISE-0 3 l. S 8.2IE-0 3 7.3IE-0 3 8.686-0 3 7.93E-0 J 7.7IE-0 3 

4.5SE-C 2 «.836-0 2 24 . 0.6 S 4.896-0 2 9. 7 4.836-0 2 4.6IE-0 2 «.836-0 2 4.826-0 2 4.826-0 2 

O.I S 0.1 6 78 . 2. 1 0.1 6 32 . 0.1 6 O.I S 0.1 6 0.1 6 0.1 6 

2.33E-0 4 I.OOE-0 4 9.I4E-0 5 I.IJE-O * 4.56E-0 S S.IOE-0 4 7.7SE-C S 2.SI6-0 S 8.006-0 5 2.77E-0 S 1.126-0 * 

2.506-0 4 I.3SE-0 4 4.776-0 4 3.S36-0 4 8.67E-0 S 2.736-0 3 I . 166-0 4 7.I0E-0 S I . I 56-0 4 6 . 716-O S I.38F-0 * 

3.256-0 * 2.216-0 * I.266-0 3 8.03E-0 * I.96E-0 * 6.04E-0 3 2.I4E-0 4 I.72E-0 * I.79E-0 4 I.6SE-0 4 2.4AE-0 4 

2 0 . 3. 0 1.81 6 0 2 1.52 E 0 2 3. 0 2.IS E 03 3. 0 20 . 3. 0 2. 9 3. 0 

1.07 6 02 16 . 9.69 E 0 2 8.13 6 0 2 16 . LIS C 04 16 . 1.08 6 02 16 . 16 . 16 . 

2.03E-0 3 ».976-0 * 9.4SE-0 1 8 . I6E-0 3 3.706-0 * 9.80E-0 2 4.63E-C 4 LI2E-0 3 4.596-0 * 3.016-0 4 6.65E-0 4 

7.766-0 3 1.476-0 3 6.I9E-0 2 S.2IE-0 2 1.346-0 3 0.6 S L40E-0 3 6.96E-0 3 1.396-0 3 1.236-0 3 LS6E-0 J 

4.326-0 * I.IIE-0 4 I.40E-0 4 I.96E-0 4 8. 1 IE-O S S.76E-0 4 8.65E-0 S 3.95E-0 5 e.446-0 5 2.0*6-0 5 1.896-0 4 

• .586-0 * I.40E-0 * 7.756-0 * 4.776-0 4 I.I7E-0 * 3.55E-0 3 9.92E-0 5 I.I2F-0 * 9.76E-0S 3.606-0 5 1.8*6-0 * 

I.286-C 7 I.06E-C6 8.62E-07 8.66E-07 *.146-0 7 S.33E-06 8.50E-C7 6.7IE-0 8 L48E-0 6 4.73E-0 7 7.24E-08 

• .696-0 7 I . 136-0 6 3.746-0 6 2.97E-0 6 S.04E-0 7 3.06E-0 5 9.02E-C 7 4.06E-0 7 1.516-0 6 5.396-0 7 LS4E-0 7 

I.09E-0 5 3.92E-0 S 1.636-0 5 2.I7E-0 S L43E-0 5 6.176-0 5 3.I7E-0 S l.«*E-0 6 4.76E-0 5 L53E-0 5 7.90E-0 6 

1.466-0 5 3.92E-0 S 5.46E-0 S 4.50E-0 S LOSE-0 5 3.36E-0 4 3.07E-C S 6.I6E-0 6 4.5*6-0 5 I.SSE-O S 8.6*6-0 6 

1 . 3 0.2 1 14 . II . 0.2 1 I.29 E 02 0.2 1 1. 3 0.2 1 0.2 1 0.2 1 

I I . 1. 7 I.OOE 0 2 90 . 1. 7 > LOS E 0 3 1. 7 II . 1. 7 1. 7 1. 7 

1 7 . 2. 5 I.S5 E 0 2 I.3I E 0 2 2. 5 I.63 E 0 3 2. 5 17 . 2. 5 2. 9 2. 9 

9 7 . I* . 8.72 E 0 2 7.33 E 0 2 I* . 9.I8 E 0 3 I 4 . 97 . 14 . I* . I* . 

NUCLIDE 

U-23 3 

U-23 4 

U-23 5 

U-23 6 

U-23 7 

U-23 8 

U-24 0 

NP-23 7 

NP-2J 8 

NP-23 9 

NP-240 M 

NP-24 0 

PU-23 6 

OU-23 8 

SOL 

Y 

W 

D 

Y 

• 

0 

Y 

M 

0 

Y 

W 

D 

V 

a 

n 

V 

w 

D 

Y 

w 

D 

Y 

W 

Y 

W 

V 

w 

Y 

w 

V 

w 

V 

w 

Y 

w 

F l 

2.OOE-0 3 

5-OOC-0 2 

S.OOE-0 2 

2 . OOE-03 

5 . OOE-02 

S.OOE-0 2 

2 . OOE-03 

S.OOE-0 2 

S.OOE-0 2 

2 . OOE-03 

5 . OOE-02 

S.OOE-0 2 

2 . OOE-03 

S.OOE-0 2 

S.OOE-0 2 

2.OOE-0 3 

S.OOE-0 2 

5 . OOE-02 

?.OOE-0 3 

5 . OOE-02 

5 . OOE-02 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

1 . OOE-03 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

1 . 006-0 3 

1 . OOE-03 

3.OOE-OS 

3.OOE-OS 

3 . OOE-OS 

3 . OOE-OS 

AMAD 

5 . 0 

5 . 0 

£ . 0 

£ . 0 

5 . 0 

£ . 0 

S. 0 

£ . 0 

£ . 0 

S.O 

S .O 

£ . 0 

S .O 

£ . 0 

S .O 

S. 0 

« . 0 

£ . 0 

5 . 0 

S . O 

5 . 0 

£ . 0 

S .O 

S .O 

S .O 

S.O 

S .O 

£ . 0 

5 . 0 

5 . 0 

S .O 

£ . 0 

S.O 

S.O 

S . O 
TOTAL INHALATION DOSES 

ALPHA O » 2 0 

(REM/MICROCURIEI 

t n 

NUCLIDE 

PU-23 9 

PU-24 0 

PU-24 1 

PU-2* 2 

PU-24 3 

PU- 2 44 

AM-2 41 

A M-2 42 M 

A M-2 42 

AM-24 3 

CM-24 2 

CM-24 3 

Ctf-J M 

CM-24 5 

CM-24 6 

CM-24 7 

CM-,4 8 

CF-25 2 

SOL 

V 

w 

V 

w 

Y 

w 

V 

w 

Y 

W 

Y 

W 

Y 

W 

Y 

W 

V 

w 

Y 

« 

Y 

W 

V 

w 

Y 

w 

Y 

W 

V 

w 

Y 

w 

Y 

W 

Y 

W 

F l 

3.OOE-O S 

3.OOE-OS 

3.OOE-0 5 

3.00E-0 5 

3.OOE-OS 

3 . OOE-OS 

3.OOE-O S 

3 . OOE-05 

3 . OOE-OS 

3.OOE-OS 

3.OOE-0 5 

3 . OOE-OS 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

1.OOE-0 3 

I.OOE-0 3 

1.OOE-0 3 

1 . OOE-03 

I.OOE-0 3 

1.OOE-0 3 

1.006-0 3 

1.OOE-0 3 

1.OOE-0 3 

1.006-0 3 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

1.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

I.OOE-0 3 

1.OOE-0 3 

I.OOE-0 3 

1.OOE-0 3 

I.OOE-0 3 

AMAD 

5 . 0 

S .O 

5 . 0 

S .O 

S .O 

S .O 

S .O 

S . O 

5 . 0 

5 . 0 

S .O 

5 . 0 

5 . 0 

5 . 0 

S .O 

S .O 

S .O 

5 . 0 

S . O 

5 . 0 

5 . 0 

5 . 0 

S . O 

S .O 

5 . 0 

S .O 

S .O 

S .O 

S . O 

S .O 

S .O 

5 . 0 

5 . 0 

S . O 

S .O 

S . O 

LUNGS 

2.07 E 

2 3 . 

2.07 E 

2 3 . 

0.3 9 

S.75EI.96 E 

2 2 . 

1.626 -

i.4se1.95E 

2 2 . 

2.I9 F 

2 * . 

7 8 . 

2 . 6 

0.1 8 

5.936 -

2.12 6 

2 * . 

6 3 . 

2 2 . 

2.2* 6 

2 6 . 

2.16 6 

2 6 . 

2.I5 E 

2 * . 

2.17 6 

2 4 . 

I.99 E 

2 2 . 

7.92 E 

9 2 . 

3.I2 E 

5 0 . 

0 2 

0 2 

-03 

02 

- 0 3 

- 0 3 

0 2 

0 2 

- 0 2 

02 

02 

02 

0 2 

02 

0 2 

02 

02 

RES LVM 

1 

1 

1 

1 

1 

6 

1 

1 

2 

1 

1 

1 

1 

1 

1 

0 

0 

1 

1 

3 

, «6E 

.13 6 

. «6E 

.14 6 

.22 6 

.7*6 -

,39 E 

. 08E 

.636 -

.46E-

,37 E 

• 07E 

,52 6 

.21 6 

.IO E 

9 7 . 

94 

2 3 

.49E 

. I6E 

. 29E 

7 9 . 

1 

1 

9 

1 

1 

1 

1 

1 

1 

1 

S 

• 

5 

2 

. 186 

.27 6 

.92 6 

,26 6 

.52 6 

,18 6 

,54 6 

,19 6 

,41 6 

. 09E 

,S7E 

.36 6 

,62 6 

,34 6 

0 4 

0 2 

0 * 

0 2 

0 2 

- 0 2 

0 4 

0 2 

-0 3 

- 0 3 

0 4 

0 2 

04 

0 2 

04 

04 

0 2 

0 2 

04 

0 2 

0 3 

0 2 

04 

0 2 

04 

02 

0 4 

0 2 

04 

0 2 

0 3 

0 2 

S WALL 

3.986-0 3 

3.786-0 3 

3.986-0 3 

3.80E-0 3 

6.116-0 5 

2.036-0 4 

3.866-0 3 

3.856-0 3 

1 .946-0 * 

1.666-0 * 

6.42E-0 2 

0.1 8 

6.92F-0 3 

1.386-0 2 

5.23E-0 3 

5.89E-0 3 

«.006-0 4 

3.47E-0 * 

2.94E-0 2 

9.2SE-0 2 

4.S3E-0 3 

4.38E-0 3 

1.33E-0 2 

3.5*E-0 2 

•.•66-0 3 

•.26E-0 3 

1 .196-0 2 

3.286-0 2 

a.SIE-0 3 

1 .926-0 2 

•.26E-0 2 

0.1 * 

l . S 

5 . * 

0.1 * 

0.2 7 

S I WALL 

9.8*E-0 3 

8.93E-0 3 

9.89E-0 3 

8.996-0 3 

8.S8E-0 S 

2.20E-0 4 

9.4IE-0 3 

8.73E-0 3 

3.11E-0 * 

2.66E-0 * 

7.85E-0 2 

0.1 8 

1 .25E-0 2 

I.89E-0 2 

9.94E-0 3 

7.11E-0 3 

8.63E-0 * 

7 . 4 8E-0 * 

3.58E-0 2 

9.82E-0 2 

1 .I2E-0 2 

1.04E-0 2 

1.84E-0 2 

4.I8E-0 2 

I.IOE-0 2 

1.0IE-0 2 

1.6BE-0 2 

3.90E-0 2 

1.32E-0 2 

2.3IE-0 2 

4.33E-0 2 

0.1 5 

L l 

4 . 9 

8.73E-0 2 

0.2 7 

U L I WALL 

5.76E-0 2 

5.I0E-0 2 

5.81E-0 2 

5.ISE-0 2 

3.48E-0 4 

5.04E-0 * 

5.53E-0 2 

4.92E-0 2 

6.44E-0 * 

5.5IE-0 4 

0.2 4 

0.2 9 

6.49E-0 2 

6.82E-0 2 

4 . 1 IE-0 2 

1.84E-0 2 

3.30E-0 3 

2.85E-0 3 

0.1 2 

0.1 7 

6.626-0 2 

S.97E-0 2 

7.98E-0 2 

0.1 0 

6.SIE-0 2 

5.786-0 2 

7.I8E-0 2 

9.48E-0 2 

6.436-0 2 

7.086-0 2 

0.1 1 

0.2 * 

l . S 

6 . 3 

0.2 1 

0.4 3 

L L I WALL 

0.1 7 

0.1 5 

0.1 7 

0.1 5 

9.23E -

B.87E 

0.1 7 

0.1 5 

4.42E -

3.78E -

0.4 5 

0.3 7 

0.1 9 

0.1 7 

8.716 -

3.9IE -

5.I9E -

4.49E -

0.2 9 

0.2 * 

0.2 0 

0.1 8 

0.2 2 

0.2 1 

0.1 9 

0.1 7 

0.2 0 

0.1 9 

0.1 8 

0.1 7 

0.2 2 

0.2 6 

l . S 

3 . 7 

0.5 1 

0.5 6 

- 0 * 

- 0 4 

- 0 4 

- 0 4 

- 0 2 

- 0 2 

- 0 3 

- 0 3 

T BODV 

3 1 . 

I.35 E 

3 1 . 

I . 35 6 

C.S6 

2 . 7 

2 9 . 

I.28 E 

3 . «3E4.70E -

2 9 . 

I.27 E 

3 2 . 

I.39 E 

3 0 . 

I.37 E 

4.04E -

I.42E -

3 2 . 

I.39 E 

1 . 3 

3 . 5 

2 2 . 

9 * . 

I e. 

7 * . 

3 3 . 

I.44 E 

3 3 . 

I.43 E 

3 0 . 

I.3I E 

I.22 E 

S.25 E 

9 . 3 

3 1 . 

0 2 

0 2 

0 2 

-OS 

•OS 

0 2 

0 2 

0 2 

0 3 

• 0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

ADREN 

2 . 9 

1 6 . 

2 . 9 

1 6 . 

7.33E -

0.3 3 

2 . 8 

1 5 . 

3.22E -

5.7 1 E2 . 8 

1 5 . 

3 . 1 

1 7 . 

3 . 1 

1 6 . 

i.aseI.74E -

3 . 1 

1 7 . 

3.80E -

0.3 5 

1 . 9 

I I . 

1 . 4 

• 8. 5 

3 . 2 

1 7 . 

3 . 1 

1 7 . 

3 . 0 

1 6 . 

1 5 . 

7 S . 

0.5 5 

3 . 8 

0 2 

0 6 

• 0 6 

( It 

0 3 

0 2 

BL WALL 

L * 

8 . 0 

1 . 4 

8 . 0 

3.666-0 2 

0.1 6 

1 . 4 

7 . 6 

1.386 -

2.516 -

1 . 4 

7 . 6 

1 . 5 

8 . 3 

1 . 6 

a . l 

9.49E -

- 0 6 

- 0 6 

-05 

8.72E-0 4 

1 . 5 

8 . 3 

1.90E -

0 . 1 8 

0.9 6 

5 . 5 

0.7 2 

4 . 2 

1 . 6 

8 . 5 

1 . 6 

8 . 4 

1 . 5 

7 . 8 

6 . 2 

3 3 , 

0.2 1 

1 . 7 

-02 

KIDNEYS 

5 1 . 

2.79 E 

51 . 

2.78 E 

l . l 

5 . * 

4 8 . 

2.64 E 

7.22 E 

4.ISE -

4 8 . 

2.62 E 

5 4 . 

2.8B E 

5 4 . 

2.81 6 

2.82E -

3.016 -

5 * . 

2.87 E 

0.7 0 

7 . 3 

3 5 . 

I.99 E 

2 7 . 

I.59 E 

5 6 . 

2.96 E 

5 5 . 

2.9* 6 

5 1 . 

2.70 6 

2.03 E 

LOB E 

8 . 3 

6 8 . 

0 2 

0 2 

0 2 

- 0 6 

- 0 5 

0 2 

0 2 

0 2 

- 0 3 

-0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 2 

0 3 

LIVE R 

3.94 E 

2.16 E 

3.93 6 

2.I6 E 

8 . 3 

4 2 . 

3.7 4 E 

2.0S E 

4.SO E3.09E -

3.70 E 

2.03 E 

4.I8 E 

2.23 E 

4.I6 E 

2.18 6 

2.I8E -

0.2 3 

4.17 6 

2.22 6 

5 . 4 

5 7 . 

2.74 E 

l.SS E 

2 . 1 I E 

1.23 6 

4.32 E 

2.29 E 

4.27 E 

2.28 6 

3.93 6 

2.09 E 

I.56 E 

8.32 6 

6 3 . 

S.27 E 

0 2 

03 

02 

03 

02 

03 

-OS 

- 0 4 

02 

0 3 

0 2 

03 

02 

0 3 

- 0 2 

02 

03 

02 

03 

02 

03 

0 2 

0 3 

02 

0 3 

02 

03 

03 

03 

02 
TESTES 

2 0 . 

1 .09 E 

2 0 . 

I.09 E 

0 2 

0 2 

THYMUS 

2 . 9 

1 6 . 

2 . 9 

1 6 . 

THYPOI 0 

2 . 9 

1 6 . 

2 . 9 

1 6 . 

UTERUS 

2 . 9 

1 6 . 

2 . 9 

1 6 . 

2 . 8 

I S . 

3 . 1 

I T . 

3 . 1 

1 6 . 

2.IO E 

1.16 6 

1.91 6 

1.061. 

I'.TOf* 

8.9* 6 

0 3 

0 4 

0 3 

0 * 

0 3 

0 3 

2 . 8 

I S . 

3 . 1 

1 1 . 

3 . 1 

i e . 

1 9 . 

1.02 6 

2 1 . 

1 .13 6 

2 1 . 

I.IO E 

0 2 

0 2 

0 2 

2 . 8 

I S . 

3 . 1 

1 7 . 

3 . 1 

1 6 . 

2 . 8 

I S . 

3 . 1 

1 7 . 

3 . 1 

1 6 . 

2 . 7 

1 9 . 

3 . 1 

1 7 . 

3 . 1 

1 6 . 

TOTAL INHALATION DOSES 

ALPHA 0 « 2 0 

IREN/MICROCURIEI 

NUCLIDE SOL F l AMAD OVARIES PAUCHEAS RONE P MAR V MAP ENDOST SPLEEN 

-»U-239 V 3.OOE-OS 5. 0 20 . 2. 9 1.78 6 0 2 I.SO E 0 2 2. 9 2.06 E 0 3 2. 9 

- 3 . OOE-0 5 5. 0 1.09 6 0 2 16 . 9.80 E 0 2 8.26 E 0 2 16 . 1.1* 6 0 4 16 . 

PU-24 0 Y 3.OOE-0 5 5. 0 20 . 2. 9 1.77 E 0 2 I.SO E 0 2 2. 9 2.06 E 0 3 2. 9 

W 3.OOE-OS 5. 0 I.09 E 02 16 . 9.78 E 0 2 8.25 E 0 2 16 . 1.13 6 0 * 16 . 

PU-2* I Y 3.OOE-0 5 S.O 0.4 3 7.33E-0 2 3. 9 ' 3. 3 7.34E-0 2 »l . 7.32E-0 2 0.* * 7.32E-0 2 7.32E-0 2 7.32E-0 2 

W 3.OOE-OS S.O 2. 2 0.3 3 20 . 17 . 0.3 3 2.I2 E 0 2 0.3 3 2. 3 0.3 3 0.3 3 0.3 3 

PU-24 2 Y 3.OOE-OS 5. 0 19 . 2. 8 1.70 E 0 2 I.42 E 02 2. 8 2.0S E 0 3 2. 8 19 . 2. 8 2. 8 2. 8 

W 3.OOE-OS S.O I.04 E 0 2 IS . 9.34 E 02 7.85 E 0 2 IS . I.15 E 04 15 . I.03 E 0 2 15 . IS . 15 . 

OU-24 3 Y 3.OOE-OS S.O 6.94E-0 6 *.526-0 6 2.086-0 5 1.86E-0 S 3.13E-0 6 I.90E-0 * 3.S6E-0 6 2.266-0 6 •.•2E-0 6 1.216-0 6 3.336-0 6 

W 3.OOE-OS S. O L90E-0 S 6.8IE-0 6 1.336-0 4 9.96E-0 S 5.81E-0 6 1.216-0 3 S.69E-0 6 1.506-0 5 6.SIE-0 6 3.5I--F-Q6 S.37E-0 6 

"U-_*l » Y 3.OOE-OS S.O 19 . 2. 8 I.67 E 0 2 1.34 6 0 2 

W 3 . OOE-OS S.O 1.03 6 0 2 IS . 9.22 6 0 2 7.38 6 0 2 

AM-24 1 V I.OOE-0 3 5. 0 21 . 3. 1 I.88 E 02 I .58 E 0 2 

W I.OOE-0 3 S.O 1.12 6 02 17 . I.OI F 0 3 8.SI E 0 2 

AM-242-1 Y I.OOE-0 3 S.O 21 . 3. 1 I . 89C 0 2 I .S9 6 0 2 

tn 

0 0 W I.OOE-0 3 S. O l. l I E 0 2 16 . 9.94 E 0 2 8.37 E 0 2 

AM-24 2 Y I.OOE-0 3 5. 0 9.43F-0 4 I.87E-0 4 9.366-0 3 7.096-0 3 I.86E-0 4 7.77E-0 2 1.666-0 4 9.28E-0 4 1.866-0 * L83E-0 4 1.89E-0 4 

W I.OOE-0 3 S. O 9.76F-0 3 I.74E-.0 3 0.77E-O 2 7.^2E-0 2 I.74E-0 3 0.8 0 I.74E-0 3 9.73E-0 3 I.74E-0 3 1.746-0 3 1.74E-0 3 

A 1*1-243 V I.OOE-0 3 5. 0 21 . 3. 1 I.90 E 0 2 1.59 6 02 3. 1 2.11 6 0 3 3. 1 21 . 3. 1 3. 1 3. 1 

W I.OOE-0 3 S.O 1.12 6 02 17 . 1.01 6 0 3 8.50 E 0 2 IT . 1.13 6 0 4 17 . I.I3 E 0 2 17 . 17 . 17 . 

CM-24 2 V I.OOE-0 3 5. 0 0.2 3 3.806-0 2 2. 1 1. 8 3.80E-0 2 20 . 3.80E-0 2 0.2 3 3.80E-0 2 3.806-0 2 3.80E-0 2 

W I.OOE-0 3 S. O 2. 4 0.3 S 22 . 18 . 0.3 5 1.97 6 0 2 0.3 5 

CM-24 3 V I.OOE-0 3 S.O 13 . 1. 9 1. 1 SE 02 99 . 1. 9 1. 1 2E O J 

W 1.OOE-0 3 5. 0 74 . 11 . 6.67 E 02 S.62 E 02 11 . 6.3* 6 0 3 

CM-24 4 V I.OOE-0 3 S. O 9. 9 1. 4 89 . 75 . 1. 4 8.5S E 0 2 

W I.OOE-0 3 5. 0 58 . 8. 5 5.22 E 0 2 4.38 E 0 2 8. 5 S.OI E 0 3 

CM-24 5 Y 1.OOE-0 3 5. 0 22 . 3. 2 I.96 E 0 2 1.65 E 0 2 3. 2 2.14 6 0 3 

W I.OOE-0 3 5. 0 1.16 6 02 17 . LOS E 0 3 8.78 E 0 2 . 17 . I . 146 04 

CM-24 6 Y I.OOE-0 3 5. 0 22 . 3. 1 I.94 E 0 2 I.6I E 0 2 3. 1 2.09 6 0 3 

W I.OOE-0 3 S.O LIS E 02 17 . L04 E 0 3 8.62 6 0 2 17 . 1.12 6 0 * 

CM-24 7 Y I.OOE-0 3 3. 0 20 . 3. 0 1.78 6 0 2 I.SO E 02 3. 0 2.I6 E 0 3 

W 1.OOE-0 3 S. O I.06 E 0 2 16 . 9.S3 E 0 2 8.01E.0 2 16 . 1.15 6 04 

CM-24 8 V I.OOE-0 3 S.O 79 . I* . 7.0S E 0 2 I.SI E 04 13 . 2. 1 7E 0 3 

W I.OOE-0 3 5. 0 4.19 6 0 2 71 . 3.77 E 0 3 8.05 E 02 70 . I.I6 F O* 

CF-25 2 Y 1.OOE-0 3 5. 0 2. 7 0.5 2 24 . 10 . 0.4 7 I.IO E 0 2 0 . 

W I.OOE-0 3 5. 0 22 . 3. 7 I.96 E 0 2 85 . 3. 5 9.I4 E 0 2 

1.3 5 

1 . 9 

1 1 . 

1 . 4 

S . S 

3 . 2 

1 7 . 

3 . 1 

1 7 . 

2 . 9 

1 6 . 

1 3 . 

6 6 . 

. 4 a 

3 . 4 

2 . 4 

1 3 . 

7 5 . 

9 . 9 

sa. 

2 2 . 

I.I6 E 

2 2 . 

1 .15 6 

2 0 . 

I.06 E 

7 9 . 

4.2I E 

2 . 6 

2 2 . 

0 2 

0 2 

0 2 

0 2 

0.3 5 

1 . 9 

I I . 

1 . 4 

8 . 5 

3 . 2 

1 7 . 

3 . 1 

1 7 . 

2 . 9 

1 6 . 

1 3 . 

6 5 . 

0.5 4 

3 . 4 

0.3 5 

1 . 9 

1 1 . 

1 . 4 

8 . 5 

3 . 2 

1 7 . 

3 . 1 

1 7 . 

2 . 9 

1 6 . 

1 2 . 

6 4 . 

0.4 3 

3 . 3 

0.3 5 

1 . 9 

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1 . 4 

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3 . 2 

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3 . 1 

1 7 . 

2 . 9 

1 6 . 

1 2 . 

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AL INGESTION DOSES 

ALPHA 0 = 20 

(REM/MICROCURIEI 

O 

fr 

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m 

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• • LLI WALL WALL ULI WALL 

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ouooooooooooooocoooooooooooooooo o 

I I I I ( I I I t I • I ' I t I I I ( I I t I i I I I I I I t I i 

tOQj^jy^^Ujym|^UJ^^UJUJUJUJU.UJUJWUJUjiuUJUJUJuJU.UJUJUJUj W 

u<r^-^Ottoao5intt**inow»ooff — tt*nttn— -o«r»0OKff o — 

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MMMOIIM M N tt (y***#*n*"7ttttt t tt CMttt t 

ooooo o o o oooooooo o o oo o 

lllll l \ I I I I I I I I I I I II I 

111 ID HI 111 lij ID UJ UJ ujuJUJUJUJLUliJUJU J UJ Ul Ul 111 inin*nooooooootnooooooooooooooinooooo o O^O-SOOOOOOinOttOttOttOOOOOOOOOOOfiOOo O 

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59 
TOTAL INGESTION OOSES 

ALPHA O = 2 0 

IREM/MICROCURIEI 

O l 

o 

NUCL IDE 

H - 3 

C - 1 * 

NA-2 2 

'-3 2 

MN-5 4 

=E-S S 

FE-S 9 

CO- 5 7 

:o-5 8 

-O- 6 0 

2N-6 5 

-18-8 6 

SR-8 9 

SR-9 0 

!R-9 I 

Y-9 0 

Y-SI M 

Y-9 1 

IR-9 5 

ZR- 9 7 

•10-95 

-IB- 9 7M 

K3-9 7 

40-9 9 

TC-99M 

TC-9 9 

-1U-I0 3 

DU-10 5 

1U-10 6 

r i 

0.9 5 

0.9 5 

0.9 5 

0.8 0 

I.00E -

1.00E* 

1.OOE5.00E * 

5.006 -

5.OOE 

O.SO 

0.9 5 

0.2 0 

1.006 -

0.2 0 

I.00E -

0.2 0 

1 .OOE1.006 -

•.006 -

1.00E -

2.006 -

2.00E -

I.OOE1 .00 6 

I.OOE 

3.9 5 

5.00 6 

0.8 0 

0.8 0 

4.006 -

4.00E -

*.O0 E 

- 0 1 

- 0 1 

- 0 1 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 * 

- 0 4 

- 0 4 

- 3 3 

- 0 3 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

- 0 2 

OVARIES 

8.296-O S 

7.36E-0 4 

I.57E-0 2 

•.026-0 3 

3.6IE-0 3 

6.59E-0 4 

6.88E-0 3 

7.OSE-0 4 

3.926-0 3 

I.24E-0 2 

1 .656- 0 2 

1.696-0 2 

8.566-0 * 

*.32E-0 S 

5.99E-0 3 

3.OOE-0 4 

9.446-0 * 

9.2*6-0 * 

6.66E-0 8 

2.57E-0 S 

I.34E-0 S 

3.02E-0 3 

2.30E-0 3 

2.996-0 3 

9.03E-0 7 

5.37E-0 S 

5.99E-0 4 

7.98E-0 4 

3.79E-0 S 

3.17E-0 4 

2.I7E-0 3 

3.676-0 4 

8.96E-9 3 

PANCREAS 

e.066-0 5 

1 . 0 96-0 3 

I.66E-0 2 

4.026-0 3 

I.52E-0 3 

6.986-0 4 

4.36E-0 3 

2.32E-0 4 

7.83E-0 4 

1.9*6-0 3 

I.82E-0 2 

I . 7 0E-0 2 

e.556-0 * 

4.28E-0 S 

S.99E-0 3 

3 . 0 0E-0 * 

3.7IE-0 4 

S.2 5E-0 4 

6 . 0 36-0 8 

4.1SE-O S 

2.4IE-0 6 

3.92E-0 4 

3.98E-0 4 

4.25E-0 4 

2.89E-0 6 

C l 3E-0 5 

9 . 6 0E-3 4 

I.46E-0 4 

3.546-0 5 

3 . 1 7E-0 4 

£.436-0 4 

1.46E-0 4 

8 . 2 96-0 3 

BONE 

3 . 7 IE-0 5 

1 . 1 16-0 3 

2 . SOE-0 2 

3.2*6-0 2 

1 .42E-0 3 • 

5 . 2 7E-0 4 

2.866-0 3 

1.796-0 * 

4 . 5 06-0 * 

3 .816-0 3 

1 .636-0 2 

1 . 6 76-0 2 

1.33C-0 2 

6.62E-0 ^ 

1 . 2 

S.86E-0 2 

1 .816-0 * 

7.306-0 5 

1.606-0 6 

3.23E-0 6 

2.*5€~0 5 

3.58E-0 ^ 

1.67E-0 ^ 

3.516-0 4 

1 .59E-0 7 

6.08E-0 6 

2.0*6-0 3 

1 .70E-0 * 

1.576-0 5 

3 .616-0 4 

3.7SE-0 ^ 

3 .••£-O S 

8.126-0 3 

R MAR 

8.266-0 5 

3.386-0 3 

I.9SE-0 2 

1.486-0 2 

I.76E-0 3 

6.4IE-0 4 

3.69E-0 3 

3.S7E-0 4 

9.67E-0 4 

S.42E-0 3 

I.73E-0 2 

1.686-0 2 

S.23E-0 3 

2.6IE-0 4 

0.4 3 

2.I5E-0 2 

3.I9E-0 4 

2.04E-0 4 

6.S7E-0 7 

8.286-0 6 

1 . 156-0 5 

6.62E-0 4 

4.7TE-0 4 

6.74E-0 4 

3.48E-0 7 

I.56E-0 S 

I.I4E-0 3 

2.5IE-0 4 

2.6IE-0 5 

3.22E-0 4 

J.52F.-0 4 

9.OOE-OS 

8.3IE-0 3 

V MAR 

9 . 4 3E-0 S 

5 . * 16-0 3 

1 .536-0 2 

4.02E-0 3 

1 . 3 56-0 3 

6.2SE-0 * 

2.95E-0 3 

2.22E-0 4 

S.2SE-0 4 

3.98E-0 3 

1.SOE-0 2 

1 .676-0 2 

8.SSE-0 4 

• .286-0 5 

5.99E-0 3 

3.OOE-0 4 

2.37E-0 * 

9.7SE-0 5 

6.04E-0 8 

4 . 4 7E-0 6 

1 .90E-0 6 

3 . 1 OE-0 4 

2.I4E-0 * 

3.36E-0 * 

2.I6E-0 7 

. 8. 0 7E-0 6 

6.726-0 4 

1 .I9E-0 4 

1 .84E-0 9 

3.I7E-0 * 

« . 186-0 * 

4.SIE-0 S 

8.I3E-0 3 

ENDOST 

6.S6E-0 S 

7.056-0 3 

2.40E-0 2 

2.70E-0 2 

I.36E-0 3 

*.376-0 * 

3.09E-0 3 

1.786-0 4 

4.586-0 4 

3.99E-0 3 

1.586-0 2 

2 . 1 IE-0 2 

1 .08E-0 2 

S.38E-0 4 

0.8 6 

4.30E-0 2 

2.26E-0 4 

7.5IE-0 S 

1.186-0 6 

3.22E-0 6 

I.97E-0 S 

3.30E-0 * 

1.6TE-0 * 

3.22E-0 4 

l.SBE-0 7 

6.0*6-0 6 

1.846-0 3 

L60E-0 4 

I.63E-0 S 

«.IO£-0 * 

3.96E-0 * 

3.S6E-0 S 

9.STE-0 3 

SPLEEN 

8.286-0 5 

9.456-0 * 

l.*2E-0 2 

4.02E-0 3 

I.02E-0 3 

I.99E-0 3 

6.79E-0 3 

I.87E-0 * 

6.4*6-0 * 

S.06E-0 3 

I.S6E-0 2 

I.69E-0 2 

S.SSE-0 4 

4.28E-0 S 

5.99E-0 3 

3.OOE-0 4 

3.056-0 4 

1 . 6 IE-0 4 

6.02F-0 8 

2 . 3 7E-0 * 

2.2IE-0 * 

3.27E-0 4 

2.97E-0 4 

4.09E-0 4 

1.64E - 0 6 

3 . 6 IE-O S 

6.72E-0 4 

• . IOE-0 * 

2.44E-0 S 

3.I7E-0 4 

4.67E-0 4 

9.48E-0 S 

8.23E-0 3 

TESTES 

8.306-0 5 

7.23E-0 * 

1 . I3E-0 2 

4 . OlE-0 3 

7 . 1 OE-0 4 

6.206-0 4 

2 . 82E-0 J 

l.4«E-0 4 

S.39E-0 4 

3.E2E-0 3 

• . ISE-0 2 

1 . 6 7E-0 2 

B.££E-C 4 

4 . 286-0 5 

S.99E-0 3 

2.99E-0 * 

2 . I9E-0 * 

7.63E-0 S 

6 . 026-0 8 

1 .206-0 6 

I.86E-0 6 

2.S8E-0 * 

1 . S3E-0 4 

3 . 586-0 4 

S.42E-0 S 

2.95E-0 6 

4.64E-0 4 

9.38E-0 5 

1 . IOE-0 5 

3.I7E-0 4 

4.27E-0 4 

2.89E-0 S 

8 . I4E-0 3 

THYMUS 

7.4SE-0 S 

9.7SE-0 4 

2.14E-0 2 

4.026-0 3 

8.02E-0 4 

S.58E-0 4 

4.01E-0 3 

I.77E-0 4 

3.95E-0 4 

S.75E-0 3 

I.94E-0 2 

I.70E-0 2 

8.5SE-0 4 

4.27E-0 S 

5.99E-0 3 

3.OOE-0 4 

I.84E-0 4 

2.23E-0 S 

6.026-0 8 

9.9IE-0 7 

9.01E-0 7 

S.22E-0 5 

2.84E-0 S 

6.23E-0 S 

9.48E-0 8 

2.106-0 6 

6.ISE-0 4 

4.S8E-0 5 

I.9SE-0 S 

3.I7E-0 4 

3.56E-0 4 

1.056-0 5 

5.136-0 3 

THYROIO 

8.286-3 5 

8.89E-0 * 

I.2IE-0 2 

4.026-0 3 

4.64E-0 4 

6.32E-0 4 

2.47E-0 J 

1 .106-0 * 

2.20E-0 * 

3.IOE-0 3 

1 .126-0 2 

I.67E-0 2 

8.SSE-0 4 

4 . 2 7C-0 S 

S.99E-0 3 

3.OOE-0 4 

1 . 6 36-0 * 

1 .206-0 5 

6.02E-0 8 

4.3*6-0 7 

8.07E-0 7 

3.22E-0 S 

1.106-0 5 

•.716-0 5 

3.I2E-0 8 

7.8SE-0 7 

S.2SE-0 4 

1.366-0 4 

2.196-0 4 

{.•IE-0 2 

2.53E-0 ^ 

7.55E-0 6 

8.06E-0 3 

UTERUS 

8.3^£-0 5 

9.SIE-0 ^ 

2.*7E-0 2 

•.02E-0 3 

2.20E-0 3 

S.7^E-0 ^ 

6.826-0 3 

•.706-0 * 

2.006-0 3 

1.066-0 2 

3.016-0 2 

1.75E-0 2 

S.S5E-0 * 

•.30E-0 S 

S.99E-0 3 

3.006-0 ^ 

5.82E-0 * 

•.72E-0 * 

6.03E-0 8 

2.I3E-0 5 

6.35E-0 6 

1.246-0 3 

1 .0SE-0 3 

1 .2*E-0 3 

7.1^E-0 7 

•.106-0 5 

6.J^E-O ^ 

3.626-0 * 

3.S6E-0 5 

3.I7E-0 * 

1 . 116-0 3 

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TOTAL INGESTION DOSES 

ALPHA O = 2 0 

IREM/MICROCURIEI 

MUCLIDE 

TL-20 7 

IL-20 8 

IL-20 9 

*B-20 9 

PB-21 0 

-»B-2I I 

'B-21 2 

P-J-2 14 

11- 2 10 

91-21 1 

31-21 2 

BI-21 3 

81-21 4 

»n-2io 

30-2I 1 

PO-21 2 

30-2I 3 

PO - 2 1 * 

••0-21 5 

•J-21 6 

-•0-21 8 

•T-21 7 

PR-22 1 

RA-22 3 

1. A-22 4 

RA-22 5 

-1A-22 6 

RA-22 8 

F l 

0.9 5 

0.9 S 

0.9 S 

8.OOE-0 2 

8.OOE-0 2 

8.OOE-0 2 

B.006-0 2 

8.OOE-0 2 

S.OOE-0 2 

5 . OOE-32 

S.OOE-0 2 

S.OOE-0 2 

S.OOE-0 2 

l.OOE-O I 

1 .306-0 1 

1.006-0 1 

1 .006-0 1 

1 .006-0 1 

1.006-0 1 

1 .3JE-1 I 

1.006-0 1 

0.9 5 

0.9 S 

0.2 0 

3.2 0 

3.2 0 

0.2 0 

0.2 0 

OVARI6S 

1 .0*6- 0 7 

2.106-0 6 

e.92E-0 7 

4.76E-0 8 

0.3 0 

E.426-0 6 

1.876-0 3 

5.I7E- 0 5 

1 .256-0 3 

8.816-0 8 

1.156-0 * 

7.686-0 5 

2.126-0 5 

0.5 2 

1 .336- 1 1 

3.49E-3 4 

• .•OE- 1 7 

7.016 - 14 

8.526- 1 2 

8.•36-0 9 

6.»IE-0 6 

9.116-1 0 

6 . 856- 0 5 

0.2 7 

8.276-0 2 

0.2 6 

0.5 9 

€.• 0 

PANCREAS 

I.29E-0 7 

2 . 2 5E-0 5 

1.22E-0 5 

• .77E-0 8 

0.3 0 

1 . 16E-0 5 

7.8*6-0 * 

7.S7E-0 5 

I.2SE-0 3 

3.77E-C 7 

1 . 4 06-0 4 

I.48E-0 4 

6.0*6-0 5 

0.5 2 

. . 1 16-1 0 

3 . 4 86-3 * 

• .96E-I 7 

7.06E-I * 

l.lIE-1 1 

4.16E-3 9 

E.SSE-0 6 

I.7SE-0 9 

7.4BE-0 5 

C.2 7 

E.3SE-3 2 

C.2 6 

C.S 9 

C.4 0 

BONE 

1 .02 6 

1 .02 6 

S.93 6 

3.03 E 

2 1 . 

7.06 E 

1 .83 6 

9.49 E 

1 .266. 

8.36 6 

S.62 E 

1 .71 c 

• .08 E 

0.5 2 

7 . W E 

3.48 6 

2.77 E 

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R MAR 

I.04E-0 7 

I.72E-0 6 

8.796-0 7 

8.33E-0 7 

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6.1*6-0 5 

1 . 53E-0 2 

6.48E-0 5 

1.29E-0 3 

1.016-0 7 

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I.S6E-0 S 

0.5 4 

1 .276-1 1 

6.356-3 * 

7.62E-I 6 

2.*1E-I J 

I.*3E-I 0 

I.22E-0 7 

I.63E-0 5 

•.IIE-I O 

1.I3E-0 * 

1 . 2 

0.4 1 

1 . 1 

2 . 2 

1 . 3 

Y MAR 

1 .04E-0 7 

1.396-0 6 

7.02E-0 7 

4.77E-0 8 

0.3 0 

S.98E-0 6 

6.53E-0 4 

1 .85E-0 S 

1 .25E-0 3 

8.946-0 8 

S.96E-0 S 

2.I4E-0 S 

8.76E-0 6 

O.S 2 

1 .04E-I I 

3 . 4 8E-3 4 

4 . 3 9E-I T 

7.056-1 * 

6.S2E-I 2 

3.666-0 9 

2.426-0 6 

2.S7E-I 0 

6.2*6-0 5 

0.2 7 

8.35E-0 2 

0.2 6 

0.6 0 

0.* 1 

ENDOST 

I.30E- 0 7 

1 .036-0 6 

5.82E-0 7 

2.426-0 6 

9 . 6 

5.28E-0 * 

0.1 2 

3.03E-0 4 

5.896-0 * 

1 .486- 0 r 

3.03E-0 4 

2.03E-0 5 

4.I6E-0 S 

0.2 4 

7.48E-I 2 

L90E-3 3 

2 . 2 2E-I 5 

2.24E-I 2 

1.306-0 9 

9.3SE- 0 7 

9.60E-0 S 

2.5IE- I 0 

4.49E-0 * 

9 . 2 

3 . 3 

8 . 7 

2 0 . 

9 . 8 

SPLEEN 

1 .166-0 7 

I.26E-0 S 

6.76E-0 6 

4.78E-0 8 

0.3 0 

8.84E-0 6 

6.99E-0 4 

4.92E-0 S 

I.65E-0 2 

2.40E-0 7 

1 .02E-0 4 

8.896-0 5 

3.66E-0 S 

1 6 . 

1 .19E-1 0 

I.08E-3 2 

4.I0E-1 7 

7.0SE-I 4 

8 . 8 76-1 2 

3.826-0 9 

8.986-0 6 

I.0SE-O 9 

6.926-0 5 

0.2 7 

8.47E-0 2 

0.2 6 

0.5 9 

0.4 1 

TE S TE S 

1 .GIE-0 7 

3 . 72E-0 7 

1 . 5EE-0 7 

4.C0E-0 8 

0.3 0 

5 . 42E-0 6 

6.316-0 * 

I.38E-0 5 

I.2SE-0 3 

7 . I9E-0 8 

S.22E-0 5 

1 . 146-0 5 

5.82E-0 6 

0.5 2 

I.30E-I 2 

3.49C-3 4 

4.36C-I 7 

7.C0E-I 4 

6.C6E-I 2 

3 . £46-0 9 

I.88E-0 6 

1 .38E-I 0 

6 . I4E-0 5 

0.2 7 

8.C56-0 2 

0.2 6 

O.S « 

0 . 4 0 

THYMUS 

L04E-0 7 

B.83E-0 7 

4.70E-0 7 

4.77E-0 8 

0.3 0 

5.50E-0 6 

S.44E-0 4 

I.356-0 5 

1 .256-0 3 

7.66E-0 8 

5.*5E-0 5 

1.42E-0 S 

6.76E-0 6 

0.5 2 

7 . 156-1 2 

3.48E-3 4 

4 . 28E---I 7 

7.0IE-I 4 

6 . 126-1 2 

3.206-0 9 

I.84E-0 6 

1.72E-I 0 

6.I7E-0 S 

0 . 2 7 

8.33E-0 2 

0.2 6 

0.S 9 

0 . 4 0 

THYRCID 

1 .03E-0 7 

3.676-0 7 

1 .656-0 7 

4.786-0 8 

0.3 0 

5.40E-0 6 

5.22E-0 4 

1 .I8E-0 S 

I.25E-0 3 

7.43E-0 B 

4.976-0 5 

7.97F-0 6 

5 . 1 If-0 6 

0.5 2 

2.1OE•1 2 

3.486-3 * 

4.366-1 7 

7.016-1 * 

6.0*6-1 2 

3.116-0 9 

1.641-0 6 

9.816-1 1 

6 . 1 IE-O S 

0.2 7 

8.32E-0 2 

0.2 6 

0.5 9 

0.4 0 

UTERUS 

1.05E-0 7 

2.25E-0 6 

1.016-0 6 

4.77E-0 8 

0.3 0 

8.00E-0 6 

1.I5E-0 3 

4.646-0 5 

1.25E-0 3 

9.486-0 8 

•.026-0 * 

7.2IE-0 S 

1.966-0 5 

0.5 2 

1.19E-I 1 

3.186-3 * 

4.39E-I 7 

7.0IE-I 4 

8 . 176-1 2 

5.606-0 9 

S.76E-0 6 

8.S6E-I 0 

6.79E-0 5 

0.2 7 

S.43E-0 2 

0.2 6 

0.S 9 

0.4 1 
P.69 

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TOTAL INGESTION OOSES 

ALPHA Q = 2 0 

(REM/MICROCURIEI 

O l 

en 

NUCLI3E 

AC-22 5 

»C-22 7 

AC-22 8 

IH-22 7 

TM-22 8 

TM-22 9 

1H-23 0 

TH- 2 3 1 

TH-23 2 

TH-23 4 

•"A-23 1 

PA-23 3 

->A-23«M 

->A-23 * 

J-23 2 

J-23 3 

U-23 4 

J-23 5 

U-23 6 

U-2 3 7 

F I 

1.006-0 3 

1.006-0 3 

I.OOE-0 3 

2.OOE-0 4 

2.OOE-0 4 

2.006-0 4 

2.30E-0 * 

2.006-3 * 

2.00 b -0 * 

2.00E-0 * 

1 . OOE-03 

1.OOE-0 3 

I.0.1E -3 3 

1 .006-' ) J 

2 . OOE-0 3 

S.OOE-0 2 

0.2 0 

2.306-3 3 

5.00C-0 2 

0.2 0 

2.OOE-0 3 

5.006-0 2 

3.2 9 

2.00E-0 3 

S.OOE-0 2 

0.2 0 

2.006-0 3 

5.OOE-0 2 

0.2 0 

2.OOE-0 3 

s.oor • .'2 

0.2 0 

OVARIES 

3.06E-0 2 

0.7 5 

5.266-0 * 

4.266-0 3 

7.826-0 3 

9.936-0 3 

4.306-0 3 

8.2SE-0 S 

3.7SE-0 3 

I.OIE-0 4 

1 . 5 

8.966-0 4 

8.47E-9 9 

I.26E-0 3 

l . l 56-0 3 

2.6SE-0 2 

0 . 1 1 

6.1IE-0 4 

I.S2E-0 2 

6.07E-0 2 

6.376-0 4 

1.S8E-0 2 

6.326-0 2 

I.4IE-0 3 

I.4SE-0 2 

5.S6E-0 2 

6.OOE-0 4 

1 .496-0 2 

S.9SE-0 2 

6.63E-0 4 

6.4SE-0 * 

S.90F-0 4 

PANCREAS 

2.17E-0 2 

C . I 1 

1.816-0 * 

3.73E-0 3 

7 . 4 7E-0 3 

. .87E-0 3 

4.56E-0 3 

7.S9E-0 6 

3.OSE-0 3 

I.2SE-0 5 

C.2 2 

1.066-0 4 

3.73E-0 8 

4.OSE-0 4 

1.226-0 3 

I.04E-0 2 

0 . 1 2 

6 . 4 0E-0 * 

I . 6 0E-0 2 

6.39E-0 2 

6.326-0 * 

I.S8E-0 2 

6.32E-0 2 

C.75E-0 * 

1.4 7E-0 2 

S.866-0 2 

S.9SE-0 4 

I.49E-9 2 

S.95E-0 2 

7.70E-0 5 

S . 2 7E-0S 

1.426-0 * 

BONE 

4.69 E 

1 2 . 

* .196 -

2.72 6 

o.«s 

3 . 2 

1 . 2 

7 .226-

1 . 3 

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1 .0* 6 

1 .756 

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2 9 . 

1 .1* 6 

3.3 2 

7 . 9 

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7 . 1 

2 8 . 

0.3 0 

7 . * 

3 0 . 

6.99 E 

2.226 -

6.986 -

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- 0 * 

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- 0 6 

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- 0 9 

- 0 * 

0 2 

- 0 5 

- 0 4 

- 0 4 

R MAR 

6.07E-0 2 

1 0 . 

4.366-0 * 

2.626-0 2 

0.3 8 

2 . 6 

L O 

2.27E-0 5 

l . l 

4.416-0 5 

I S . 

2.20E-0 * 

3.S2E-0 9 

3.OOE-0 4 

0.7 1 

1 8 . 

7 1 . 

9.60E-0 3 

0.2 4 

0.9 6 

9.34E-0 3 

0.2 3 

0.9 3 

7.38E-0 3 

0.1 8 

0.7 2 

8.036-0 3 

0.2 0 

0.8 0 

2.086-0 4 

2.42E-0 * 

3.49E-0 4 

Y MAR 

2.ISE-0 2 

0 . 1 1 

6.OOE-OS 

3.73E-0 3 

7.5IE-0 3 

1.04E-0 2 

4.S7E-0 3 

8.S7E-0 6 

3.99E-0 3 

1 . 3 3E-0 S 

0.2 2 

9.26E-0 S 

2.4IE-0 9 

1 .386-0 4 

1 .266-0 3 

3.I5E-0 2 

0.1 3 

6 . 4 IE-0 4 

1.606-0 2 

6 . 4 IE-0 2 

6.34E-0 4 

1 .58E-0 2 

6.34E-0 2 

7.23E-0 * 

LS9E-0 2 

6.3SE-0 2 

5.97E-0 * 

1 .496-0 2 

S.97E-0 2 

8.S0E-0 S 

1.06E-0 4 

1 .70E-0 4 

ENDOST 

0.3 6 

100 . 

3.48 E 

0.2 2 

4 . 1 

3 2 . 

1 6 . 

I.27E -

1 8 . 

3 . 9 IEI.T8 E 

9 . 4 IE-

- 0 3 

- 0 5 

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0 2 

-OS 

I.75E-0 9 

1 . 0 36-

7 . a 

I.9S E 

7.SI E 

0.1 4 

3 . 5 

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0 . 1 « 

3 . 5 

1 * . 

0.1 2 

2 . 9 

1 2 . 

0.1 3 

3 . 1 

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6.816 -

1.766 -

S.I4E -

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0 2 

0 2 

OS 

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0 4 

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2.I6E-0 2 

0.1 1 

1 .226-0 4 

3.70E-0 3 

7.3*6-0 3 

9.36E-0 3 

4.566-0 3 

4.6SE-0 6 

3.7SE-0 3 

1.046-O S 

0.2 2 

7.736-0 5 

2.I6E-0 8 

2.7IE-0 4 

1 .166-0 3 

2.86E-0 2 

0.1 1 

6.40E-0 4 

1.606-0 2 

6.39E-0 2 

6.326-0 4 

I.58E-0 2 

6.32E-0 2 

6.I4E-0 4 

I.38E-0 2 

5 . SOE-0 2 

S.9SE-0 4 

I.49E-0 2 

S.9SE-0 2 

5 . 6 IE-O S 

7.30E-0 S 

I.26E-0 4 

TESTES 

2 . 40E-0 2 

0 . 75 

4 . EEE-0 5 

3.70E-0 3 

7 . I3E-0 3 

9.24E-0 3 

4 . J06-0 3 

2.47E-0 6 

3 . 1*6-0 3 

8 . 70E-0 6 

1 . 5 

7.78E-O S 

7 . OSE-1 0 

9.OOE-0 5 

1 . 156-0 3 

2.666-0 2 

0 . 11 

6 . C9E-0 4 

1 . 126-0 2 

6.C9E-0 2 

6.32E-0 * 

1.566-0 2 

6.22E-0 2 

6 . IIE-0 * 

1 . 38E-0 2 

S.46E-0 2 

S.SSE-0 4 

I.49E-0 2 

S.fSE-0 2 

4.65E-0 3 

S.CIE-O S 

8.63E-0 5 

THYMUS 

2.I0E-0 2 

O . I 1 

I.36E-0 5 

3 . 6 76- 0 3 

7.43E-0 3 

9.72E-0 3 

4.56E-0 3 

1.63E-0 7 

3.94E-0 3 

2.03E-0 6 

0.2 2 

6.306-0 6 

l.<> IE-O S 

2.3SE-0 5 

I.2IE-0 3 

3.03E-9 2 

0.1 2 

6.396-0 4 

L60E-0 2 

6.39E-0 2 

6.326-0 4 

I.58E-Q 2 

6.32E-0 2 

S.83E-0 4 

1.4SE-0 2 

5.SOE-0 2 

S.9SE-0 * 

1.49E-0 2 

S.9SE-0 2 

3.00E-0 6 

I.67E-0 5 

S.98E-0 S 

THYROID 

2.I3E-0 2 

0 . 1 1 

6.I3E-0 6 

3.676-0 3 

7.42E-0 3 

9.39E-0 3 

«.566-0 3 

4.781-0 8 

3.9*6-0 3 

1.636-0 6 

0.2 2 

2.531-0 6 

4.03E-I 0 

7.20E-0 6 

1.211-9. 1 

3.026-0 2 

0.1 2 

6.39E-0 A 

1.601-0 2 

6.396-0 2 

6.326-0 4 

1 .SBE-0 2 

6.32F-0 2 

S.80E-0 * 

1.456-0 2 

5.T9E-0 2 

S.95E-0 4 

1 .49E-0 2 

S.95E-0 2 

9.93E-0 7 

I.32E-0 S 

S.I4E-0 S 

UTERUS 

'2.40E-0 2 

0 . 1 1 

3.OOE-0 4 

3.916-0 3 

7.70E-0 3 

9.9SE-0 3 

4.56E-0 3 

2.22E-0 5 

3.9*6-0 3 

•.296-0 5 

0.2 2 

3.63E-0 * 

5.29E-0 9 

T.03E-0 4 

I.2IE-0 3 

3.026-0 2 

0.1 2 

0.40E-0 4 

I.60E-0 2 

6.396-0 2 

6.J2E-0 4 

I.S8E-0 2 

6.32E-0 2 

9 . 186-0 4 

1.486-0 2 

S.B4E-0 2 

S.95E-0 4 

1.496-0 2 

S.9-J6-0 2 

2.826-0 4 

2.S3E-0 4 

2.87E-0 4 
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P.73 

APPENDIX B 

Tabulations of Effective Dose Equivalent to a Reference Adult 

from Unit Inhalation and Ingestion Exposures 

69 
P.74 

THE EFFECTIVE DOSE EQUIVALENT 

The effective dose equivalent, presented in the following tables 

for inhalation and ingestion exposures, is a weighted average of committed dose equivalents for specific organs, with the weights determined 

from stochastic risk factors associated with the respective organs as 

specified by ICRP Publication 26 (ICRP, 1977). The definition is 

HF =]£w,H. rem/yCi (B-l) 

where H£ = effective dose equivalent; j = index that ranges over several 

organs, as specified in Table B-l; vi. = weighting factor giving the proo 

portion of the stochastic risk resulting from organ j under uniform 

whole-body irradiation; and H. = committed dose equivalent (rem) to 

organ j resulting from the intake of 1 yCi of the radionuclide under 

consideration. The values w. assigned by the ICRP and the risk factors 

J 

on which they are based are shown in Table B-l. "Remainder," in that 

table, refers to the five organs, other than those listed, having the 

highest dose equivalents; to each of these is assigned w. = 0.06. For 

computation of HE , the dose equivalent to the lung includes consideration of radioactivity residing in the respiratory lymph nodes. We note 

here that ICRP Publication 30 (ICRP, 1979) in its computation of the 

annual limit on intake (ALI) applies a 10% rule to Eq. (B-l), that is, 

the term w-H. is omitted from the sum if it does not exceed 10% of the 

•J *J 

maximum w-H.. We have not applied this rule in computing the entries of 

•J *J 

this tabulation. 

The effective dose equivalent, as defined above, is equal to that 

dose equivalent, delivered at a uniform whole-body rate, that corresponds to the same expected number (but possibly dissimilar distribution) of fatal stochastic health effects as the particular combination 

of committed organ dose equivalents, H., under consideration. Thus, for 

J 

some purposes, this tabulation can serve in place of a more extensive 

compilation of committed dose equivalent per unit intake for a number of 

individual organs, such as that given in Appendix A. 

71 
P.75 

Table B-l. Organ-specific risk factors and proportional weights'2 

Organ Risk (rem ) 

Gonads 

Breasts 

Red marrow 

Lung 

Thyroid 

Bone surfaces 

Remainder 

Total risk (uni form wholebody irradiation) 

0.25 

0.15 

0.12 

0.12 

0.03 

0.03 

0.30 

0.00004 

0.000025 

0.00002 

0.00002 

0.000005 

0.000005 

0.00005 

*. 0.000165 

International Commission on Radiological Protection, Publication 26, 

1977. 

72 
P.76 

APPENDIX B REFERENCES 

International Commission on Radiological Protection (ICRP), 1977, 

Annals of the ICRP 1_, 1, Publication 26, Pergamon Press, Oxford. 

International Commission on Radiological Protection (ICRP), 1979, 

Limits for Intakes of Radionuclides by Workers, Publication 30, 

Pergamon Press, Oxford. 

73 
EFFECTIVE OCSE CCMMITKENT 

FROM RADIONUCLIDE INHALATION 

(REO/MICCCCURI £ ) 

ACTIVITY MEDIAN AEROOYNAM1C DIAMETER 

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FE-5 5 

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CO-57 

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0 . 3 

1.26E-0 4 

I.09E-0 5 

1.I2E-0 2 

5.69E-0 3 

2.26E-0 2 

6.30E-0 3 

1.06 E-0 2 

1.90E-0 3 

6.47E-0 3 

1.77E-0 2 

2.34E-0 2 

4.33E-0 3 

1.65E-0 2 

1.01E-0 2 

1.67E-0 2 

S.20E-0 2 

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1.93E-0 2 

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3.09E-0 2 

1.10E-0 2 

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6.92E-0 2 

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P-3 2 

MN-54 

FE-5 5 

FE-5 9 

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SR-9 0 

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1-13 4 

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01 
P.86 

NUREG/CR-0150 

Vol. 3 

0RNL/NUREG/TM-190/V3 

Dist. Category NRC-RH 

INTERNAL DISTRIBUTION 

1. 

2. 

3. 

4. 

5. 

6. 

7-11. 

12-16. 

17. 

18. 

19. 

20. 

21. 

22-23. 

24. 

25. 

26. 

J. 

S. 

R. 

D. 

M. 

H. 

D. 

K. 

M. 

C. 

G. 

F. 

S. 

G. 

D. 

R. 

A. 

A. 

R. 

0. 

J. 

Cr 

W. 

E. 

F. 

R. 

E. 

S. 

0. 

V. 

G. 

C. 

W. 

L. 

Auxier 

Bernard 

Chester 

Crawford 

isty 

Dickson 

Dunning, Jr 

Eckerman 

Ford 

Haynes 

Hill 

Hoffman 

Kaye 

Killough 

Kocher 

Leggett 

Lotts 

27. 

28. 

29. 

30. 

31. 

32. 

33. 

34. 

35. 

36. 

37. 

38. 

39-40. 

41. 

42-43. 

44. 

45. 

46. 

L. M. McDowel1-Boyer 

H. R. Meyer 

C. W. Miller 

T. W. Oakes 

F. R. 0'Donnell 

D. C. Parzyck 

P. S. Rohwer 

M. T. Ryan 

P. J. Walsh 

S. B. Watson 

J. P. Witherspoon 

M. G. Yalcintas 

Central Research Library 

ORNL Y-12 Technical Library 

Laboratory Records Department 

Laboratory Records, 0RNL-RC 

RSIC Library 

ORNL Patent Office 

EXTERNAL DISTRIBUTION 

47. J. C. Pleasant, Department of Mathematics, East Tennessee State 

University, Johnson City, TN 37601 

48-49. Technical Information Center, 0R0, Oak Ridge, TN 37830 

50. Office of Assistant Manager, Energy Research and Development, 

D0E-0R0, Oak Ridge, TN 37830 

51-215. Given Distribution according to NRC category RH (NTIS-10) 

83