EPA-520/3-75-006
SIGNIFICANT ACTINIDE ACTIVITIES IN THE
LWR AND LMFBR NUCLEAR FUEL CYCLES
U.S.ENVIRONMENTAL PROTECTION AGENCY
Office of Radiation Programs
Pi
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This report was prepared as an account of work sponsored by the
Environmental Protection Agency of the United States Government under
Contract No. 68-01-0495, Task Order 68-01-1138. Neither the United
States nor the United States Environmental Protection Agency makes any
warranty, express or Implied, or assumes any legal liability or
responsibility for the accuracy, completeness or usefulness of any
Information, apparatus, product or process disclosed, or represents
that Us use would not Infringe privately owned rights.
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SIGNIFICANT AMIDE ACTIVITIES IN TfE LW AND UTO NUCLEAR FUEL CYCLES
BY
E! T! FERRILL
OCTOER 1974
U.S. ENVIRONMENTAL PROTECTION AGENCY
Technology'Assessment Division
Advanced Technology and Studies Branch
Office of Radiation Programs
Washington, D.C. 20460
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FOREWORD
The Office of Radiation Programs carries out a national program
designed to evaluate the exposure of man to ionizing and nonionizing
radiation, and to promote the development of controls necessary to
protect the public health and safety and assure environmental quality.
Office of Radiation Programs technical reports allow comprehensive
and rapid publishing of the results of intramural and contract projects.
The reports are distributed to groups who have known interests in this
type of information such as the Nuclear Regulatory Commission, the
Energy Research 5 Development Administration, and State radiation
control agencies. These reports are also provided to the National
Technical Information Service in order that they may be readily
available to the scientific community and to the public.
Comments on this analysis as well as any new information would
be welcomed; they may be sent to the Director, Technology Assessment
Division (AW-559), Office of Radiation Programs, U.S. Environmental
Protection Agency, Washington, D.C. 20460.
/">
W. D. Rowe, Ph.D.
Deputy Assistant Administrator
for Radiation Programs
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TABLE OF CONTENTS
Page
I. INTRODUCTION 1
A. Background 1
B. Scope of the Project 2
II. SUMMARY 3
III. TECHNICAL APPROACH 4
IV. RESULTS 9
V. METHODS VERIFICATION 10
A. Yankee-Rowe Data 10
B. Saxton Data 11
C. Indian Point 1 Reprocessing Data 12
D. Probable Accuracy of the Results 13
VI. REFERENCES 23
VII. DISTRIBUTION 24
APPENDIX A A-i
APPENDIX B B-i
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ACKNOWLEDGEMENT
The authors would like to thank Mark Jantz and Ray Abraham for their
preparation of the graphs which form the principal output of this study.
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I. INTRODUCTION
The Office of Radiation Programs of the Environmental Protection
Agency, commissioned Battelle Pacific Northwest Laboratories (BatteTie-
Northwest) to undertake a study to provide estimates of the significant
actinide activities expected in three Light Water Reactor (LWR) fuel
cycles and one Liquid Metal Fast Breeder Reactor (LMFBR) fuel cycle. This
report presents the results of that study. These data should prove useful
to EPA in relation to gaining a perspective of the actinides generated in
these fuel cycles and in establishing technical bases for setting
environmental standards.
A. Background
In the U. S. and world wide, the generation of electrical energy
with nuclear power plants is growing. Current industrial practice is
to use uranium to fuel thermal power reactors. The largest part of current
industrial practice is to use uranium, slightly enriched above the natural
235
U content to fuel LWR's. The other thermal reactor technology being
used industrially, but on a much smaller scale, is a uranium-thorium cycle
in High Temperature Gas Cooled Reactors (HTGRs). This type of reactor
235
uses uranium highly-enriched in U content to start up plants. Subsequently,
233
these plants produce another fissionable isotope of uranium, U from the
thorium, to sustain future HTGR cycles.
The nuclear power industry is looking, in the near term, to recycling
the plutonium produced in thermal plants back into these plants since
plutonium can be a substitute fuel. The fast breeder reactor is being
developed as a future electrical generation source because it produces
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more fissionable material than it consumes, thereby further alleviating
the reliance on uranium resources. The Liquid Metal Fast Breeder Reactor
(LMFBR) is receiving the most emphasis in the development of breeder
reactors.
The benefits gained from the development of nuclear power are offset
somewhat by the problem of effectively managing the by-products of this
technology. In producing electrical energy via nuclear power plants,
radioactive wastes are created. These wastes include materials which are
created by fission (fission products) and those produced by other neutron
reaction processes. The materials created in the nuclear power plant which
are a long term toxicity problem, are the actinide elements (i.e., trans-
actiniums). These species persist for thousands to millions of years.
Therefore, plans to manage those wastes must be effective for very long
time periods.
B. Scope of the Project
The objective of this project was to provide estimates of the quantities
of actinides present in spent fuel, recovered material and waste for three
LWR fuel cycles and one LMFBR fuel cycle. The three LWR fuel cycles
considered were:
1) the slightly enriched U02 fuel
2) recycling plutonium in LWRs for the first time
3) a second recycle of plutonium in LWRs.
The only LMFBR fuel cycle considered was the mixed oxide (U02-Pu02) fuel
cycle.
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The principal output of the study is in the form of graphs which
illustrate the mix of actinides present in spent fuels, recovered plutonium
and high level waste. These data are given in Appendix A of this report.
Results are reported in Curies (Ci) per metric ton of heavy metal for
spent fuel and Curies per kilogram of actinides present for the other types
of materials. A recovery factor of 99% for plutonium and uranium during
reprocessing of the spent fuel was used. Four (4) time periods were
considered for each of the above categories: (1) 100 years, (2) 1,000 years,
(3) 10,000 years and (4) 100,000 years. In addition, log-log graphs for
o
the time period from 1 year to 1 x 10 years were included. Thus, a
total of sixty (60) graphs were prepared. The detailed data from which
these graphs were derived are presented in Appendix B of the report.
II. SUMMARY
This study provides estimates of the time-dependent radioactivity
characteristics of actinide isotopes in spent nuclear fuel, recovered
plutonium and high level waste material from the fuel reprocessing plant.
The estimates are provided for Light Water Reactors (LWRs) operating on
a U02 equilibrium fuel cycle, a first recycle of the plutonium produced
and a second plutonium recycle. In addition to these three LWR nuclear
fuel cycle computations, a fourth set is given which corresponds to a
Liquid Metal Fast Breeder Reactor (LMFBR) cycle operating with mixed oxide
fuel.
The first phase of the study included a calibration in which the
calculated spent fuel isotopic content was compared to actual spent fuel
isotopic data. Adjustments were made to minimize the calculated and
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measured differences over all of the isotopes. The only available
computed isotopics for the LMFBR were used for computer code adjustment
purposes.
The principal results of this project are given in the form of
graphs in Appendix A and in tabular form in Appendix B. Because the
large number of isotopes conflict with legibility only the most radioactive
ones appear on the graphs. The tables provide more complete information
on all of the isotopes.
III. TECHNICAL APPROACH
In order to derive the desired curves presented in Appendix A, the
detailed tabular data presented in Appendix B was prepared using the
computer program ORIGEN.^ ' The ORIGEN computer code is a survey
analysis tool used for estimating time dependent composition and
activities of fuel and clad materials in fission reactors.
The characterization of actinide waste activity present in spent fuel,
reprocessing plant waste and in recovered plutonium constitutes a complex
analysis problem largely because of the intricate decay schemes involved.
In addition to the complex decay calculations, the initial concentration of
the actinide isotopes in the waste requires an accurate calculation of the
neutron-induced transmutation events in the reactor core. Since ORIGEN
is a survey tool, it is based upon numerous simplifying assumptions. Its
validity, therefore, rests upon normalization results of higher order
calculations on measured data. Therefore, the first phase of study involved
calibration of the ORIGEN code to gain confidence in the accuracy of the
estimates of actinides for the LWR and LMFBR cycles studied.
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(2\
The ALTHAEAx ' code was used to project discharge isotopics for
equilibrium fuel cycles in pressurized water reactors (PWRs) and boiling
water reactors (BWRs). This code represents the physics of tracking
the time-dependent burnup of fuel better than the ORIGEN code. The
ALTHEA code was normalized to experimental isotopic data obtained from
fuels irradiated in commercial power reactors. The results are given
in Section V. After this normalization, ALTHAEA was used to estimate
the discharge isotopics for BUR and PUR fuels. The ORIGEN code was
then calibrated to reproduce the discharge isotopics of the principal
fuel isotopes projected by the ALTHAEA code. For the LMFBR tore, the
concentrations given in Reference 3 for an LMFBR were used in the absence
of any other information. Cooling periods of 100 and 150 days after
reactor shutdown were assumed for the LMFBR and the LWR, respectively.
Spent fuel from LURs was assumed to be a mixture of 40% spent fuel
from boiling water reactors (BURs) and 60% spant fuel from pressurized water
reactors (PURs). Since there are three LUR cycles considered and two
types of LURs, six standards were required. These were computed by the
program ALTHAEA after confirming that this code could adequately
reproduce the measured isotopic data of fuels irradiated in the Yankee
Rowe, Indian Point and Saxton reactors (see Section V - Methods Verification),
The typical BUR fuel bundle uses rods whose enrichment varies from less
than 2 wt.% to about 3 wt.%. However, the calculation to obtain the
standard concentration was based upon an average enrichment for rods in
the bundle of 2.60 wt.% U235 in uranium. This simplification was adopted
for two reasons, first, we did not have adequate data to verify more detailed
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calculations, and second, reprocessors indicate that they will chop the
entire bundle without segregating pins by enrichment. For the first
plutom'um recycle in a BWR, we assumed an average enrichment of 2.72 wt.%
fissile, consisting of 2.21 wt.% U235, .419 wt.% Pu239, and .087 wt.%
Pu241. For the second plutonium recycle in a BUR, we assumed an average
enrichment of 2.81 wt.%, consisting of 2.204 wt.X U235, .483 wt.% Pu239,
and .133 wt.% Pu241. In all three cases the goal exposure was assumed
to be 27000 megawatt days per metric ton of fuel (MWD/MT).
In PWR fuel bundles all of the fuel pins are the same enrichment.
We have taken 3.20 wt.% U235 as the proper enrichment to obtain the
assumed goal exposure of 32000 MWD/MT. For the first plutonium recycle
some fuel bundles will be all slightly enriched uranium and some will be
all mixed oxide (Pu02 plus natural U02). For this study, we used 3.20
weight percent U-235 enrichment for the slightly enriched uranium and
3.35 weight percent fissile enrichment for the mixed oxide fuel consisting
of .683 wt.J U235, 2.160 wt.% Pu239, and .507 wt.% Pu241. In order
for the reactor to utilize all of the plutonium it makes, we have assumed
that the average PWR will contain, by volume, 23% mixed oxide fuel and
we have further assumed that the various reactor owners will buy and -sell
plutonium in order to reach this goal while maintaining quarter core
symmetry (i;e., each owner loads a multiple of four bundles). The
presence of the mixed oxide bundles adjacent to a slightly enriched U02
bundle will alter the power generation in both bundles and thus produce
isotopic concentrations different from those calculated for these elements
based on full reactor loads of each. By calculating only the isotopic
concentrations averaged over the whole core we have ignored these secondary
affects since they tend to compensate each other to some extent.
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Since the recycled plutonlum Is In separate bundles, It is possible to
reprocess them separately and recover the plutonlum for use in the second
recycle step. We used 3.50 wt.% fissile enrichment for this fuel,
consisting of .675 wt.% U235, 2.022 wt.% Pu239, and .803 wt.% Pu241. From
a material balance the average PUR should contain 13.7% second recycle
mixed oxide, 17.7% first recycle mixed oxide and 68.6% slightly enriched
uranium fuel during the period of second plutonium recycle operation.
Thus the three standards for the PUR were 3.20 wt.% enriched uranium,
3.35 wt.% fissile enriched mixed oxide using first recycle plutonium, and
3.50 wt.% fissile enriched mixed oxide using second recycle plutonium, all
to a goal exposure of 32000 MUD/MT.
Six different sets of cross sections for the principal isotopes were
derived for ORIGEN which reproduce the discharge isotopes for this
isotope from ALTHAEA calculations. The blends of these six types of
spent fuel were used to produce the three desired composites are given
in Table I.
TABLE I
SIX TYPES OF FUEL USED FOR THE BLEND
Kilograms Required per Metric Ton
Fuel Type Enr. UOp 1st Pu Recycle 2nd Pu Recycle
BUR-2.60 wt.% Enr. U02 400
BUR-2.72 wt.% fissile Enr. M.O. 400
BUR-2.81 wt.% fissile Enr. M.O. 400
PUR-3.20 wt.% Enr. U02 600 462 412
PUR-3.35 wt.% fissile Enr. M.O. 138 106
PUR-3.50 wt.% fissile Enr. M.O. 82
The cooling period was 150 days after reactor shutdown for these LUR fuel
cycles.
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To obtain the data for the waste stream the above calculations were
performed for the lesser amount of spent fuel that would be required to
yield one kilogram of actinides in the waste after 99% of the uranium and
plutonium was removed. The amount of spent fuel for each case is listed
in Table II.
TABLE II
AMOUNT OF SPENT FUEL
Case Kilograms of Spent Fuel
LWR-U02 96.2
LWR-lst Pu Recycle 93.8
LWR-2nd Pu Recycle 91.4
LMFBR 92.8
The isotopic concentrations from the spent fuel were used to obtain
the Initial plutonium concentrations for the plutonium waste data. The
concentrations used are given in Table III.
TABLE III
PLUTONIUM COMPOSITIONS AND CONCENTRATIONS
Isotope LWR-U00 Ll-JR-lst Pu Recycle LwR-2nd Pu Recycle LMFBR
Pu 236
Pu 238
Pu 239
Pu 240
Pu 241
Pu 242
Pu 244
S.OxlO"5
17.2
558.
245.
131.
48.6
l.lxlO"11
5.4xlO"5
22.5
475.
273.
149.
80.3
3.1xlO-10
4.2xlO'5
28.0
435.
277.
155.
105.
4.3xlO"10
2.8xlO"5
6.43
699.
223.
46.0
25.6
2.2xlO"4
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IV. RESULTS
The principal results of this project are the graphs which depict
actinide activity as a function of time. These sixty graphs are
presented in Appendix A. The tables in Appendix B contain the complete
data from which the graphs in Appendix A were generated. Because a
plot of all of the information contained in the tables would produce an
illegible graph in most cases, only the highest activity isotopes are
plotted. Appendix B therefore contains more information than Appendix A.
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V. METHODS VERIFICATION
The calculation of isotopic compositions for fuel discharged from
nuclear reactors requires a knowledge of the neutron cross sections, decay
constants, and the initial composition of the fuel materials. In addition
the temperature and neutron flux history of the fuel in the reactor must be
known.
To test the validity of the method of calculation and the values of
the many physical constants used in calculating the reactor discharge
isotopic compositions, comparisons were made with the published isotopic
data from three light water reactors.
Although there is some data on spent fuel isotopics available from
various reactors available, both from analysis of small quantities of
spent fuel and from aliquot samples taken from large dissolver batches,
little of it contains results for elements beyond plutonium. Since the
higher elements are of importance at certain decay time-periods, two
of the available experimental data sets for small samples were chosen
because transplutonium isotopics were provided. These data were
obtained from fuel irradiated in the Yankee-Rowe and Saxton reactors.
The isotopic information available from large sample data was that for fuel
irradiated in Indian Point 1.
A. Yankee-Rowe Data
(4)
The Yankee Core Evaluation Programv ' has provided isotopic information
for fuel irradiated in this reactor which is a commercial PWR plant.
In addition to these studies, fuel discharged from the Yankee reactor has
been analyzed at Pacific Northwest Laboratory (PNL) to obtain data for
elements beyond plutonium.
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These data are expressed as isotopic concentrations in nuclei per barn-
n*
centimeter (nuclei per cubic centimeter times 10" ). Tables IV, V and VI
present comparisons of calculated versus measured values of the uranium,
plutonium and transplutonium isotopes respectively. All isotopic concentrations
have been corrected for decay to the reactor shutdown date by the author of
Reference 5. The calculated isotopics include a decay period of 117 shutdown
days.
The overall agreement between calculated and measured isotopic
concentration in terms of the percent standard deviation of the sample-
averaged concentration is shown in Table IV. As expected, the isotopes which
are the end result of several neutron captures are predicted with the lowest
accuracy. The overall percentage deviation is 13.5% for all isotopes.
B. Saxton Reactor Data
As part of the AEC plutonium utilization program, the Saxton Reactor
Core II was loaded with Pu02-U02 fuel. At the end of life of Core II, the
mixed oxide fuel elements were reconstituted using the same fuel rods.
However, the lattice pitch of the reconstituted rods was doubled by leaving
alternate fuel rod positions empty. The reconstituted fuel was irradiated in
Core III. The isotopic analysis of sections from four high exposure fuel
rods included Am-241/Pu-239, Am-243/Pu-239, Cm-242/Pu239, Cm-244/Pu-239, and
Pu-239/U-238 ratios in addition to the usual plutonium and uranium isotopic
assay.<6>
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This Saxton dctta forms a particularly stringent test of burnup isotopic
calculational methods. Instead of starting with only Uf^ present, four
of the major plutonlum isotopes are present in significant amounts. Two
different lattice pitches are used which strongly effects the neutron
energy spectrum.
A comparison of calculated versus measured isotopics for the Core III
Saxton rods is given in Tables VIII, IX and X. Here the data is given
at the time the isotopic assay was made. A zero power decay period from
the reactor shutdown date to the analysis date is performed in the
calculations.
The overall standard deviation between measured and calculated
isotopic concentrations is given for Saxton in Table XI for each isotope.
The average deviation over all isotopes is 14.3% of the sample averaged
concentration.
C. Indian Point 1 Reprocessing Data
The Yankee and Saxton data result from small samples taken from rod
segments of fuel. The buildup of actinides during irradiation is
generally nonlinear. Hence, it is valid to ask If the average of widely
varying irradiation conditions typical of a nuclear reactor core can be
used to calculate isotopics in large batches of irradiated fuel.
Several metric tons of spent fuel from Indian Point reactor have been
reprocessed. Samples of the fuel batches have been analyzed/ ' A
straightforward comparison of calculated versus measured uranium and
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plutonium compositions is given in Table XII. An examination of the
standard deviations shows that the uncertainty in the batch data is
comparable to that in the Yankee and Saxton small sample data.
D. Probable Accuracy of the Results
Based on the Yankee, Saxton and Indian Point data, specific activities
for the most abundant isotopes: U-235, U-238, Pu-239, Pu-240, Pu-241
and Pu-242 appear to be uncertain by +10%.
U-236 should be assigned a +20% uncertainty. Np-237 should require
+20%. while the Americium and Curium show a +40% uncertainty along with
the rarer plutonium isotopes Pu-236 and Pu-238.
In general, given a specific reactor type plus some isotopic data,
much closer agreement can be obtained. The present results must be
valid over all types of LWRs employing U0~ and PuC^-UCL fuel and the
differences between calculated and measured isotopic data reflect these
rather stringent requirements.
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TABLE IV. Yankee Uranium Isotopics
Isotoplc Concentrations (N/B-cm)
Sample
G4-C-f6 measured
calculated
F5-C-al measured
calculated
F5-NW-b2 measured
calculated
F5-NW62 measured
calculated
Standard Deviation
Between Code and Mean
U-234a)
3.48 -6
1.303-9
3.07 -6
7.96 -9
3.33 -6
1.07 -8
3.37 -6
1.14 -8
U-235b)
4.93 -4
4.93 -4
3.54 -4
3.54 -4
3.28 -4
3.28 -4
3.22 -4
3.22 -4
U-236
5.73 -5
5.43 -5
8.58 -5
7.91 -5
9.26 -5
8.34 -5
9.47 -5
8.44 -5
0.78 -5
U-238
2.106 -2
2.139 -2
2.086 -2
2.121 -2
2.0891-2
2.117 -2
2.081 -2
2.116 -2
.033 -2
Burnup
GWD/MTM
13.629
13.319
23.770
23.131
23.914
25.324
24.266
25.851
Notes:
a) No initial concentration of U-234 was assumed since the initial
composition of the feed material did not contain a U-234 assay. The
calculated values reflect only buildup from Pu-238 alpha decay less
the U-234 burnup and are therefore not comparable to the measured
value.
b) The U-235 concentration is used to terminate the burnup calculation
hence all U-235 calculated values agree exactly with the measured
values.
c) The differences between calculated and measured burnup occur because
the calculation is terminated by specifying a final U-235
concentration instead of a final burnup.
d) Numerical entries in the table of the form X.ZW±Y are X.ZW*10±Y,
where X, Z, W, and Y are digits.
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TABLE V. Yankee Plutonium Isotopics
Isotopic Concentrations (N/B-cm)
Sample
G4-C-f6
Pu-236
measured
calculated
4.4
4.0
-12
-12
Pu-238
4.8 -7
4.19-7
Pu-239
1
1
.145-4
.148-4
Pu-240
1
1
.853-5
.956-5
Pu-241
1
1
.043-5
.079-5
Pu-242
1.00-6
1.03-6
F5-C-al measured 1.64-11 2.08-6 1.589-4 3.633-5 2.551-5 4.32-6
calculated 1.27-11 1.56-6 1.440-4 3.597-5 2.506-5 4.40-6
F5-NW-b2 measured 1.50-11 2.04-6 1.384-4 3.844-5 2.454-5 5.13-6
(center)
calculated 1.52-11 1.95-6 1.477-4 3.917-5 2.811-5 5.46-6
F5-NW-b2 measured 1.60-11 2.25-6 1.405-4 4.037-5 2.599-5 5.68-6
(bottom)
calculated 1.58-11 2.05-6 1.485-4 3.991-5 2.882-5 5.74-6
Standard Deviation
Calculated versus Measured
.19-11
.42-6
.096-4 .070-5 0.230-5 0.17-6
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TABLE VI. Yankee Neptunium, Americium and Curium Isotopics
Isotope Concentrations (N/B-cm)
Sample
G4-Cf6 measured
calculated
F5-C-al measured
calculated
F5-NW-b2 measured
(center)
calculated
F5-NW-b2 measured
(bottom)
calculated
Np-237
4.30-6
3.77-6
8.73-6
7.93-6
8.92-6
8.92-6
9.10-6
9.16-6
Am-241
-1.0 -8a)
1.82-7
1.14-6
6.76-7
1.08-6
8.10-7
1.11-6
8.43-7
Am-243
8.2 -8
8.84-8
7.64-7
6.72-7
8.48-7
9.12-7
9.75-7
9.77-7
Cm- 242
4.09 -8
2.89 -8
1.612-7
1.642-7
1.498-7
2.100-7
1.874-7
2.216-7
Cm-244
1.19 -8
8.26 -9
1.838-7
1.185-7
1.940-7
1.791-7
2.331-7
1.966-7
Standard Deviation Q .fi , n ., , n ,., 7
Calculated versus Measu-ed °'48'6 °'3'-6 °-56-' °'35 "' °-38 ~7
Notes:
a) When corrected back in time to the discharge date a negative
concentration was calculated by the author of Reference 2.
This indicates an error in the assay and/or decay constant.
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TABLE VII. Yankee Standard Deviation - Calculated Versus Measured
Standard Deviation
Isotope (Calculated versus
measured)
Sample-Averaged
Concentration
Percent
Standard Deviation
U-236
U-238
Pu-236
Pu-238
Pu-239
Pu-240
Pu-241
Pu-242
Np-237
Am-241
Am-243
Cm-242
Cm-244
0.78 -5
.033-2
.19-11
.42 -6
.096-4
.070-5
0.23 -5
0.17 -6
0.48 -6
0.31 -6
0.56 -7
0.35-7
0.38-7
8.26-2
2.09-2
1.30-11
1.71-6
1.38-4
3.34-5
2.16-5
4.03-6
7.76-6
0.83-6
6.31-6
1.35-7
1.56-7
9.4
1.6
14.6
24.4
7.0
2.1
10.6
4.2
6.2
37.3
8.4
25.9
24.3
Average 13.5%
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TABLE VIII. Saxton Uranium Isotopics
Isotoplc Concentrations (N/B-cm)
Sample3'
LS measured
LS calculated
PF measured
PF calculated
Standard Deviation
U-234
1.035-*
0.89 -6
1.036-6
0.86 -6
0.16 -6
U-235
8.59-5
8.07-5
7.40-5
7.12-5
0.42-5
U-236
1.30 -5
1.548-5
1.47 -5
1.72 -5
0.25 -5
U-238
2.06-2
2.05-2
2.06-2
2.04-2
0.02-2
Burnup
GWD/MTM
42.85
42.85
50.95
50.95
calculated versus
measured
a) Four samples were measured in Reference 4. Two of these were
rejectee because of internal inconsistencies in the measured
isotopics.
b) The calculations were terminated by specifying the measured
burnup, hence there is exact agreement between measured and
calculated burnup.
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TABLE IX. Saxton Plutonium Isotopics
Isotopic Concentrations (N/B-cm)
Sample
LS measured
range
LS calculated
PF measured
range
i
£ PF calculated
i
Standard Deviation
Pu-236a)
5.23-12
(6.28-4.19)
7.28-12
6.14-12
(7.39-4.93)
9.30-12
2.66-12
Pu-238a)
6.60-6
(6.93-6.27)
6.63-6
8.24-6
(8.64-7.83)
8.09-6
0.10-6
Pu-239
4.52-4
-
4.57-4
3.82-4
-
3.81-4
0.04-4
Pu-240
3.18-4
-
3.35-4
3.43-4
-
3.38-4
0.13-4
Pu-241
9.31-5
-
9.60-5
1.06-4
-
1.01-4
0.04-4
Pu-242
2.71-5
-
2.66-5
3.66-5
-
3.48-5
0.13-5
calculated versus
measured
Notes:
a) Experimental uncertainty was estimated for only these two plutonium isotopes.
-------
TABLE X.
Saxton Neptunium, Amerlcum
and Curium Isotopics
Isotopic Concentrations (N/B-cm)
a)
1
PO
o
1
Satnpl e
LS measured
range
LS calculated
PF measured
range
PF calculated
Standard Deviation
ralrnlatoH MOVCIIC
Np-237
2.70 -6
(3.11-2.30)
3.70 -6
4.052-6
(4.66-3.44)
4.33 -6
0.73 - 6
Am-241
1.86-5
(2.04-1.66)
1.79-5
1.83-5
(2.01-1.65)
1.84-5
0.05
Am-243
1.91-6
(2.17-1.67)
3.50-6
4.50-6
(5.63-3.38)
5.17-6
1.22-6
Cm-242
5.42-7
(6.00-4.90)
3.49-7
7.32-7
(8.06-6.59)
4.27-7
2.55-7
Cm- 244
6.41-7
(7.08-5.80)
6.31-7
1.02-6
(1.12-0.92)
1.15-6
0.09-6
measured
Notes:
a) Since the test data for these isotopes are given in References as atom ratios, the
"measured" concentrations in this table were calculated assuming that the measured
and calculated U-238 concentrations agree exactly. This assumption is justified by
the small overall change of U-238 concentration with burnup.
-------
TABLE XI. Saxton Standard Deviation Calculated versus Measured
Standard Deviation
of Calculated versus
Sample-Averaged
Percent
Isotope
U-234
U-235
U-236
U-238
Pu-236
Pu-238
Pu-239
Pu-240
Pu-241
Pu-242
Np-237
Am-241
Am-243
Cm-242
Cm-244
Measured Values
0
0
0
0
2
0
0
0
0
0
0
0
1
2
0
.16
.42
.25
.02
.66
.10
.04
.13
.04
.13
.73
.05
.22
.55
.09
- 6
- 5
- 5
- 2
-12
- 6
- 4
- 4
- 4
- 5
- 6
- 5
- 6
- 7
- 6
Concentration Standard Deviation
1
8
1
2
5
7
4
3
.0355
.00
.39
.06
.685
.420
.17
.305
0.9955
3
3
1
3
6
0
.185
.376
.845
.205
.37
.8305
- 6
- 5
- 5
- 2
-12
- 6
- 4
- 4
- 4
- 5
- 5
- 5
- 6
- 6
- 6
Average
15
5
18
1
46
1
1
3
4
4
21
2
38
40
10
14
.5
.3
.0
.0
.8
.3
.0
.9
.0
.0
.6
.7
.1
.0
.8
.3
-21-
-------
TABLE XII. Indian Point 1 Batch Isotopics
IN)
Initial
Batch Enrichment
3 2.78
calculated
5 2.78
calculated
9 3.263
calculated
1 4.076
calculated
Standard
Deviation
Uranium Composition
U-234
0.021
0.031
0.019
0.031
0.016
0.028
0.019
0.038
0.014
U-235
1.804
1.676
1.786
1.676
1.758
1.627
2.022
1.928
0.117
U-236
0.220
0.266
0.218
0.266
0.310
0.369
0.422
0.478
0.053
(Wt %)
U-238
97.955
98.027
97.955
98.027
97.916
97.976
97.537
97.568
0.061
Plutonium Composition
Pu-238
0.409
0.321
0.432
0.321
0.834
0.603
1.309
0.844
0.269
Pu-239
75.587
76.409
74.546
76.409
70.043
69.986
68,083
67.892
1.023
Pu-240
15.455
15.390
15.456
15.390
17.296
17.897
17.381
18.159
0.244
(Wt %)
Pu-241
7.378
7.068
7.381
7.068
9.808
9.861
10.790
11.053
0.067
Pu-242
1.171
0.812
1.185
0.812
2.019
1.653
2.437
2.052
0.195
Pu/U
gms/tonne
6188
5642
6185
5642
7887
7278
9320
8200
745
Burnup
GWD/MTt
12.6
12.6
19.5
25.10
Percent of Batch 75.7 6.4 18.1 0.062 36.1 1.4 1.5 0.76 11.4 10.1
Averaged value
a) The larger discrepancy results from an estimated initial U-234 concentration. None was
provided in the data. A much more accurate guess could be made; however time did not
permit pursuing this further.
-------
VI. REFERENCES
1. M. J. Bell, ORIGEN - The ORNL Isotope Generation and Depletion Code,
ORNL-4628, May 1973.
2. E. T. Merrill, ALTHAEA: A One-Dimensional Two-Group Diffusion Code
with an Effective Four-Group Burnup, BNWL-462, Pacific Northwest
Laboratory, May 1971.
3. W. R. Gee, Jr., Conceptual Plant Design, System Descriptions, and
Costs for a 1000 MWe Sodium Cooled Fast Reactor. Task II Report of
1000 MWe LMFBR Follow-on Work, GEAP-5678, General Electric Co.,
Sunnyvale, December 1968.
4. M. J. 0'Boyle, Ed., "Yankee Core Evaluation Program Quarterly Progress
Report for the Period Ending March 31, 1966," WCAP-6080, June 1966.
5. R. P. Matsen, An Analysis of Yankee-Rowe Burnup Data, BNWL-1122,
Pacific Northwest Laboratory (1969).
6. R. C. Goodspeed, Ed., "Saxton Plutonium Project Quarterly Progress
Report for the Period Ending June 30, 1973," WCAP-3385-36, July 1973.
7. Personal Communication, letter, Arthur W. Flynn and Ronald X. Horn
to D. E. Christensen, January 15, 1973.
-23-
-------
VII. DISTRIBUTION
ENVIRONMENTAL PROTECTION AGENCY
Dr. Nayne Hansen
Project Officer
No. of Copies
28
25 including 1
reproducible
master
David A. Rogers
Laboratory Officer
Patent Advisor
Library
BATTELLE COLUMBUS LABORATORIES
E. H. Hall/F. Lukz
BATTELLE-NORTHWEST
' N. E. Carter
0. W. Finnigan
R. M. Fleischman
C. M. Heeb
G. Jensen
R. C. Liikala
E. T. Merrill
D. F. Newman
A. M. Platt
L. D. Williams
Technical Files
-24-
-------
APPENDIX A
-------
Appendix A
Table of Contents
Title Page
•BMMMi^B^^ ^^^^^^^
EXPLANATION A-l, A-4
1 LWR Equilibrium Uranium Cycle - Spent Fuel A-5
Significant Actinide Activity for the Period 0 to 140 years
2 LWR Equilibrium Uranium Cycle - Spent Fuel A-6
Significant Actinide Activity for the Period 100 to 1400 years
i
3 LWR Equilibrium Uranium Cycle - Spent Fuel A-7
Significant Actinide Activity for the Period 1 to 14 thousand years
4 LWR Equilibrium Uranium Cycle - Spent Fuel A-8
Significant Actinide Activity for the Period 10 to 140 thousand years
5 LWR Equilibrium Uranium Cycle - Spent Fuel A-9
Significant Actinide Activity for the Period 1 to 108 years
6 LWR Equilibrium Uranium Cycle - Reprocessing Plant Waste ' A-10
Significant Actinide Activity for the Period 0 to 140 years
7 LWR Equilibrium Uranium Cycle - Reprocessing Plant Waste A-ll
Significant Actinide Activity for the Period 100 to 1400 years
8 LWR Equilibrium Uranium Cycle - Reprocessing Plant Waste A-l2
Significant Actinide Activity for the Period 1 to 14 thousand years
9 LWR Equilibrium Uranium Cycle - Reprocessing Plant Waste A-13
Significant Actinide Activity for the Period 10 to 140 thousand years
10 LWR Equilibrium Uranium Cycle - Reprocessing Plant Waste A-14
Significant Actinide Activity for the Period 1 to 108 years
11 LWR Equilibrium Uranium Cycle - Plutonium A-15
Significant Actinide Activity for the Period 0 to 140 years
12 LWR Equilibrium Uranium Cycle - Plutonium A-16
Significant Actinide Activity for the Period 100 to 1400 years
13 LWR Equilibrium Uranium Cycle - Plutonium A-17
Significant Actinide Activity for the Period 1 to 14 thousand years
14 LWR Equilibrium Uranium Cycle - Plutonium A-18
Significant Actinide Activity for the Period 10 to 140 thousand years
15 LWR Equilibrium Uranium Cycle - Plutonium A-l9
Significant Actinide Activity for the Period 1 to 108 years
A-i
-------
Figure Title
16 LWR First Plutonium Recycle - Spent Fuel A-2Q
Significant Actinide Activity for the Period 0 to 140 years
17 LWR First Plutonium Recycle - Spent Fuel A-21
Significant Actinide Activity for the Period 100 to 1400 years
18 LWR First Plutonium Recycle - Spent Fuel A-22
Significant Actinide Activity for the Period 1 to 14 Thousand years
19 LWR First Plutonium Recycle - Spent Fuel A-2J
Significant Actinide Activity for the Period 10 to 140 thousand years
20 LWR First Plutonium Recycle - Spent Fuel A-24
Significant Actinide Activity for the Period 1 to 108 years
21 LWR First Plutonium Recycle - Reprocessing Plant Waste A-25
Significant Actinide Activity for the Period 0 to 140 years
22 LWR First Plutonium Recycle - Reprocessing Plant Waste A-26
Significant Actinide Activity for the Period 100 to 1400 years
23 LWR First Plutonium Recycle - Reprocessing Plant Waste A-27
Significant Actinide Activity for the Period 1 to 14 Thousand years
24 LWR First Plutonium Recycle - Reprocessing Plant Waste A-28
Significant Actinide Activity for the Period 10 to 140 thousand years
25 LWR First Plutonium Recycle - Reprocessing Plant Waste A-29
Significant Actinide Activity for the Period 1 to 108 years
26 LWR First Plutonium Recycle - Plutonium A-30
Significant Actinide Activity for the Period 0 to 140 years
27 LWR First Plutonium Recycle - Plutonium A-31
Significant Actinide Activity for the Period 100 to 1400 years
28 LWR First Plutonium Recycle - Plutonium A-32
Significant Actinide Activity for the Period 1 to 14 Thousand years
29 LWR First Plutonium Recycle - Plutonium A-33
Significant Actinide Activity for the Period 10 to 140 thousand years
30 LWR First Plutonium Recycle - Plutonium A-34
Significant Actinide Activity for the Period 1 to 108 years
31 LWR Second Plutonium Recycle - Spent Fuel A-35
Significant Actinide Activity for the Period 0 to 140 years
32 LWR Second Plutonium Recycle - Spent Fuel A-36
Significant Actinide Activity for the Period 100 to 1400 years
A-ii
-------
Figure Title Page
33 LWR Second Plutonium Recycle - Spent Fuel A-37
Significant Actinide Activity for the Period 1 to 14 Thousand years
34 LWR Second Plutonium Recycle - Spent Fuel A-38
Significant Actinide Activity for the Period 10 to 140 Thousand years
35 LWR Second Plutonium Recycle - Spent Fuel A-39
Significant Actinide Activity for the Period 1 to 108 years
36 LWR Second Plutonium Recycle - Reprocessing Plant Waste A-40
Significant Actinide Activity for the Period 0 to 140 years
37 LWR Second Plutonium Recycle - Reprocessing Plant Waste A-41
Significant Actinide Activity for the Period 100 to 1400 years
38 LWR Second Plutonium Recycle - Reprocessing Plant Waste A-42
Significant Actinide Activity for the Period 1 to 14 Thousand years
39 LWR Second Plutonium Recycle - Reprocessing Plant Waste A-43
Significant Actinide Activity for the Period 10 to 140 thousand years
40 LWR Second Plutonium Recycle - Reprocessing Plant Waste A-44
Significant Actinide Activity for the Period 1 to 108 years
41 LWR Second Plutonium Recycle - Plutonium A-45
Significant Actinide Activity for the Period 0 to 140 years
42 LWR Second Plutonium Recycle - Plutonium A-46
Significant Actinide Activity for the Period 100 to 1400 years
43 LWR Second Plutonium Recycle - Plutonium A-47
Significant Actinide Activity for the Period 1 to 14 thousand years
44 LWR Second Plutonium Recycle - Plutonium A-48
Significant Actinide Activity for the Period 10 to 140 thousand years
45 LWR Second Plutonium Recycle - Plutonium A-49
Significant Actinide Activity for the Period 1 to 108 years
46 LMFBR - Spent Fuel
Significant Actinide Activity for the Period 0 to 140 years A-50
47 LMFBR - Spent Fuel A-51
Significant Actinide Activity for the Period 100 to 1400 years
48 LMFBR - Spent Fuel A-52
Significant Actinide Activity for the Period 1 to 14 thousand years
A-iii
-------
Figure Title Page
49 LMFBR - Spent Fuel A-53
Significant Actlnide Activity for the Period 10 to 140 thousand years
50 LMFBR - Spent Fuel A-54
Significant Actlnide Activity for the Period 1 to 108 years
51 LMFBR - Reprocessing Plant Waste A-55
Significant Actinide Activity for the Period 0 to 140 years
52 LMFBR - Reprocessing Plant Waste A-56
Significant Actinide Activity for the Period 100 to 1400 years
53 LMFBR - Reprocessing Plant Waste A-57
Significant Actlnide Activity for the Period 1 to 14 thousand years
54 LMFBR - Reprocessing Plant Waste A-58
Significant Actinide Activity for the Period 10 to 140 thousand years
55 LMFBR - Reprocessing Plant Waste A-59
Significant Actinide Activity for the Period 1 to 108 years
56 LMFBR - Plutonium A-60
Significant Actinide Activity for the Period 0 to 140 years
57 LMFBR - Plutonium A-61
Significant Actinide Activity for the Period 100 to 1400 years
58 LMFBR - Plutonium A-62
Significant Actinide Activity for the Period 1 to 14 thousand years
59 LMFBR - Plutonium A-63
Significant Actinide Activity for the Period 10 to 140 thousand years
60 LMFBR - Plutonium
Significant Actinide Activity for the Period 1 to 108 years A-64
A-iv
-------
Appendix A
EXPLANATION
A total of sixty (60) graphs with corresponding tables are presented.
Initial actinide inventories are based on calculational methods which are
justified by comparison to LWR spent fuel isotopic arrays in the case of
LWRs and on computer design isotopics for the LMFBR. These graphs may
be used to estimate the actinide activity of either high-level waste or
low-level waste. For example, U02 pellets from a spent fuel element
would be classified as high-level waste, while contaminated rags and tools
used during decontamination of the shipping cask it came in would be
classified as low-level waste because the over-all level of radioactivity
is much higher for the pellets. In spite of this, both samples would
contain the same activity level in units of curies per ton of heavy metal.
A-l
-------
In other words, the usual criteria for high and low level wastes are
based on the gross activity, I.e., curies. The figures presented In
this appendix are specific activities, i.e., curies per mass of material.
This specific activity can be changed only by chemical separation,
irradiation or mixing with other materials. For a specific application
of the curves, the source of the waste material must be taken into account.
The first fifteen graphs apply to the assumed mixture of 40% BWR fuel
and 60% PWR fuel for the period when both reactor types are discharging
slightly enriched uranium fuel at goal exposure. The assumed goal
exposures were 27000 MWD/MT for BWRs and 32000 MWD/MT for PWRs. This
represents the period approximately 4 to 10 years after startup for BWRs
and 3 to 8 years after startup for PWRs. The earlier period when the
first cores from these reactors are being discharged at lower exposures
was not considered.
Graphs 16 through 30 apply to the period when both reactor types are
discharging fuel which includes the average amount of first recycle
plutonium. This is approximately 11 to 16 years after startup for BWRs
and 9 to 13 years after startup for PWRs.
A-2
-------
Graphs 31 through 45 apply to the period when both reactor types are
discharging fuel which Includes the average amount of first and second
recycle plutonium. This 1s approximately 17 to 22 years after startup
for BURs and 14 to 18 years after startup for PWRs.
Graphs 46 through 60 apply to the 1000 MWe LMFBR reference design as
presented In GEAP-5678.
In each group of 15 graphs, the first 5 apply to the spent fuel, the
second 5 to the reprocessing plant waste stream, and third 5 to the
recovered plutonium. In each group of 5 graphs, the first covers the
period from date of shipment from the reactor (assumed 150 days after
reactor shutdown in LUR cases and 100 days after reactor shutdown In LMFBR
cases) to 140 years. The second graph In each group of 5 graphs covers
the period from 100 years to 1400 years. The data from 0 to 100 years
were purposely excluded since they are presented with greater accuracy on
the preceding graph. Note, however, the scale has changed and some
Isotopes appear near the bottom of the graph that were not present on
the preceding graph, thus where possible data for these Isotopes is
given from 0 to 100 years. The third graph In each group of 5 covers the
A-3
-------
period from 1 thousand years to 14 thousand years. Again, please note
the change in scale. The fourth graph in each group of 5 covers the
period from 10 thousand years to 140 thousand years. The fifth graph
o
in each group of 5 covers the period from 1 year to 1 x 10 years on a
log-log plot. Some of the less significant isotopes have been left
off of this graph to improve its readibility. These isotopes include
californium, berkelium, the higher curium isotopes, uranium 237, plutonium
236 and its daughters. The isotopes on the graph contribute 1% or more
of the activity at some time. Data for the isotopes omitted are included
in the tables provided in Appendix B.
For those curves on any graph labeled with the symbols for more than
one isotope (cf Np237, Pa233) the value plotted represents the activity
of each isotope NOT their sum. This circumstance represents short-
lived daughters in secular equilibrium with a long-lived parent.
A-4
-------
FIGURE 1
LWR EQUILIBRIUM URANIUM CYCLE
SPENT FUEL
iQQQQQ
SIGNIFICANT ACTINIOE ACTIVITY FOR THE PERIOD 0 TO 140 YEARS
Years
A 5
-------
iQQQO
FIGURE 2
LWR EQUILIBRIUM URANIUM CYCLE SPENT FUEL
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 100 TO 1400 YEARS
600 800
Years
A 6
1000
1200
1400
-------
FIGURE 3
,000.
LWR EQUILIBRIUM URANIUM CYCLE
SPENT FUEL
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 14 THOUSAND YEARS
Ra-226
S Rn-222
Po-218
At-218
81-214
Po-214
Pb-210
B1-210
Po-210
'•" i
6 8
Thousand years
10
12
14
A 7
-------
FIGURE 4
LWR EQUILIBRIUM URANIUM CYCLE SPENT FUEL
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 10 TO 140 THOUSAND YEARS
Ra-226
Rn-222
Po-218
At-218
B1-214
Po-214
Pb-210
B1-210
Po-210
Th-229
Ra-225
Ac-225
Fr-221
At-217
B1-213
Po-213
Bp-209
U-238. Th-234. Pa-234M
0.0
60 80
Thousand years
A 8
-------
FIGURE 5
; I : ! M Mill
SPENT FUEL
LHR EQUILIBRIUM URANIUM CYCLE
' IMUI ' I ITI
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 108 YEARS
Ra-226
Rn-222
Po-218
At-218
81-214
Po-214
Pb-210
81-210
Po-210
Th-229
Ra-225
Ac-225
Fr-221
At-217
81-213
Po-213
Pb-209
Am-243, Np-239
t mtr::
U-235. Th-231
10'
10
A 9
-------
FIGURE 6
,_000
LWR EQUILIBRIUM URANIUM CYCLE REPROCESSING PLANT WASTE
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 0 TO 140 YEARS
"" ' ' l:"'i ' " rMTH I I II I I I IH-tnilM I.I f I I II
0.0,
20
Years
A 10
-------
FIGURE 7
LWR EQUILIBRIUM URANIUM CYCLE REPROCESSING PLANT WASTE
! SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 100 TO 1400 YEARS
1200
HOO
Years
A 11
-------
FIGURE 8
LWR EQUILIBRIUM URANIUM CYCLE REPROCESSING PLANT WASTE
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 14 THOUSAND YEARS
I I II I I 11
A
Ra-226 Th-229
Rn-222 Ra-225
Po-218 Ac-225
At-218 Fr-221
B1-214 At-217
-245, Pu-241
U-238, Th-234, Pa-234M
.000 i
6 8
Thousand years
A 12
-------
FIGURE 9
LWR EQUILIBRIUM URANIUM CYCLE
REPROCESSING PLANT WASTE
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 10 TO 140 THOUSAND YEARS
Pa-231
Ac-227
Th-227
Ra-223
Rn-219
Po-215
Pb-211
B1-211
Tl-207
Th-229
Ra-225
Ac-225
Fr-221
At-217
B1-213
Po-213
Bp-209
Ra-226
Rn-222
Po-218
At-218
B1-214
Po-214
Pb-210
B1-210
Po-210
Np-237, Pa-233
Am-243, Np-239
U-238, Th-234, Pa-234M !
U-235, Th-231
.0000
60 80
Thousand years
140
A 13
-------
FIGURE 10
rrm
REPROCESSING PLANT WASTE
t M i Mint
LWR EQUILIBRIUM URANIUM CYCLE
i r
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 10" YEARS
-226 Th-229
-222 ka-225
-218 Ac-225
-218 Fr-221
-214 At-217
-214 B1-213
-210 Po-213
-210 Pb-209
-210
Pa-231
Ac-227
Th-227
Ra-223
Rn-219
Po-215
Pb-211
B1-211
Tl-207
U-238. Th-234. P«-234M
10
10
A 14
-------
FIGURE 11
LWR EQUILIBRIUM URANIUM CYCLE PLUTONIUM
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 0 TO 140 YEARS
120
140
A 15
-------
FIGURE 12
LWR EQUILIBRIUM URANIUM CYCLE PLUTONIUM
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD TOO TO 1400 YEARS
0.0
600 800
Years
1000
1200
1400
A 16
-------
,00.
FIGURE 13
LWR EQUILIBRIUM URANIUM CYCLE PLUTONIUM
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 14 THOUSAND YEARS
Ra-226
Rn-222
Po-218
At-218
B1-214
Po-214
Pb-210
B1-210
Po-210
0.00
-------
,00
FIGURE 14
LWR EQUILIBRIUM URANIUM CYCLE PLUTONIUM
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 10 TO 140 THOUSAND YEARS
Th-229
Ra-225
Ac-225
Fr-221
At-217
B1-213
Po-213
Bp-209
E Ra-226
Rn-222
Po-218
At-218
B1-214
Po-214
Pb-210
B1-210
Po-210
: U-234 :
U-235, Th-231
0.00
60 80
Thousand years
A 18
140
-------
FIGURE 15
LHR EQUILIBRIUM URANIUM CYCLE tr^T
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO IO8 YEARS
Ra-226
Rn-222
Po-218
At-218
81-214
Po-214
Pb-210
B1-210
Po-210
Th-229
Ra-225
Ac-225
Fr-221
At-217
81-213
Po-213
Bp-209
P«-231
»c-227
Th-227
Ra-223
Rn-219
Po-215
Pb-211
B1-211
Tl-207
5 IO4 * 10b J 10" 10'
-------
iQQOQfl
t
i
FIGURE 16
LWR FIRST PLUTONIUM RECYCLE SPENT FUEL
i SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 0 TO 140 YEARS
Years
A 20
-------
,0000
FIGURE 1,
LMR FIRST PLUTONIUM RECYCLE SPENT FUEL
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD TOO TO 1400 YEARS
U-238, Th-234, Pa-234M
1400
-------
FIGURE 18
LWR FIRST PLUTONIUM RECYCLE
SPENT FUEL
000.
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 14 THOUSAND YEARS
Rn-222
Po-218
At-218
B1-2U
Po-214
Pb-210
B1-210
Po-210
iiAin-243, Np-239
Np-237, Pa-233
U-238, Th-234, Pa-234M
5± :iCm-246
U-235, Th-231
Thousand years
0.0.
-------
FIGURE 19
LWR FIRST PLUTONIUM RECYCLE
SPENT FUEL
,000 .
Thousand years
A 23
-------
FIGURE 20
LHR FIRST PLUTONIUM RECYCLE
SIGNIFICANT ACTINIOE ACTIVITY FOR THE PERIOD 1 TO 108 YEARS
: R«-226 Th-229
Rn-222 Rl-225
Po-218 Ac-225
At-218 Fr-221
81-214 At-217
Po-214 B1-213
Pb-210 Po-213
:l B1-210 Pb-209
Po-210
108
Years
A 24
-------
FIGURE 21
LHR FIRST PLUTONIUM RECYCLE REPROCESSING PLANT WASTE
SIGNIFICANT ACTINIOE ACTIVITY FOR THE PERIOD 0 TO 140 YEARS
I. i-J. t 1.1 l-l I tt i I f-l f-1
Am-243. Np-239
Np-237, Pa-233
.0
A 25
-------
FIGURE 22
LWR FIRST PLUTONIUM RECYCLE REPROCESSING PLANT WASTE
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 100 TO 1400 YEARS
1400
-------
FIGURE .3
LMR FIRST PLUTONIUM RECYCLE REPROCESSING PLANT HASTE
SIGNIFICANT ACTINIOE ACTIVITY FOR THE PERIOD 1 TO 14 THOUSAND YEARS
Am-243, Np-239
Ra-226 Th-229
Rn-222 Ra-225
Po-218 Ac-225
At-218 Fr-221 I
B1-214 At-217
Po-214 81-213
Cn-245. Pu-241
Pb-210 Po-213i
B1-210 Pb-209
Po-210
Np-237, Pa-233
U-238. Th-234. Pa-234M
.000
6 8
Thousand years
A 27
-------
FIGURE 24
LWR FIRST PLUTONIUM RECYCLE REPROCESSING PLANT WASTE
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 10 TO 140 THOUSAND YEARS'
Ra-226 Th-229
Rn-222 Ra-225
Po-218 Ac-225
At-218 Fr-221
B1-214 At-217
Po-214 81-213
Pb-210 Po-213
81-210 Bp-209
Po-210
Am-243, Np-239
Np-237. Pa-233
U-238, Th-234, Pa-234M
.000
60 80
Thousand years
A 28
-------
FIGURE 25
;aiirnttni;
LHR FIRST PLUTONIUM RECYCLE u_ REPROCESSING PLANT WASTE •
mm • i rrnnrr ! i '.rritmi ; t
SIGNIFICANT ACTINIOE ACTIVITY FOR THE PERIOD 1 TO 108 YEARS
Ra-226 Th
Rn-222 Ra
Po-218
:At-218 Fr
81-214 At
Po-214
Pb-210
229 Pa-231
225 Ac-227
225 Th-227
Ra-223
217 Rn-219
213 Po-215
213 Pb-211
209 81-211
Tl-207
81-210 Pb
Po-210
U-238. Th-234. Pa-234M
-------
FIGURE 26
LHR FIRST PLUTONIUH RECYCLE PLUTONIUM
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 0 TO 140 YEARS
-------
FIGURE 27
LWR FIRST PLUTONIUM RECYCLE
PLUTONIUM
.000.
SIGNIFICANT ACTINIOE ACTIVITY FOR THE PERIOD 1
3IHIIUNI
1400
-------
00.
FIGURE 28
LWR FIRST PLUTONIUM RECYCLE PLUTONIUM
SIGNIFICANT ACTINIDE AC'IVITY FOR THE PERIOD 1 TO 14 THOUSAND YEARS ;
Ra-226
Rn-222
Po-218
At-218
B1-214
Po-214
Pb-210
B1-210
Po-210
QOO
Thousand years
A 32
-------
FIGURE 29
LNR FIRST PLUTONIUM RECYCLE
PLUTONIUM
,00.0
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 10 TO 140 THOUSAND YEARS
Ra-226 Th-229
Rn-222 Ra-225
Po-218 Ac-225
At-218 Fr-221
B1-214 At-217
Po-2H 81-213
Thousand years
140
-------
FIGURE 30
PLUTONIUM
LUR FIRST PLUTONIUM RECYCLE
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 108 YEARS,
Th-229
Ra-225
Ac-225
Fr-221
At-217
B1-213
Po-213
Pb-209
Pa-231
Ac-227
Th-227 r
Ra-223
Rn-219
Po-215
Pb-211
81-211
Tl-207
Ra-226
Rn-222
Po-218
At-218
B1-214
Po-214
Pb-210
B1-210
Po-210
' 105 in6 ' 10
10'
10
A 34
-------
FIGURE 31
LWR SECOND PLUTONIUM RECYCLE
SPENT FUEL
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 0 TO 140 YEARS
h' Mfflhffl TO 1111 ntmHTH''
140
Years
A 35
-------
FIGURE 32
LHR SECOND PLUTONIUM RECYCLE
SPENT FUEL
200
400
600 800
Years
1000
12)0
1400
A 36
-------
FIGURE 33
LMR SECOND PLUTONIUM RECYCLE
SPENT FUEL
, OOP.
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 14 THOUSAND YEARS
U-238, Th-234, Pa-234M
Thousand years
A 37
-------
FIGURE 34
LHR SECOND PLUTONIUM RECYCLE SPENT
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 10 TO 140 THOUSAND YEARS
Po-218 Ac-225
At-218 Fr-221
81-214 At-217
Po-214 81-213
40
60 80
Thousand years
A 38
100
120
140
-------
FIGURE 35
LW SECOND PLUTONIUM RECYCLE
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 108 TEARS
(U-226
Rn-222
Po-218
At-218
B1-214
Po-214
Pb-210
B1-210
Po-210
Th-229
Rt-225
Ac-225
Fr-221
At-217
81-213
Po-213
Pb-209
Np-237, Pi-233_5j
10
10-5
-------
000.
FIGURE 36
LWR SECOND PLUTONIUM RECYCLE REPROCESSING PLANT WASTE
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 0 TO 140 YEARS
0.0
-------
FIGURE 37
LWR SECOND PLUTONIUM RECYCLE REPROCESSING PLANT HASTE
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 100 TO 1400 YEARS
600 800
Years
A 41
1000
1200
1400
-------
FIGURE 38
LWR SECOND PLUTONIUM RECYCLE REPROCESSIN6 PLANT WASTE
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 14 THOUSAND YEARS
Am-243, Np-232
Ra-226
Rn-222
Po-218
At-218
B1-214
Po-214
Pb-210
61-210
Po-210
Th-229
Ra-225
Ac-225
Fr-221
At-217
B1-213
Po-213
Bp-209
Cffl-245, Pu-241
Np-237. Pa-233
.000
6 8
Thousand years
A 42
-------
FIGURE 39
LMR SECOND PLUTONIUM RECYCLE
REPROCESSING PLANT WASTE
.0.
0.000,
40
60
Thousand years
A 43
100
120
140
-------
FIGURE 40
LMR SECOND PLUTONIUM RECYCLE
HiH
REPROCESSING PLANT WASTE
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 108 YEARS
(U-226
Rn-222
Po-218
At-218
B1-214
Po-214
Pb-210
81-210
Po-210
Th-229
Ri-225
Ac-225
Fr-221
At-217
B1-213
Po-213
Pb-209
P«-231
Ac-227
Th-227
Ri-223
Rn-219
Po-215
Pb-211
81-211
Tl-207
U-238. Th-234. Pa-234M
vfi
-------
.00000
FIGURE 41
LWR SECOND PLUTONIUM RECYCLE PLUTONIUM
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 0 TO 140 YEARS
A 45
-------
FIGURE 42
LWR SECOND PLUTONIUM RECYCLE PLUTONIUM
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 100 TO 1400 YEARS
0.0
200
400
600 800
Years
1000
1200
1400
A 46
-------
FIGURE 43
LWR SECOND PLUTONIUM RECYCLE PLUTONIUM
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 14 THOUSAND YEARS
Ra-226
Rn-222
Po-218
At-218
0.00
6 8
Thousand years
A 47
-------
FIGURE 44
IW SECOHD PIUTOMIUM RECYCLE PLUTOHIUM
I SIGNIFICANT ACTW10I ACTIVITY FOR THE PERIOD 10 TO 140 THOUSAND YEARS|
Th-229
Ra-225
Ac-225
Fr-221
At-217
81-213
Po-213
Bp-209
18
-218
-214
Po-214
Pb-210
B1-210
Po-210
f "' " M l! n ^^
0,00
A 48
-------
FIGURE 45
il I Kiiimil MM
LWR SECOND PLUTONIUM RECYCLE
I 1:1 IIIIH ' I
SIGNIFICANT ACTINIOE ACTIVITY FOR THE PERIOD 1 TO 108 YEARS
Ra-226
Rn-222
Po-218
At-218
B1-.J14
Po-214
Pb-210
B1-210
Th-229
Ra-225
Ac-225
Fr-221
At-217
81-213
Po-213
Pb-209
5 10b 2' 107
10
Years
A 49
-------
FIGURE 46
LMFBR
SPENT FUEL
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 0 TO 140 YEARS
I M IN. I I III M M II Ml M II I M II
AW-242M. A»-242
A»-243. Np-239
60 80
Years
A 50
-------
FIGURE 47
LMFBR
SPENT FUEL
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD TOO TO 1400 YEARS
1400
-------
FIGURE 48
LMFBR SPENT FUEL
^SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 14 THOUSAND YEARS
Thousand years
A 52
-------
FIGURE 49
LMFBR
SPENT FUEL
.0000.
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 10 TO 140 THOUSAND YEARS
B
Ra-226
Rn-222
Po-218
At-218
Bi-214
Po-214
Pb-210
Th-229
Ra-225
Ac-225
Fr-221
At-217
B1-213
Po-213
Am-243, Np-239
lNp-237. Pa-233
l?U-238. Th-234. Pa-234M
U-235, Th-231 ===
Thousand years
A 53
-------
FIGURE 50
u : I r ITI:I
SPENT FUEL
il i irH
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 108 YEARS
-229 Pa-231
-225 Ac-227
-225 Th-227
-221 Ra-223
-217 Rn-219
-213 Po-215
-213 Pb-211
-209 81-211
Tl-207
U-238. Th-234.
Pt-
t:::
U-Z35, Th-231
Years
A 54
-------
FIGURE 51
LMFBR
REPROCESSING PLANT WASTE
SIGNIFICANT ACTINIOE ACTIVITY FOR THE PERIOD 0 TO 140 YEARS
Years
A 55
-------
FIGURE 52
LMFBR
REPROCESSING PLANT WASTE
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 1400 YEARS
mmi-.itmm.nnn-irnm"M"-r
«-Am-243. ND-239
Np-237, Pa-233
0.0
-------
FIGURE 53
LNFBR
REPROCESSING PLANT WASTE
0.00
-------
FIGURE 54
LMFBR
REPROCESSING PLANT WASTE
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 10 TO 140 THOUSAND YEARS
.000
60 80
Thousand years
A 58
120
140
-------
FIGURE 55
. i :T'rrrrni
REPROCESSING PLANT HASTE
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 108 YEARS
P«-231
Ac-227
Th-227
Ra-223
Rn-219
Po-215
Pb-211
B1-211
Tl-207
Ra-226
Rn-222
Po-218
At-218
B1-214
Po-214
Pb-210
B1-210
Po-210
Th-229
Ra-22S
Ac-225
Fr-221
At-217
81-213
Po-213
Pb-209
U-238. Th-234, P«-234M
10
108
A 59
-------
,0000
FIGURE 56
LMFBR PLUTONIUM
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 0 TO 140 YEARS
A 60
-------
FIGURE 57
LMFBR PLUTONIUM
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 100 TO 1400 YEARS
0.0.
200
400
600 800
Years
A 61
1000
1200
1400
-------
FIGURE 58
LMFBR
PLUTONIUM
.00.
SIGNIFICANT
.00
-------
FIGURE 59
LMFBR
PLUTONIUM
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 10 TO 140 THOUSAND YEARS
Th-229
Ra-225
Ac-225
Fr-221
At-217
B1-213
Po-213
Bp-209
Ra-226
Rn-222
Po-218
At-218
Bi-214
Po-214
Pb-210
Bi-210
Po-210
!Np-237, Pa-233
U-235, Th-231
.00
60 80
Thousand years
A 63
140
-------
FIGURE 60
SIGNIFICANT ACTINIDE ACTIVITY FOR THE PERIOD 1 TO 10* YEARS
FU-226
Rn-222
Po-218
At-218
B1-214
Po-214
Pb-210
81-210
Po-210
Th-229
Rt-22S
Ac-225
Fr-221
At-217
81-213
Po-213
Bp-209
Pa-231
Ac-227
Th-227
Ra-223
Rn-219
Po-215
Pb-211
81-211
n-207
1 ' ' 1C1 *
A 64
-------
APPENDIX B
-------
Appendix B
EXPLANATION
The tables In Appendix B present all the data used to prepare the
graphs in Appendix A along with some data not plotted. The 12 pairs of
tables are in th* same order as the graphs. The first table of each pair
for spent fuel has a column for the activity of the material charged to
the reactor. The second column labeled DISCHARGE 1s the activity at the
time of shipment from the reactor (150 days after reactor shutdown for LWR
cases and 100 days after reactor shutdown for the LMFBR). The remaining
columns present data for additional cooling times from 1. year to 1000.
years. The second table of each pair repeats the activity of the material
charged and presents the data for cooling periods from one thousand years
o
to one hundred million (1.0 x 10 years).
The first table of each pair for the waste stream has a column for
the activity of th-i material charged to the reactor. The second column
B-1
-------
labeled SEPARATION is the activity at the time of reprocessing (150 days
after reactor shutdown for LWR cases and 100 days after reactor shutdown
for the LMFBR). The remaining columns present data for additional
cooling periods of 1 year to 1000. years. The second table of each
pair repeats the activity of the material charged and presents the data
for cooling from 1 thousand years to 1 x 10 thousand years.
The first table of each pair for the recovered plutonium has a
column for the i'JITIAL activity at the time of reprocessing. The remain-
ing columns present the data for cooling periods of 1 year to 1000 years.
The second table of each pair presents the data for cooling periods from
1 thousand years to 100000 thousand years.
B-li
-------
Appendix B
Table of Contents
Table Title Page
I LWR Spent Fuel, a mix of 40% BUR Fuel B-2
and 60% PWR Fuel - Equilibrium Cycle
II LWR Waste - a mixture of 40% BWR Fuel B-6
and 60% PWR Fuel - Equilibrium Cycle
III Pu Waste - a mixture of 40% BWR Fuel B-10
and 60% PWR Fuel - Equilibrium Cycle
IV LWR Spent Fuel, a mix of 40% BWR Fuel B-12
and 60% PWR Fuel - First Plutonium Recycle
V LWR Waste - a mixture of 40% BWR Fuel B-16
and 60% PWR Fuel - First Plutonium Recycle
VI Pu Waste - a mixture of 40% BWR Fuel B-20
and 60% PWR Fuel - First Plutonium Recycle
VII LWR Spent Fuel, a mix of 40% BWR Fuel B-22
and 60% PWR Fuel - 2nd Plutonium Recycle
VIII LWR Waste - a mixture of 40% BWR Fuel B-26
and 60% PWR Fuel - 2nd Plutonium Recycle
IX Pu Waste - a mixture of 40% BWR Fuel B-30
and 60% PWR Fuel - 2nd Plutonium Recycle
X LMFBR Spent Fuel - a mixture of Core, Axial B-32
Blanket and Radial Blanket
XI LMFBR Waste - a mixture of Core, Axial B-36
Blanket and Radial Blanket
XII LMFBR Plutonium - a mixture of Core, Axial B-40
Blanket and Radial Blanket
B-l
-------
TABLE IA
L«R SPENT FUEL, * MIX OF UOS BfcR FufL »ND 60S PuR FUEL • EQUILIBRIUM CvCLf
PO«£«V~27,T2M«7~BUR~NUP«~ 8990a,Mi«0,
I . 79t » 1 IN/CM . -2-SEC
NUCLIDE RADIO. C7tvirr, CURIES
IU8I3 • QIC "ITR1C TON OF L»» FUEL
TL207
TL208
TL209
PB209
PB210
P"2I|
PB2I2
PB2ia
BI210
BI2II
81212
BI2I1
B12IU
P0210
P0211
P0212
P02I1
P02ia
P02IS
P02I6
P0218
AT217
CO RN2I9
I RS220
"^ R1222
FR22I
FR221
RA221
RA22a
RA225
RA226
RA22B
AC225
AC227
AC228
TM227
TH226
T*229
TH210
TH231
TM212
TH21«
PA211
PA211
PA218N
PA2la
U212
U211
112 la
U215
U216
U2S7
CBABGt 0
1
21E»00
15F..02
781-02
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.nSt-02 9,R7(-01 2,131-03 8.02&.05
.USE'07 I,70f06 7,H2£-Ob U.5H-05
.05E-05 2.921-05 1.951-OU 1.20E-01
.60E-06 1.67E-05 l.52F*oa 1.20E-01
,311*07 1,821-07 1,U7(-07 7,-jflt-07
,?Ht-01 6.32E-01 1,091-01 5.1«F.-05
,261*07 |,67E*06 7,&St-06 u.uuE-05
,05»-05 2.92E-05 1.9SfO« l,20i-Cl
.18E-05 6.07(*05 I.16F-0. 2.5it»OU
,a5F*02 9.87E-03 2.31F-OI 8,02E-05
,05E*OS 2,921*05 l,95E>nu l,20t*01
.U5E-07 I.70F-06 7,62E*Of> u.SIF-05
,1*1*05 6,07t*05 l.^F-OU 2.5SL-OU
,uSt*02 9,P7L*01 2, 331-01 8,021-05
,OSE*05 2,92E*05 l.<»S(*uu I.20E-01
,«5E*07 1,701-06 7,B2L-OIS a,5lt-05
,I2E-07 8,M«t-07 |,b2t-06 1.SUE-06
.18E-05 6.07E-OS I.IM-OU 2,51L-Ott
.05E-02 9.87E-01 2.13F-01 B,02E>05
,a5E*07 1,706-06 7,(t?t-06 a,Slt-05
,05E*OS 2.92E-05 l,V5t-OU 1, 201-03
,B5E*IO 1,201*09 1,281*09 7.90E*09
,«5E*07 |,70E*Ob 7,B2E*06 a,51t*05
.17E-OS 6.06E-05 1,161-OU 2.5U-OU
.8SE-10 1.20E-09 3.2BE-09 7,901.09
,1IE«05 5,9Bf-05 I.1UE-OU 2,«9f-0u
.U5F-02 9.H7E-01 2.1IE-01 B.02L-05
.flSl-07 1,701-06 7.B2F-06 «,53t-05
,07t-0« l.uOf-01 1.9ff.01 l.Obt-02
,70(-02 1, 701-02 1,70F>02 1.7U-02
,101*10 I.11E-09 3.2«E-09 7,90L*09
,I6E*OI 3.I6E-01 1,I6E*OI 1.16E-01
,«ut-05 7.2UE-05 I.27E-OU 2.51t-0L*ON
.721-06
.11F-03
.38E-OB
,96F-Oa
.721-06
.311-01
. JSF-OU
.55t-0b
,96F-0«
.721-06
, 1*F -OB
.111-01
.111*08
,3«t-08
.96E-OU
.111-08
. 911-00
.721-06
.381-00
itit -02
.721-02
.131-08
.161-01
,96E-Oa
,02E*00
.161-01
.1M-08
,661*06
,371*01
.211*00
,721*02
.76F-OI
,7*E.Ob
-------
TABLE IA (Continued)
L«R SPENT FUEL* A Nil OP 40» BMR PuEL AND 60* P«R PuEL • EOUIL'BRIU" CYCLE
POKER' 22.02MM, BURNUP* 299a4,"«<0, PLUM I,79E«llN/C"«.2-StC
NUCLI9E RAOIOACTIVI7T, CURIES
BASIS • ONE "ETHIC TON OF L»R PUEl
CHARGE DISCHARGE I.VR 2.5 YR 6.YR 10. Y" ZS.VR 60. TR 100, YR 2SO.VR 600. VR 1000, VR
1)218
NP217
NP219
PU216
PU218
PU219
PU240
PU24|
PU242
PU241
A*24 I
AM242H
»-«242
A*241
C*242
C"24l
CM244
C"2"5
CH246
C«247
CH248
8*249
CF249
CF2SO
CF251
CF2S2
SUbTOT
TOTAL
21E-01
66E*00
66E*00
.16E-OJ }, 161*01 1.I6E-OI 1.16E-OI
.72E-OJ 1,72E-OI 1.7IE-OI S.74C-OI
,17E»OI 1.171*01 I.i7t*0l 1.16F*OI
.6)1-01 2,8St-OI I.9BE-OI 8,««E-P2
.46E»01 2.54E*01 2,*1E»01 2.46E»01
,92E*02 2,92E*02 2,921*02 2,921*02
.601*02
,12E»05
,62E*00
.04E-07
.87E*02
. ] at »o(
, |nE*Ol
.171*01
,971*04
.08E*00
,25E*01
.64E-OI
.06E-02
.04E-07
.OIE-07
.I6E-04
.12E-06
.28E-OS
.24E-08
.42E-05
,17£«05
.171*05
,60E«02 4.60F*02 4.6|E»02
,07E*OS t.OOE*OS 8.49(404
,62E«00 |,62E»00 l.62t*00
,0at-07 I.OUl-07 1,041-07
,62E*02 6,IOE*02 I,12E*OS
,14E*0| I.|1E*01 1.1IE»01
,lOI 1. 64(-0| 1.64f.01
.064-02 1,061-02 l.Obt-02
,04E-07 I.04E-07 |,04E-07
,011-07 l.Olt-07 l.OU-07
.09E-04 1.22E-04 7.27C-06
,SSf-06 1.24E-06 l.bOE-06
.21E-OS I.I2E-AS 9.1Af-06
,2It-08 9,22t-08 9,201-04
,09E-OS 7.18E-06 2.9SI-06
,16E«05 |.06E»Of «.01t»04
,|6E»OS I,06E*OS «.01E»04
.|6f-0|
. 75E-OI
,16E*OI
.]4| -02
.191*01
,92(*02
,6|( »0f.
,0"E»0«
.621*00
.04E-07
,6lF»01
,0«t*01
,09(»OI
,}6E*01
.961*00
.2>E»00
,SIt«02
.64(-OI
.OSl-02
.04E-07
,02t-07
,(«»£. 07
,49f-06
.SJF-06
,l7t-08
.04F-06
. J6F.-OI
(f 6F-OI
.1«>E*OI
.111-04
,11(*01
,92f 402
,61E*02
.491*04
,62E*00
,04E-07
,77f»01
.021 «OI
.02(*OI
,l6E*ni
,ist»oo
,17E*00
,79F»02
.64E-OI
.051-02
,04(-47
.011-07
.62F-I2
.19F-06
.4AE-06
.06E-08
.04f-ft8
,6lt»oa u.nt*o«
.6iE*oa a.ttE*04
.I6C-OI 1.16E-OI 1.16t-OI 1.I6E-01 S.I6E-OI
,241-01 4.70E-OI
.16f*01
.67E-07
,62t«01
,91f 402
,60E*02
,77E*01
,6?t»00
,OUf07
,bSl «01
,6«{«00
.6A(*00
. )6E*01
.1IE*00
.I1E*00
,2%E«02
.61E-OI
.01E-02
.041-07
.011-07
,061-25
.161-06
,121-07
.82E-08
.1IE-I2
,29(*04
,29E*04
, 1SF *OI
,99E-12
,|9E«OI
,9U«02
,S9l »02
,04(401
,62t *00
,04t-07
.*>l(«01
.21(400
,2 IF. 400
,1SE*OI
,91E»00
,ll«E-0|
,71F«Ol
.6U-OI
.nit-02
,04{-07
.CIE-07
,99f -19
.921-06
,141-08
,b6E-06
,001-17
,S7E»OJ
,b7E»01
.2IL-OI 8,6SE-01 1,02E*00
,14L*OI l,29t*OI 1.2«E*OI
,4af-27 0, 0,
,72t402 2.b4E«01 1.10E*00
.901 »0l 2,K7t»02 2,(>at*02
,S2(*0? 4,16(402 4,|Ht*02
,0«t*00
,6?t»00
,041-07
,79E«01
,6%E *00
,6St 400
,14E*01
,99t*00
. 821-02
,6<»f -02
.6U-OI
,9bE.-0?
,0uf -07
, OIE-07
,
.lRt-06
.2^^-ll
.S6E-OI I.51E-OI
,62t*OA |.62t*00
,04t-07 l,04f-07
,b9t401 8,U|E*02
,4flF-01 1.191-01
.401-01 I.iot-Ol
,29(401 1.25E*n|
• 07E.-01 9,79E-02
,?7t-06 l.bOt-09
,12t-07 1.2UE-14
,5bi-0l l.blt-Ol
.HQ(-02 2.6UI-02
,041-07 1,041-07
.011-07 1. OIE-07
• o,
,04E-06 4.97L-07
.791-1 4 2, 7
-------
TABLE IB
FUEL* * mi or «e< B»R FUEL AND »oi P*R ?uet • EOUKIB«IU» CYCLE
22.02«*. BU«NUP» ««««a.NH0, FLU*" I,79£»iIN/CM*.2-SEC
HUCtlOE RADIOACTIVITY, CURIES
BASIS • 0"E METRIC TON OF L>"» FUEL
CHARGE l '•KYR ' 2. SKVR 6. KVR IO.KVR 2s..«Y< bo.KYR loo. KVR 300. KVR IOOO.KV*. IOOOO.08 1.02E-08
,9|E-0« 9.20E-0*
,72E-Ob 1,«2E-08
.18E-OU I.04E-01
.82E-02 H.b7E-02
.72E-02 I.76L-02
,11E-OB I,a2£-o8
.16E-OI I.lbE-01
,96E-0« 9.12E-OU
,02E»00 |,17E»00
.16E-OI I.lbE-01
,|6E-01 l.lbE-04
.17E-01 l.OSE-02
,2IE«00 2.22E.OO
.72E-02 l.7bE-Oc
.76E-01 2.91E-01
,7RE-Ob 3.11E-Ob
.16E-OI 3,|bE-OI
.IbE-Ol 1.S1E-01
,1«E-08 S.S2E-08
.191-08
,11E-01
.IBE-02
,|7E-03
.71E-08
, IBE-02
,l«t-02
,171-01
,71t-08
.31E-OS
,|8f-02
.I8E-02
.SOE-06
.59E-08
.I9E-01
, IBE-02
,17E-01
.71E-08
.IBE-02
,111-01
.I7E-01
,711-08
,181-02
, 3if -03
.01E-OS
,171-01
,71E-OB
.11E-01
, IBE-02
, 71( -04
,llfc-0!
, 1 7| -01
.71F-08
,I«E-01
.71E-OA
.11E-01
.IU-01
,BSE-02
,71f08
.IbE-Ot
, 171-01
,191*00
.16E-01
, Ibt -04
.BOE-02
,20E»00
,8SE-02
,21t-01
,«BE-Ob
,16E-01
.62E-OU
.bSE-02
,«2E-OI
,5«t-01
.51E-07
,a2E-01
,F-n?
,B7E-Ob S.72E-06 I.VOE-OS l,6Bfc-0«
,|UE*00 |,11E*00 U.86E-01 I.lSt-OI
,I«E*00 I.11F*00 u,bbE-OI 3.|St-OI
,2lf-rt2 2.IOE-02 2,/lt-u2 2,6E-02
,1«E*00 |,11E«00 u,(<6F-n| l.lSf-01
,2lt-02 2./CE-02 2.HE-02 2,6<E-OU
,17E-n? 2.66E-02 2,671-02 2,bSE-02
,R7E-Ob 5.72E-06 I.90E-OS |,6Bt-Ott
.70E-01 R.18E-01 9.IUL-OI U,6bt-0?
.I1E*00 I,10E»00 ll,BbE-OI l.lSt-OI
.bSE-02 2.7IE-02 2,711-02 2.69E-02
,R7l-Ob S.72E-06 1.90E-OS |.b*t-OU
,lbt-OI 1, IbE-Ol 1, IbE-Ol 1,|SE-OI
.201-02 2.70E-02 2.7U-02 2.691-02
,|SE*00 |,08E»00 B.60E-OI a,b(E-02
.29E-00
.IU-01
,1 IE-Id
.uat-Oa
,uiit -02
,29t-0(i
, 1 It -18
.IIE-OI
.291-08
, 1 IE-Id
.U6E-02
,29E-Oa
,«2t-02
.29F-08
, 1 lt-1*
, IIE-OI
.W6E-02
, |?9| >OU
.llt-OI
.abt-02
,01E-19-
.IU-01
.IU-08
, I It •!•
, 1 IE-01
,4bt-02
,l7t-92
,
, IU-01
-------
U2ao
NP217
NP219
PU2J9
PU2«0
PU2UI
PU2U2
PU2«)
AM2«I
C«2«S
CN2«7
CHARGE I 1.KYR
SUBTOT
TOTAL
a.
!:
o,
o,
o.
o.
o,
o,
o!
o,
o.
',
o,
o,
2,66E*00
2.66E«00
2,HE.12
,02E»00
,25E»01
.1IE-12
.8«E«02
,m«02
|6?e«00
,0uf-07
!«ME«02
I *?*> TV I
,5IE-OI
,6«E-02
,OU£.07
,OIE»07
TABLE IB (Continued)
8PCNT FUEL, • Nil Of 101 Bud f\il\, 4ND 601 PdR Pull • EQUILIBRIUM CtCU
PO«EB« 22.02N*, BURNUP* 299«a,M«0, FLUX* J,7««|H»/CN««2«SEC
2.SKIM
5,76E.|2
,76{.|2
,7JE»02
,S9E«02
,m-0l
,6tE*00
.OOE-07
.77E-I2
.09E»0|
.JJE-OI
.121-02
.OUt-07
,00t-07
,1BE»02
,J8E»0?
NUCLIOE RAOIOACTIVITV, CURIES
BASIS • OsE METRIC TON 0» t»«
9.9UE-02
l,60t»00
J,0«t-07
liBbt-OI
7,91t»00
9,921-02
I.20E-02
l.OUt-07
2.9BE-07
S.2SE«02
S.21E»02
7.111.02
l.S9E*00
I.O-E-07
7)50t.02
7|o9E-02
7.02E-01
t,0«t-07
a.09E*02
«,09E»02
2S.KTR
||Bf»00
,«2E«00
|«6t»02
,S7(.Q1
.0?E-02
,sse*oo
,007
,6f>E-07
IOO.HVR
2.101-10
1,151*00
2|lOE-10
l.7tt£*0|
t.hfE-02
1.7SE-OS
I.OUfc-07
2.IOF-IO
1.7SE-OS
1,'>9E.OJ
1.7SI-05
I.2SI-08
I.OMl-07
2,«HE-07
3.92MOI
JOO.KYR
%.211-10
I.OBEtOO
I.Olf-07
S.2SE-IO
S.9UE-02
l|96t-J2
9.16E-OI
I.Oif-07
4.2U-IO
2.061-12
I.OU-07
1.9SE-I2
||OJE-07
1.671-07
?i»»«OI
IOOO.KVH
I,oat .09
6.60E-01
9,98t-08
I .OOE-09
I.OOt'07
l.PU-09
0.
2,601.01
9,981-08
1,011.09
0,
o!
1.96E-11
9,98E.OB
0.2IE-OB
I ,7U*01
I.71E*01
10000,
1,081.
«,«6E<
,B2E<
,081.
.B?E<
,091.
IHSE-
,«2E'
1,091.
o,
0.
o,
6.02F
KVR|00000,«VR
09 b.|OF.|0
02 J.OJE-11
OH 1,^26-09
09 S.lOt-tO
08 l.S2E>09
09 S.HE-IO
0.
OR 0.
OR l.WE-09
09 S.tJt-10
0.
OB l.b2E-09
o.
0.
OK l.b2E*09
1* 0.
u.bSt«00
«.6St»00
DO
I
cn
-------
TABLE IIA
MA8TE • » NIlTuRE Of 00« Bud full AND *OI Pun FUEL • EQUILIBRIUM CYCLE
1.72E*I2N/CM>.2-SEC
NuCLiot RADIOACTIVITY, CURIES
• ONE KILOGRAM OF CTINIOEB
"A8TC
TL207
TL208
TL209
PB209
P42IO
PB2II
PB2I2
PB210 0
BI2IO 0
BI2II 0
81212 0
B12I1 0
BI2to 0
P02IO 0
P02II
P02I2
P02I1
P02|«
P0215
P02I6
P02IB
AT2I7
00 ""*»'
1 HN220
<»> RN222
FR22I
FR221
HA221
R«22«
RA225
RA226
AC225
AC227
TM227
TH22B
TH229
TM210
T*21I
TH21»
PA211
PA211
PA21U*
PA21«
0212
U211
U2.11
U215
U216
U217
U214
NP217
NP219
CHARGE SEPARATION
l.BbE-07 I
I.J81-00 {
I.10E-IO
5.90E-09 •
1.651-10 i
I.M6E-07 <
1.28E-00 i
J.55E-09 '
I.65E-IO <
1.861-07 ,
1 1 28t -oa
5 90£ — 09
1.55E-09
i.ist-io
5.59E-10
2.101-Ou
5.771-09
).55t-09
I.B6E-07
I.28E-00
1.55E-09
S.90E-09
1.86E-07
1.281-00
1.55t-09
5, 901-09
2.7IF-09
I.B6E-07
1.28E-OU
5,A5(-09
1)551-09
5.901-09
1.911-07
1.8H-07
1.27E-OU
S.61F-09
1.50E-06
I.blt-Ol
l.Oot-02
1.50E-06
1.5BE-02
l.OOf-02
1.0UE-05
9.6IE-06
B.50E-OB
l««01 I.2SE-OI
10E-01 I.6U-05
b«E-OJ 2.51E-00
2.85E-01
11E-02 l.OOfc-00
1.581-02
l.llt«00
l.OEtOOYR
t,98t-07
J. 171-05
1.29E-IO
>, 851-09
J.991-10
?,99£-07
>,12t-OU
).07£-09
»,99f.|0
!,99t-OT
,12t-OU
,851-09
.071-09
,211-10
.981-10
,09E «OU
,721-09
,071-09
,991-07
,12E-0«
.07E-09
,85E-09
.991-07
.12E-00
,07t-fi9
.85E-09
.1BE-09
,991-07
,12E-0«
.85E-09
.07E-09
,85t-09
,99E-07
,951-07
,llt-00
.65E-09
,511-06
.61E-05
,OUE-00
.SMI-Ob
.5BE-02
,OUE-OU
.OOE-07
.27E-05
.SSE-07
,271-OJ
, bit-OS
,5lE-00
.58E-OJ
.OOE-OO
.58E-02
,11E«00
.SEtOOYR (
,501-07
.07E-05
.10E-IO
,901-09
,ao|.|0
,S2E-Q7
,011-00
.15E-09
,851-10
,521-07
,0|E-00
, 901-09
.15E-09
.7IE-IO
,161-09
,02t-OS
.77E-09
,15E-09
,52t-07
,olt-0o
,15t-09
.90E-09
,52f-07
,0|E-Ott
. J5F.-09
,90E-09
.12E-09
,521-07
,OIE-OO
.90E-09
.15E-09
,901-09
,511-07
.05E-07
.uOE-OO
,90E-09
.Slt-06
.61E-OS
,Out-OU
,5ot-06
.58E-02
,OOE-OO
,0ot-07
.58E-05
,011-07
,111-01
,61E-05
,51t-00
.4IE-01
,OUE-0«
.58E-02
.1IE.OO
>.OttOOY«
r,7«f-07
.90E-05;
,151-10
,|6t-09
,621-09
.80E-07
.2SC-OS
.27E-08
,621-09
,60t-07
.2BE-OS
.I6E-09
,27E-OB
.02E-A9
.10E-09
, ICE-OS
,021-09
,27t-OB
.801-07
.28E-OS
,271-08
.16E-09
.60E-07
,241 -OS
.27E-OB
,161-09
.09E-08
,aor-o7
.2BE-OS
,161-09
,27t-06
,m-09
.79E-07
.69E-07
,2bE-05
,161-09
.57F-06
.6K-OS
,0ot-oa
.Sut-Ob
.58E-02
,our-oo
,OoE-07
,95l-OS
,001-06
,011-01
.61E-05
.5H-00
,0«E-01
,OOE-Oa
.58E-02
,11E«00
.OttOlYR
.IIE-06
.OIE-05
,-m-IO
.67E-09
,18(-09
.IIE-06
.dOE-05
.B9[.OB
,161-09
,llt-06
,801-05
.67E-09
.B9(.OB
.18E-09
.1UE-09
.79E-05
. 521-09
.B9f 08
.111-06
.BOE-05
,B9E-08
.67E-09
.IIF-06
,801-05
.B9t-oe
.67E-09
.56E-08
,111-06
.BOE-05
,671-09
,891-08
,67f09
, IIE-06
,|OE-06
.79E-OS
.67E-09
.62E-06
.bit-OS
.Out-Oa
.5UE-06
,59E-d2
.OOF-OO
.OoE-07
.071-05
. 651-06
,55t-01
.61E-OS
,Slt-Oa
,701-01
.OOE-OO
,591-02
,11E«00
».5t*OIVR.
.Out-Ob
.OIE-A6
.loE-10
.07E-P8
, u5[ -00
.Ouf-On
,9St-r.5
, jrt-oe
,«Sf -0*
,0«t-06
,951-05
.07E-OA
. 1PE-08
.05E-OK
.11F-09
.;st-05
, Out-O"
.101-08
.OUE-06
.9SF-05
,10i-OB
.07E-08
.OOE-06
.95E-OS
.10E-08
.07E-OB
.86F-08
, OOE-06
.951-05
,07f-08
,106-OB
.07E-OB
.OOF-06
.OlF-06
.95E-OS
,07e-OB
,85f-06
.611-05
.oat-oa
.5SE-06
.60E-02
.OuE-Oa
,OuE-07
.90E-05
.96E-06
,991-01
.611-05
.51E-00
,onE-oa
.OuF-oa
.601-02
,11E»00
.OE401YR 1.0E»02YR i
.05E-06 l.uiE-06 !
.02E-06 I.U2E-06 1
.201-10 l.7bt-09
.27E-0* 7.99E-08 <
,H9f-08 I.10E-07 >
.OhE-06 ).a2l-0b
.uOE-05 9.U9L-06 i
,06t-07 I.92C-07
,H9(-08 |,10t-07 •
.Obt-06 I.u2t-06
,uOt-05 9.09E-06 i
.27L-08 7.9QE-08 •
.OOE-07 I.92E-07 •
.B9E-08 I.1PE-07 <
.IBF-09 1.011-08
,91t-0fc 6.0PE-06
.201-08 7.81t-OB i
.06F-07 |.«2t-U7 1
.06E-06 I.U21-06
,00(-05 9,u9f-06 i
,flM-07 | ,921 -07
,27f-OB 7,991-08 <
.ObE«Ob l.u?t-06 .
,001-05 «,u9t-0b i
.06E-07 |,92E-07
,27E-OB 7.99E-OB <
.2KE-OB 0,791-08 •
,06E-06 1,02(-06
,001-OS 9,091-06 i
,27E-OB 7,99t-OB i
,061-07 |,92t-07
.27E-08 7,99E-oa <
.06E-06 S.02E-06
.02E-06 l.lHt-06
,uOt-OS 9,o9E-06
,27t-0fl 7,99E-08
,60t-06 S.72E-06
,blt-05 1,611-05
,0ot-oa l.ouf-oo
.S5E-06 1,571-06
.62E-02 1,601-02
,001-00 i.ouf-oo
,OUE-07 1,OUE-07
,16E-05 9.2UE-06
.16E-06 1.56E-05
.86E-01 1.62E-01
.61E-05 l,6lt-05
.50E-OU 2.55E-00
.61E-00 2.55F-05
.OOE-00 l.Ouf-OO
.621-02 I.6UE-02
,llt»00 l,10E«00
!.5E»02YP .OEt02YM
1,591-06 .69E-06
(.071-07 ,78t-0« '
,02t-08 ,85t-08
I.K6E-07 ,661-06
>,09E>07 .U6E-06
l,bOE-06 , 701-06
>.,P"f-07 l.ufiE-Qb
.0«t-OB 1.1U-08
,a)E-06 «,94L-bH
i,5bt-07 2,bOt-06
r,lht-07 l.ubt- 1">
l.oPE-06 l,70t-06
>,2u[-0b 7,721-08
', Ibl -07 l,4h( -00
l.bbf-07 2,6ht-P<<
l.bOt-Ob 1,701-06
'.iufOk 7,72E-06
',161-07 1,OOE-0«>
l,bbE-07 2,66E-C6
>,OUF-OB 5.I9E-OP
l.bOl-Ot 1.70(-06
{.20E-06 7.72E-OB
1,001-07 2,60l-oo
r,16E-07 l.Ubt-06
l,bbt-07 2.66E-P6
,bOE-06 1.70E-06
,S5E-06 1.6SE-06
.20E-06 7.72E-08
,66E-07 2.66E-06
,|b|-05 2,B8t-05
.50E-OS |,65L-05
,0ut-0o l.Out-00
.6IE-06 1,701-06
, 721-02 1.B5E-02
,OoE-00 l,0u(-00
,0ot-07 ),OOE-u7
.1HE-06 7,5lt-oa
.92E-05 9, 591-05
.1SE-01 5.96C-01
.6UE-05 I.65L-05
,58£-00 2,661-00
,101-07 S.76E-07
.OuE-00 S.0ut-0o
.721-02 S.B5t-02
,281*00 1,2UE«00
l,OE«01YR
1. 801-06
I.97E-IO
,b2L-07
.17E-06
,|6t-06
.Mt-06
.(ibf-09
. iCE-i^b
,lt* -06
.itlt-Ob
,6bL-09
.17E-V6
, |H( -Ob
.IPE-Q6
,luf -OB
,06f -09
.2U-06
,IPt-C6
.B1E-36
, hfcf -09
, ICt -C6
, 171-06
.fllt-Cb
,O6t -39
, lCt-06
.17F-06
. tut-oa
,•11-06
,66E-0«
.17L-06
,|6E-Ob
.171-06
,B|t»06
.70E-06
,b6t-09
.17E-06
,«5E-05
.•6E-05
.oot-oo
.aiE-06
.911-02
.OUE-00
.OOf. 07
.60E-09
.62E-00
.051-01
,bOE-05
,7uE-00
.blt-07
,0ot -30
.911-02
,20t«00
-------
TABLE IIA (Continued)
IMR WASTE • » NIITURE or 001 §•« PUEI AND tos P>R FUU • EQUILIBRIUM CYCLE
2,12**, BURNUP* 28ao,»*o, FLU«» i.72E«i2"/c»«««2-sEC
PU21b
PU218
PU2J9
PU280
PU2H1
PU2«2
C.HARGI
A*2«l
AM2B2
AMjtt}
CM202
C"2U»
C«2au
C"2US
CO
BX2U9
CfiUt
CF2SO
CF251
CP2S2
SUBTOT
TOTAL
SbfOJ
l.«9£.0a
2,J9E*00
.8IE-OI
Io8t«02
,5bt-01
.OOE-10
,BO(«OI
,101*00
.|OE«00
,1IE*00
.901*0)
,921-01
.201*02
,5«.02
,001-08
.90E-08
1271-07
,21E-Ob
Jl7E«Ob
2',JSl*01
,8IE«00
.8IE-OI
.SSE.OI
,03t«02
.S6E-01
.OOE-08
,8Jt»01
,09E»00
,09E«00
,3IE»00
,02t«02
,8«t-OI
,|bE«02
.S8E-02
.OOE-OB
.90E-08
!«5e-07
.|7£'0b
loSE-06
.S5l«02
,55£*02
sue LICE R*Dio»ctivi7Y, CURIES
BASIS • Out «ILOGRA« OF ACTINIOfS IN
.90E.08
,I»E»OI
.8IE-01
.72F-OI
,62E»01
.SbE-01
.OOE-08
,08E»00
,08E»00
,3IE«00
,99t»0l
.72E-OI
,09E»02
.%6f»02
,9«E-01
.OOE-08
.901-08
.17E-05
,12t-07
,OBE-Ob
.87E-09
.10E-07
,81F»02
2.8IE«02
2.6IE-01
S.08E-01
8,|7E*OI
l.St.l-01
1,001-08
1.87E«01
I,07E*00
I.07E*00
l.llf»00
l.OU.OO
J.uat-01
9.S«E*Ol
>,b8E-02
l|oOl-08
2.901-OH
b.99E-07
1,371-07
6.95E-07
8.8SI-09
2.80E-07
2,jaE*02
2,1«E*02
,OE*0|va
,07t-05
.IIF*OI
.«IE>OI
.uaE-OI
,77t«OI
,oot-oe
,9|F»OI
,0«.E«00
,OSE*00
.31E.OO
,tb£-01
,1BE*OI
.OOE-08
.90E-OB
,76t-06
, J6E-07
.2«E-07
,M2t-09
,966-08
,B7E»0?
,871*02
,OOE«07
,97(»00
.82E-OI
.39E-OI
,lbE*OI
.OOF-08
,79E-«l
,79E-ni
111*00
.blE«OI
,*71-02
.911 -03
.OOF-CB
.90E>AR
!2bE*07
.27E.07
.721-09
1.96E-09
l.|bF*02
b.OE*0|TR |,OE»02VR
l.blE-IO 9,blE.J5
7,77E«00
2,83t-OI
7.28E-OI
b,b3t»00
Z.BUE.OI
7,«,0t-0l
l,02e«oo
I,OOE-08
|.9bE*0|
r.isi.oi
l|llE*00
l,07t-0t
I.2IE.OJ
J,571-02
2.9IE-01
l.OOt-08
?.90f.08
lIflUE-07
S,121-08
H.U9E.09
S,21t*0l
l.OOt-08
bJflSt-OI
I.30L«00
i,7nfOl
2|b|f.00
l,bnf-02
2,90f-01
I.OPt-08
2.8U-07
b,lS(-09
8.2Jf-09
5.77E.I8
b,OE*02VR
0,
2.98E.OI
7,191-01
I.SOt-02
t,OOt-OH
7,121-02
7,121-02
l.2Ut«00
2,5E«02»R
I.19E-30
2,0<*t«00
2.B8E-OI
7,a5€-0»
l,6«t-02
,»IE-Ol
.OOE-08
,UbE»0|
,b«l-OJ
.SH-Ol
,7St>b3 B,92t-07
,361-03 I.27F-08
,bSf-02 l.SOt.O?
.OOF-08
,90t-08
!o9E.07
,l«t-!2
,3)t>09
S.OU-3S
2,|UL»01
I .OOL-1H
2.90E-OH
0.
l,ftbt-07
2.681-lS
b,bOE>09
0.
l.2Ut*OI
l,OE«03VR
0.
)!o9t-01
6.90E-OJ
.btiE-01
.OOE-08
,o|t«00
.ISE-02
,»St-02
.SaflO
.HE-IS
l.OOt-08
0,
U.78E-J8
2.but-15
a.m.09
0.
7,9«E*00
7,«9(«00
-------
TABLE I IB
L«R «A8TE . A MIXTURE Of 401 B« full AMD 60* P«R FUEl, • EQUILIBRIUM CvClC
PO»ER
BURNUPi 2880, H-0,
I . 72E • 12N/C««t2-SEC
NUCLIOl RADIOACTIVITY, CURIES
BASIS • ONE KILOGRAM OF ACU«IDE3 IN WASTE
CHARGE
TL207
TL204
TL209
PH209
PB2IO
PB2II
PB2I2
PB210
bI2IO
BI2II
BI212
BI2II
BI2IO
P02IO
P0211
P0212
P02I1
pn2|o
P02I5
P02I6
PO?IS
• T2I7
W R12I9
Co KN220
RY222
FR22I
FR221
RA22)
R»2?o
RA225
RA226
RA226
AC225
• C227
4C228
TH227
TH22B
TH229
TH210
TM2M
TH212
TH210
PA211
PA211
P4210H
P»21o
U211
U2S4
U215
U2S6
U217
U21B
I5E-01
10E-01
60E-OI
IIE-02
.OE+OOKYR 2.SE*00*YRb,OE*00'05 I.96E-04
.27E-OB 1,561-06
.OOE-tl 6,OII-||
,02E-05 2.11E-00
.90E-05 1,961.00
.22E-06 i. 191.06
,70E-|I 9. 19E.lt
.90E-05 I.96E-00
,5IE-05 2,181.00
.22E-06 5,191.06
.70E-II 9.19E-II
,90* -05 1.96E-00
.5IE-05 2.16E-00
,9|E-OB 7.27E-08
,22E-06 5.19E-06
,70t-ll 9,191-H
.51E-05 2,18E-00
.90E-05 I,96E-04
.7BE-II 9.19C-1I
.5IE-05 2.18E-04
,22E*06 5.19E-06
, 70f II 9, 191. ||
,|6E-06 5,121-06
.70E-II 9.19E-1I
.51E-05 2.18E-00
.27E-04 1,011-04
,7|£-05 I.81E-05
.70E-II 9, 19t-||
,OOE-04 l.OOE-00
,22E«06 5,|9E>06
,OU-02 O.OIE-02
, OOE-04 1.00E-04
,0«E-07 I.04F.-07
.I6E-00 I.OIE-01
,05E-01 5.99E-01
,7lt-05 I.61E.05
,02E-04 1.S2E.04
,20E-07 2.19E-07
.1IE-06
.02E-II
.10E-05
.91E.04
,86[-Oo
.11E-06
.67E.10
,B6E>04
,86E-04
.11E-06
.67E-IO
,911-00
.86E-09
,B6*-04
,90t*06
.07E-IO
,80*-04
.86E-04
,111-06
,671-10
.B6E-00
.91E-00
.11E-06
,671-10
.86E-04
.91E-00
.86E-08
,11E>06
,67*. 10
,911.00
,861.00
.67E-10
.91E-09
,1I( .06
.67E-IO
,24E-06
.67E-IO
.91E-04
.46E-00
, 991-05
,67E-|0
,04E-04
,111-06
.01E-02
.001-00
.001-07
,671-01
,91f -01
,99t.05
.91E-00
.71E.07
,OOE-04 1,0«E«00 1, OOE-OO i.OttE-04
,091. OS
,70E>IO
.S7E-05
.5JF-01
,05E>01
,09|.05
,B«E-IO
.05*. 01
.05E-01
.09E-05
,fto( -|0
.5H-01
.05E-01
.05E-01
,2'f "08
,10f.lO
.08E.01
.051-01
.09E-05
.80E-IO
.05E-01
.S1E-01
,09(.05
.BOE'10
,05f -01
,51f-OJ
.51E-OT
.09E-05
,60*«|0
,51f.01
,OSE>01
,BO|.|0
.51E-01
,04E-OS
,601-10
,OBE-05
,BOf.|0
.51E-01
.IOf-01
.59E-OS
,»0| -10
, 00|.04
,09*. 05
,991.02
,OOE-04
.OOE-OT
,051-01
,69f.01
.591.05
,52E>04
.161-05 1.00E-OS 1.98E-05 O.OOE-OS 1,96)1-05 1. 611-05
,6|E-|0 7,91E-|0 2.00E-09 8.IOE-09 7,20E-08 2.69E-07
.67E-00
.57F-01
.2HE-01
.17*. os
(21E-09
,fH*0 }
, 2"f .01
.I7E-05
.24C.ft9
, 571-01
.28E-41
,2X1-01
.5U-08
,20f.|0
.olE-01
.28F-01
, 1 7f«05
,2tF-l>9
.28f-01
,571 -01
.I7E-05
, 28E-09
.28F-01
.57F-01
,0o| .07
.171.05
,28E-09
,57E>01
,2*E-01
,281-09
.57E-01
.I7F-05
.28E-09
,|OE-05
.28E-09
,571-01
.26E-01
,061-05
.28E-09
.001.04
. 171-05
,951-02
.OOE-OO
,041-07
.011-01
.761-00
.26E-02
.07E-01
.05E-05
.20E-09
.07E-OI
.07E-01
,051-05
,20t-n9
,26t-02
.071-01
.071-01
.161-08
.OIF-09
.211.02
.071-01
.05E-OS
,20E>09
.071.01
,26E>02
.OSE-05
,20E>09
.07E-P1
.26E-02
.27E-07
.05E-05
.20E-09
,261-02
.07E-01
.20E-09
,26t>02
.05E-05
.20E-09
.01E-05
,201-09
,261-02
.001-01
.811-05
.20E-09
.OOE-04
.05E-05
,901-02
.OOE-00
,041-07
.18E-02
,|9F-01 4,671-01
.46E-05 1.B1E-05
,6*1-04 4.68E-04
,86(.0a 2.5M-09 9.02t>ll
,001-00 l.Out-00 1,001-00
.IOE-04 6.8IE-00 1.47E-05 B.IOb.lB
.771-02 S.lOt-02 l,5Bt-01 1,771-16
, JOE-01 8,|9t-00 1.01E-00 2.991-00
,991-05 0.01E-05 1.97E-05 l,»ot-05
,79E-09 2.20E-OH 2. OOE-07 7,u9e.07
.10*. 01 8.19E-04 l.OIt-OO 2,99*. 04
,10E-01 8,|9E-00 I,01E-00 2.99E-04
,49*. 05 0,OI*-05
.79E-09 <
1,26* -0"
,77t«02 1, IOE-02
,101-01 8,191-04
.111-01 1
,201-07
.10F-09
J, 191-00
.201-07
l,«5*-oe
,711-0? 1.01E-02
,fO*.01 B.I9F-04
,99E-05 0. OIE-05
,74E-09 2.26E-08
.10F-01 1
1, |9* .04
,77E-02 1.IOE.-02
.99E-05 o, OIE-05
,79E-09 2,26*-08
, 10* -01 1
1, 1 9t .Q4
,77f« 02 S.IOE-02
,591-07 5.6IE-07
.44E-05 o. OIE-05
,79E-09 2.26E-OB
,77t-0?
.10* -01
.79E-09
,77E-02
.99E-05
.79E-09
,90E-05
.79E-09
.77E-0?
,111-01
,011-05
.79E-09
,OOE-04
.99E-05
.65E-02
.00*. 00
.OOE-07
,101*02
, 1 4* -00
, ^6*. *08
.IOE-02
.OIE-05
,26t-OB
,95k-05
,26(-OB
, IOE-02
,|9E-00
.OIE-05
,2ht-08
,001-00
.OIE-05
.9IE-02
.001-04
.04F-07
,701-02 I.09E-02
,97l-n5 1,601-05
, OOE-07 7.491-07
.58E-01 1.771-J6
,0lt-00 2.94E-04
,niE-04 2.99E-00
.19E-07 1.09*.. 07
,2ai-07 0,74(.JT
,541*01 1,B4(-|6
,nic-00 2, 991-00
,971-05 1.60*-05
, OOE-07 7,J9*-07
.OlE-00 2,991-00
,SH*-01 i,7TE-|6
.97*. 05 1.64F-05
, OOE-07 7, 49*. 07
,01(-00 2,991-04
.50E-01 J.77E-I6
,561-07 5,09f07
,971-05 l,6tt*-OS
,00t-07 7.49E-OT
.5BE-01 1.77E-16
.01E-04 2.94E-04
, OOE-07 7.49E-OT
.581-01 1.77t-tk
,97t-05 1.64*. 05
,001-07 7.44E-07
.92E-05 1.S9E-05
,00*.- 07 7,44|.OT
,5«t-01 1.77E-I6
.01*-04 2.991-04
,47*-05 1.60E-05
.OOE-07 7.09E-07
,01*-04 2.99E-04
,97E-05 1.60E-05
,5HE-01 1.08*. |6
,011-00 2. 991-09
.01E-07 2.99E-07
.56E-01 1.76F- |6
,80*. 01 6.51E-00 1.01E-00 2.99E-00
.OIE-OS 4.UIE-05 1, 971-05 l.oOE-05
.65E-00 4,56E-04 1.5IE-00 2.S8E.05
,701-18 0, 0. 0,
,04E-04 1, OOE-00 I,0lt-04 2,991-04
-------
TABLE I IB (Continued)
CHARGE
NP217 0.
NP219 0,
PU219 0,
PlJ2«0 0.
PU22> SIC
MICUOE «»OIO»CT]VITr, CUBITS
B4SIS « 0*e «ILOG»»- Of *CTI«IDE3 IN -ASH
.OIE-02
.OSf»00
!«2f-OI
,001-OH
|ost«oo
IOHK-OI
.B9E-OB
.Sbt »00
v.OK-02
.bit-01
.9SI-OI
.«» -01
.mt-oi
ilSE-02
.bit -01
|22f-01
.OOE-01
,67(-0«
,«bE«00
,U6t»00
o.OlE-02
b.ll(-0|
i'.lot-Ol
llblt-OS
I.OOE-OH
7.I7E-01
S.Ul-0!
6.B2E-01
6.7S(-Oa
l.OOE-08
2.HUI-OB
t.KBt*00
1,88E«00
,71f-OI
,90f-02
,9«f-01
.60E-OI
.OOE-OK
,9«f-0}
,161-01
.001-08
2.7bt-0e
B.S2t-OI
8.12E-OJ
.91J.02
.711-01
!blE-01
,0)E-oa
.SOf-03
.99E-09
.OlE-Oa
.7H-OJ
.oil-oa
.121-07
.99E-09
.SBE-08
.SIE-OI
.4JE-OJ
J.90J-02
I.Slf-0«l
2.70E-OS
5.blf-0b
I.19E-01
9.97E-09
l.btt-Ob
I.SIF-OU
l.bOt-Ob
l.20t-09
9.971-09
2.181-08
2.821-01
2.82E-OI
,bSE-02
.89E-09
.761-011
IBIE-JI
,bit-0a
!«9t-|S
.SOl-09
.tet-ii
.Ubt-20
.89E-09
.blE-08
.b|t-0|
,blE-OJ
2.VU-02
9,bOF-09
9,601-09
9.67E-II
0.
2.691-011
9.601-09
0.
9,bOt>0«
0.
I.89E-12
9,601-09
a.OSi-09
I.i8t-0l
1.U8E-01
l.bBE-OS
6.56E-0«
1.0ttfc-|0
0.
U92E-II
6.S61-09
0.
6.S61-09
0.
0.
6.56E-09
8,J7fc-J7
2.21E-02
I.UBL-lb
l.flbt-10
l,46f-IO
a.9|E-M
0,
0,
I.U6E-IO
0.
1.U61-10
0.
0.
1.V6E-10
0.
a.621-01
a.62E-01
00
vo
-------
HI JABTE •
TABLE IIIA
Of 00* e»» Futl »*D 601 P»N
C»CLt
NUCLIDE HADIOtCrtVlTr, ClCMlS
BASIS • CUE KILOGRAM g*
GO
I
TL20B
PB2IO
PB212
PB2I8
81210
BI2I2
BI214
P02IO
P02I2
P02I8
P02I6
P02IB
R*22o
RA226
TH228
TH2IO
TH23I
P*2J1
U233
U21«
U23i
U216
U?37
*P?J7
PU219
Pli2«0
PU2«I
PU2«2
INITIAL
0.
0.
0.
0,
0.
0.
0.
0.
0.
0.
0.
».
0.
0.
0,
0.
0.
o,
0.
o.
o,
0.
o,
0.
o,
o,
o.
«.2SE>02
1,YH
2.I0E«0»
,07£-0b
!llt-lb
,07E.Ob
,0"t-l3
IHHE-OS
,09t-ll
,ii7t-OS
,0?t-l2
,S7£-Ob
i«bt-0b
,3«£-0?
i,«2t»0l J.uit.ul
SU8TOT
TOIAL
l,32E*oa
1,901-01
0.
l.9<>t-01
2,061*01
Z.SYR
,02t«0«
,60t-l3
,93t-l2
,9bt -Id
.811-0(1
!bn-oa
.91E-I2
,831-uo
i«tE-0<4
7.93E-12
.S3E-04 2,?0f UH
,b7£-ll
.02^-01
,J5t-08
,9?C-06
.93COI
,07f-05
!es£*o2
,«0t<
,0bt»01
tt.ll
,blE-0«
.091-10
.1HE-I2
.bU-OU
.09L-10
,72t-12
|c9£-|0
.a3E-0«
Ibit-O"
,0"f-IO
,«il-C«
.09E-10
,eSt-0«
10,Y»
3|e7l.|t
l,2b£.03
S.lOt-lO
1.67E-1I
l,?bE-n)
S.COt-10
I,e7t-l|
H.OBk-OU
S.i.Ot-IO
I.2bl-n3
l|2bt-03
S.OOt-IO
.OOL-07 ). 301-37
bOt-10 M.29E-09
,79t-OJ
,00f07
il9E«01
|N9E-OI
»7ie*02
3.34E-07
l,b7t-OS
2.0oE-01
2.93E-0*
3,7«t-33
,JOE»Oa |,21E»OU
i.soe«ou
."OttOl
,9at»03
.OlfOI
,101*02
l.a?t»01
i.uOttOl
|.0«C*0«
I.90E-1I
l.b»E»02
,77E»03 M
8.77E»Oi
2*,f*
60.YR
3.b«t»0a
.MOl-33 l.Clt-Cl
|iSf-:9 i|ue£-)8
,
,iO£- J 1.C1E-C3
,SP(- 9 9,7At-i.6
.OOt-iJ l,flt-C3
i«Ot-'3 UJIE-C3
,5Ct-"9 •>,7«l-rB
,u0E->3
2.00t-0b
.HSl-ij 3,"lf-02
,3Sr-l7 2,UOF-fth
,u2t-l| |,98E-A2
,»*£-.! b.BOE-01
>2 I.>«2E»02
M J.u2k*OI
,0lk«o2
l.«6t«OJ
/.9ie*02
100.VR
2,m*oa
2,07f-07
2. 071-07
2|p7f07
«..07t-0h
s!"7L-bb
b|o7t-0b
s|p7t-0b
8,321-06
8.32k-ub
J.47C-44
t'.iii-oi
I,f9f-2e
5.^7t*01
1.U9E-OI
.9JF.02 5.l2t»02
600,VR
2.01L«U6
0,3j£-OS
S.SVE.Ob
1000.VR
b.59t-,0b
u,lSt-OS
tjut-00
.191.07
isut-OO
.191-07
,3ul»U«
,bC£.i^
l."*9t-0b
9.1lt-CO
b|5)E-02
0.
2.721*00
1.3bt*OI
-------
TABLE 1 1 IB
PU >*8TE • * Ml TUBE OP 001 BUR PUEb .NO 601 P»S FUEL • EQUILIHH IUM CYCLE
NUCLIVt R»OlfJ.CTI»l7».
B.8I3 • DIE RlLOCMAM OF
:uRItS
TL20.7
PB209
PB2IO
PB2II
PB2I2
BJ2IO
BI2II
61212
Bim
81218
P02IO
P02II
P12I1
P02J8
P021S
P0216
PU2IB
*T2l7
oo
F»22l
R.221
H*22«
R*22o
*C22S
• C227
-C'2B
TM227
TM228
TH210
TM212
TH21V
PA21I
P.211
U211
u2ia
U21S
11216
U21B
NP217
P0219
Pu2ao
,1«E-0«
,50t-9/
,I«E-07
.lbE-06
,l«l«0«
,Ubt-09
,22t*06
IbOl-07
,196*07
.l«t-04
l.KTR
,m*07
,«ot-or
JlnF-Oa
,SO|.07
,90t*n0«
,|a£.06
,211-10
,011-119
.OlE-Ott
,I«E-06
.2IE-IO
.Set-oS
!eit-0«
.alt-C-9
,PU-oa
2.l«t-(-«
2.2U-IO
b.Vlt-Od
b,OIJ-C«
.l«k.C6
Jbflk.ftS
,OIL.C«
,2IE-IO
1211-10
I2ii-io
,SBE.(.S
,00k-0b
,21E*IO
,211*0.
.oat-oi
.27E-OB
,9lf.0»
,I9L«OI
6,«»R
t.lbE.OS
9.91F-06
*ltt*ni
.IOC-OS
,lC«
I,AOE-02
I,«9E.O«2
b,0«t-OU
1,*9U«C2
l,9lL-<2
b,OH-0.
\\1*t»M
I.9K.C2
1.9U-C2
l,S2t-lb
1.9IL--J2
l.70k-OP
l.20k-l.« l,77k»)b
I.21C01
«.23t>07
l.C2t-OS I.Ktt.ca
2,Mk-09 1.20C.A8
2,Mf*09
I,b0fi2
7,m-"b
l|77l*0*
1,TO£.'I2
l!77».rn
2,0U*"9 1.20f.p8 1.77E*u6
2,9Hf.Ob l,«7fc.C« S.OIf-?«
2.8U-09 I.20C-A8 1.77E-l«
l,2lf-0l S,SSk-01 1.761.12
2,tflt-09
2,(«9*-07
I.OPE-Ob
9.08E-02
2.191-V.7
l.S7k-01
I,o2r-oi
2,VU-0«
9.80t*01
2.n«r*07
1,201.6H
7,12F-w7
1.7TJ-18
7.121-07
ft,97fc.tl
l.hOl.-JO
2. 02k-.12
I.«U-J2
7.12*07
9§OU02
l,S2t-02
|.9ut»OI
7(a2»»OI S,B6t»0|
A.27E»0| S.Hbt*OI
2,l7t«0|
a,S7£,01 2.l/k»0|
9.931-02
b.22t«JO
l|70»*0t
7,1«E»00 J
7, Jgl.Oj
100,•»«
8,211-Orf
.2UF-02
't1ll'*6
.2«t-u2
!?K«0«i
,Mk-?2
.771-PB
.2«t-u2
.2)L-Oa
.li.L-1-S
i77(-OB
IHJJ-OJ
J77F-P8
,|2ffl*
,'7t-0«
,011-02
!llk-ul
,77f-»»e
,bM-Un
.101-02
,92»-0>
,111-01
,b2E*02
,*6E-Ob
.021-02
.OOltOO
I.9IF-01
I.SBE-OI
100,KTH
l.tbC-01
b!27k-02
s.sbk.n?
2||7E-07
b!s07
b.tik.n2
I,'JI>E.OA
b.llt-1,2
2,1*1-07
|!l7t.01
l!c-'t-0b
t>',H(-ni
?,'|7t-07
b.iTl-02
l.|7t-01
2.I/F..07
2,l7f-o7
6,471-02
l.|nt-Ul
2,l»i*»7
»,73t-0b
I, I At >'l)
l,S2l*C2
8)271-02
b,n2k-01
l!lUt-OI
1000,NVR
.I7E.01
lfllt-02
,3«>c-01
.l/k-i.5
,»1F-07
,3et*bl
lirc-oi
.33* -07
,iiu-u2
.«!•» "01
.jot-Cl
10000.KfRIOOOOO.NVft
.-|,lbk-OS 1,061-01
.Oht-OS 1.88L-I7
,|7f.
,1U<
,il)t<
7.
'!
»«•
0>><
01
07
01
'07
02
7,l,lC-<>2
7|tU-07
7.UC-07
7,011-02
i!s n-oi
7, lit- 07
1,1-IL-US
o,ri-»t-02
1,171
1.4«t
i.s«r
I,VIE
l.J^t
01
•02
•II
•16
•02
,S9t>OS
,|6fc-0i
,b<OI «.buE.|6
.b-Jt-OS t.Sfk-OS
,b9k-bb l.bft-uS
l,b/E-OS
1,071.01
l,b7t-OS
l,07t-01
• 01
• OS
•01
• 06
• Oi
•l/l
01
Ob
01
06
01
.b/t-01
.1bt.-01
,blk-0b
,Sit-0»> 2,
,.vt«
.bV|.
,lbE<
,blk<
!$7k<
,lbk<
.b7l<
.6lC<
.)«•(•
.bit-
.b7t.
B.lSk-
l.b/k<
t.C7(.
l!b7t<
e.baf.
1.07t<
2,«al.
I.b7»-
H.bfcJ.
1,»'»-
l.OTf .
p|bat>
l.bTl-
16
OS
'OS
OS
16
01
Ob
OS
16
OS
of
16
OS
B,b"k-l»
l.07t-01
2,«ar.OS
•OS
.|b«-01 J,o7£-ol
,b7F.-01 7,t>6k-lb
,'j7t-01
l,lbF-01
t.l-k'02
l,b/k'0)
0.
d,SU.|6
l.b7k-OS
I, 071-01
B.1U-OV
I.S7fc-OS
7,abt-16
0.
l.?2F.*»n
2,l7t-09 0,
ft»18L-02 l.lOk-02
6.3.U-02 l.lnF-02
-------
TABLE IVA
LNR SPENT FUEL, * Mil Of 991 B»R fUEl t«0 601 P«R FUEL • M«3T PLUTONIUM RtC»ClE
PONER- 22,02N*, BURNur* 29980, "HO, FlUI* I ,«9t«l 1N/C*<«*2*8EC
MUCllDE R.OIO.CTIVITV, CU'IES
BASIS • out METRIC TON OP I.R run
CH»R5E CI5CH»R6t I.YR 2.5 rR 6.va lO.YR 25. YR 60. YR 100. YR 250. YR 600. VR 1000. YR
TL207
T1208
TL209
PB209
PB2IO
PB2II
P«I2
P82I9
BI2IO
BI2II
BI2I2
BI2I)
a!2lo
P0210
P0211
P02I2
P02I)
P02IU
P02I5
P0216
P0216
00 -T2IT
1 Rw2i9
— • RH220 0
"^ RN222 0
Hltf\ 0
F"2i?l
R-221
R-22V
R.225
R.226
R»228
»C22S
4C227
-C226
TH227
TM22B
TM229
TH210
TH2SI
TM212
TM21-
P-211
P. 2))
P.21UM
P.2JH
1)212
•J211
U21U
U215
>J?16
U217
9. 1*00
27E-02
26E-02
.76E.06
,61£.01
,59E>09
,2SE*OB
.5FE-09
,771-06
.OBE-01
.12E.08
.57£ .09
.77E-06
,OP£«01
.25E-06
.121-08
,09£»09
.10E-09
,871-01
.09E-08
.17E-08
,771-06
,U«£.OJ
,121-08
,2St-08
.771*06
.OBE-01
.12E-06
.25E-OB
.56E.08
.77E-06
.ttBE-01
.HE-OB
.12E-06
,«2E-I2
,25t-06
,811-06
.92E-12
,711-06
,061-0)
.I6E-06
.25E-05
,571.02
, 75t .1 1
, |0£-01
.1U-05
,10£-01
,1-E-Ol
,|ut-0a
.I1E-02
.02t-05
,»6£»00
,57E-0?
,151-01
,671*00
,61E-06 «, 291*06 7,52E*06
,bl£.01 1,841-01 6,2U-01
.70E-09 2.00E-09 2.60E-09
,91E>06 9,1IE*06 l,20£*07
,806 6.9IE.08
,95E-06 H,2U*06
,B1E-06 0,101.06
,0«t-01 1,0*1-02
,951-08 6,21E*06
,9)1-08 9,||F*06
,81E*06 a,10l*06
,0«E-01 l,08f-02
,95E*08 6,2tE-OB
,9)1-08 9.HE.08
,96k-08 6.0U.08
,ft}£-06 «, 101-06
,Oae-OS 1,081-02
,9U*OB 9,ne-08
,95(*06 8.2U-08
,77E*|2 1, 20l«||
,911*06 9,111*08
,61E*06 0,29£.06
,77£*I2 1 ,2"E*l t
,80E-06 a,2OI
,S2C«00 .,211*00
,50£.06
.71E-02
,98E-07
.oif.oe
.50E-06
,711-02
,201.07
,96t- 07
.7IF.-06
,2*>£-08
.IOE-02
.17E-OT
,96E-0*
,5«E-06
.71E.02
.98E-07
.20E-07
,5tt(.06
,7)t-02
.96E-07
.20E-07
,A5t-07
,5«f-06
,71(-02
,201-07
.96E-07
, |0( -1 1
,201-07
,5)E*06
,IO£.|I
, Oil. 06
,72E*02
,201-07
.50E-05
,571*02
,09i.n
,1*1-01
,5ot -05
.11E-01
,l«t-OI
,loF-oa
,09(-02
,901-05
,2ofc »00
.57E-82
.IbE-OI
,S6l»00
,09|-05 4 , 181-05
«.7£.OS ' ,,l8t-P5
.071-02 '.07E-02
,00|.07 1,871-06
,541-07
,|0f .05
,ort>A2
.OOE.07
,55E>07
.5U-07
.IOE.05
,07£.02
,55£.07
,OOE-07
, 901-1 1
.551.07
.101.05
.901 -11
.06E-05
,07f.02
.SSE-07
, 191-00
,571-02
.11E-IO
, I.E. oi
,67f-05
.16E-OI
.mt.oi
, Hit-On
,211-02
.-71-05
.101*00
.57E-02
,051*07
,181*05
,07f*02
,87£-06
,05E*07
,061-07
.IM-05
.07E-02
,OSf-07
,87£.fl6
,96E*10
,051.07
,161.05
,961-10
,|5E*05
,071-02
.OSE-07
,^OF*Ott
,571*02
,9?l-lO
,I«E*OI
,171-05
,5St *0|
,I«E.OI
,1«F-0«
.02F.02
,|7£.0-
, H6C*AO
,57E*02
,151-01 2.I6E-OI
,97f»00 1,07E»00
,96E*05 5.5UI-05 I.06E-00 2.10E-OU
,101-0) ),61E*01 8.57E-00 2|95t-OS
,7)E*06
,«5l»07
,.5(>06
,99|.05
..8E-02
,0)f -05
,.5E>06
,991.05
.OHt-02
,HSF>07
,0)1-05
.-5E-06
,20f-07
,U9F-0)
,671-07
.OU-05
,991-05
.08E.02
,0)t-05
,65»*07
,991-05
,o«i -02
,011-05
,851-07
,591.07
,99£.Q5
.061,. 02
,85£>07
,011*05
,6IE*IO
,851-07
,991-05
,6IE*IO
,901-05
, .81-02
.85E-07
.271-00
,5*1-02
,60t-lO
, IttE-OI
,lut-05
,191*01
,I-E*OI
,I«E>0.
,001.02
,701-00
,85F *00
,56E»02
,49£-08 1.72E-07 |.|aE-06
,591-06 7,62f-06 b,!6F-05
,691-05
,5hf -0%
.OIE-02
,0?f-05
,69£.05
,S6t-05
,011-02
,59f-06
,021-05
,69|.OS
,671-07
,0h[.01
,iSf .06
.02E-OS
,5fit-OS
,011-02
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,59£-06
,5ftt-05
.72E-00 1.091*01
,07t*04 2,10f.OU
.16E.OS 6.201-05
.2ttt>.0tt I,o9i. oi
,72(*0a 1.091.01
,071-00 2,lut,-00
,111-01 8,201-05
,f?f-06 5,|6t-n5
,2-f-0« 1,091-0)
,7?fOO 1,091-01
,i>0»-07 7.0H-07
,52£-01 S,«?St-o5
^5t-06 5.05E-OS
,2oF-Oa I,b9f-o)
,OT(-oa 2.101-00
,181*01 e,20£.05
,2<2E.06 b,|h(-05
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, OIE-02 ?,i*l-01 P,20f-OS
,0?l-05 2,2o|-OU |.a9£-0)
,S«E-06 7,H2»-06 5.I6E-05
,7«f-OT |,«9£.06 ),26t.06
.56E-OS 1.07E-00 2,101-00
,011-02 2, 181-01 1.201*05
, 591-06 7,d2E-06 b,16(.-n5
,02t-05 ?, 2ol-0« 1,091-OJ
.67E-10 2,701-09 6.57E-09
,59|.06 7,62»>U6 5,16t-05
,55E-09 1,071-00 2.10E-00
,B7E-10 2, 701-09 6,571-09
,0*1*05 l,05f. -00 2,111-00
.01F-02 2,1B»-0! 6,201-05
,59£-06 7,621-06 5,|6E*05
,Soa
,971*01 7,59fOI |,|7t*UO
,I«E-OI 1,|0|-OI 1.IOE-OI
,1UE«00 S,|OF.-00 l,|0f«00
,621-03 2.121-0) 7.96E.05
,5IF-00 6,b9E-04 2,|)|.|)l
,101*00 2,701*00 l.OOttOO
,67E*00
,12»-07
,701*06
,701-00
,27£.0)
,«.9£-00
,7eE*06
,271-01
,271-01
,69£.OII
,76t-06
,70f .00
,271-01
.271*01
,111-06
,121-00
,661-00
.27E-M
,e9£-0tt
,761.06
,27f -01
,70t-oa
,b9t«00
,/M-06
,271-01
,706-00
,161-06
,69(.0«
,76E-06
, 701-00
,271-01
,m-o8
,70£«0«
,69t*00
,iu-oe
,6ii-oa
,76t-06
,70E-OU
,«0t-0?
,611-02
.IIE-08
.IDE. 01
.68E-00
,4)1*00
, 101-01
.IOE-OO
,701-06
, 16E-0)
,OIE*00
,5HE-02 1,561*02 I,j9£-02 1,«U-02
,I6E>OI 2.I7E-OI 2.2IE-OI 2,261-01 2,171-01
,65E*OI 0,191-02 8,611-05 0,591-05 o,
-------
O
u2ie
NP2JT
NP219
Pu21b
PU21M
PH2J9
PU2MO
PU2U2
Pii^ai
AH2U|
AH2aS
CH202
C-2»l
CN2aa
C"2«6
C-2JI7
BN2B9
SURTOT
TOTAL
TABLE IVA (Continued)
LHR SPENT FUEL, » "I« OP Q0« B»R FUEL »NO 60« P«M FUEL • FIRST PLUTO-nSU" RECYCLE
22,02MM, BuRNUP' 299H»,M.o, FLUl* 1 ,«<»E» I H/CH..J.JEC
CHARGE _DISC»1A»CE_
1.22E.01 .luE-OI
0, .JOE-OI
0. ,03E*01
2.«2E-01 ,fOE'0|
2.2IE»01 .82001
2.86E»02 ,70E*02
«,Sbt*02
I,OSE*OS
l,59t*00
0.
I,90E«02
0.
0,
0.
0.
0,
0.
0.
0,
0.
0.
0.
0.
l,89e«05
),9bE*00
2, me>ob
u.IBE.02
0.
o.
t,08E»05
I,08E»OS
a,SHE*0|
,01t*0|
,l*£-07
,611*04
,I6E»OI
,0b£*01
,9JE»00
,011-01
|2At>06
.IIE-P2
.71E-OS
,81E«Oa
,611-06
,3aE-0« FUEL
l.laE'01
S,03E*OI
S|00£*01
J,70t*02
7,b6F»02
I.b8t *05
3,<*Bl»00
2.1UI-06
I,ME*03
«.SIt»01
5,031 »OI
8.21E-08
1,201*0)
I,10E*OI
||9)E»00
u,OIE.OI
,OIE>01
,lUE«Ob 2.\«r-0b
,281.06 9,2«k-06
a*0.A9 L jiV«_A«
I,S1E'0«
«,22f«0«
lilOt'OU
6.YR . 10.TR 25.TR
,1«£-01 I.IUF'OI l.ldf.O!
l.lbf.OI l.SSf.OI
,03E»Ot
.IOE'02
S.OSE.OI
I.ORt'02
.701*02
,6*1.02
,«8t«00
.l«E-Ob
,99F«01
U6t*OI
1.701*02
7,70f.02
I.1«E*OS
).94E*00
2,l06
U.62E-05
1,131.OS
I.HE.OS
S.021*01
6,021-oo
•OT
.2lF«Ott
,2l»»0tt
60. YR
I.IME'OI
U.19C.OI
OIE.OI
.blE-OT
.211*01
.69E*02
.7KE.02
.981*00
|obE*01
!«9E«0|
io9F'2B
.ISE.OO
.111*02
.92E«00
.17E-01
.Obl><>3
,u9t>0OE>II
,/HE*0«
100.TR. 2bO.TR
,l«l>ul l.iui.ui
.991*01
,bu(>l2
,m«o3
,69t*02
.77E.02
,7SE*OS
,9Bt«00
|noF.03
,<»9f.OI
',»»>t*01
.ilt.OO
.9|t*00
,9Sf-01
. IUE-06
• Ob
.Qb
I.16E«OU
U,92E*01
I.191.2T
,uut*02
.671*02
,661.02
,«Sl«00
!iut-0b
,77L»01
|u;t*ni
,92t »0l
I/Of»01
.lSt-02
,0bE'OI
,|Ut .06
,«>0|.0fi
.
.O^t'OO
,S?t-|0
,8lt >06
.11E-12
b,80E«03
b.BOE»l)S
600.YR
1,1«E>OI
l,|7t*00
«,77E»01
0.
l!o«l»02
7.19|»02
|,HUE*00
J,«f«E«oO
2.1UE-06
2.72E.03
2,97E»00
2.971.00
«.771.01
0.
2.63E-OS
e,Slt-07
3,b7E-0|
9)27t.0n
0.
S.IUE'OS
b,7|E.|l
o!
O.OOE.Ol
U.OOE*03
.. 1000. YR
1.1UE-01
l,«3t*00
a,bOE*01
0.
1.03F»00
i.6ie*o2
7.09£*02
I./7E*00
3,9nt«00
2,101-06
1,uut«OS
uihOt-OI
u,601.01
o.
U.SSE-00
l'.77E*00
9,2bE-06
0,
2.3UE-OS
b.bOE-ll
2.1UI-06
0,
2.62t«03
2.b2E*01
-------
TABLE IVB
L«H SPENT »UEL. * Mil or o«« n.R FUtL »NO 60k PHD full. • F|<"' PLJTONlU" RECYCLE
POnER* 22.02MM, BURNUP" 299aa,««0, FtUx" I ,a9E«l }N/Cx**2-3EC
NUCIIOE RADIOACTIVITY. :u«us
BASIS • ONI METRIC TON Of L"» FUEL
<
TL207 0
U20B 0
TU209 o
PR209 0
PB210 0
PB2I1 0
PB2I2 0
PR2I« 0
BI2IO 0
BI21I 0
81*12 0
BI2I3 0
B12|a 0
P0210 0
P02I1 0
P02I2 0
P0213 0
P0?l* 0
POdlS 0
P02I6 0
P02I8 0
AT217 0
MS2I9 0
HN220 0
HN222 0
FR22I 0
FR223 0
RA223 0
RA22« 0
RA275 0
R.226 0
HA22B 0
AC225 0
*C227 0
AC228 0
T*227 0
TM22B 0
TM229 0
TM2SO 0
TM2II 0
TM232 0
T*2l* 0
P-231 0
P.2I3 0
PA23HH o
PA23« 0
U2J3 0
U21« 1
U2IS 5
U236 i
U237 0
U23B 1
:HA«CE_ i
9«F»00
27E-02
26E-02
22E-01
l.KVR
.67E.08
.32E-07
,7«£.0b
.70E-OU
.27E-01
.69E-00
.76E.06
,27E>03
.27E-01
.69E-OU
,7h£-06
.70F..OO
.27E-03
.27E-03
.11E-06
.121-06
.66E-OU
,27F-OS
,f>9£-04
,761-06
.27F-03
.70E-OU
,69b.OO
,76E>06
.27E-03
.70E-OU
.I6E-06
,69E-Oa
.761-06
.TflE-OU
,271-03
.HE-OS
,70E-Oa
,69£-Oa
,m-o»
,6 It -Oil
, 76^ .06
.TOE-OS
.UOE-02
.6IE-02
.I1E-08
, I.E-OI
,68E-Oa
,aiE«00
, m-oi
,l«l «oa
,3B£.03
,OIE«00
,6IE>02
.171.01
.aat-OS
,1«E-OI
Z.SKVR _
.69E.OU
,07E*08
,UE*OS
, uit-oi
,39£*02
,72E-oa
.97E-08
,191-02
.19E-02
,72E>oa
.971-08
.aiC-03
,39£-02
. }9t*02
,62E>06
.90t-08
.38E-03
,39t*02
,72E*0«
,97£*0(t
.39t*02
.OlE-Ol
, 72t-002
,97t-08
, 1UE-01
,7IE-0«
,701*00
,I«E-01
, l"t-0*
.U7E-02
,OOE*00
,66£ .02
,6SE-OI
1.9IE.05
MUE-OI
6,nvR
,0«E-03
,881-08 <
,971-00 <
,9,17£.03 a,l«t«03
>,28t«OB l,SBf07
5,|8£-08 2.3SE-03
,16t>02 1.06E-01
,9|(-OI b.2l(-OI
,m£-03 B.16E-03
.UTE-07 u,19(.OT
.911-01 S.21E.OI
,91£-01 S. 211*01
,38£-03 8,lb£.01
,u7£.07 a,19E-07
.36C.02 l.06{*01
.9IE-OI S.21F-OI
.91E-OI S,21E-0 1
.01E-OS 2. USE-OS <
, J8t. OH 2,«lt>07 1
.10E.02 l.OttfOl !
,9|£.01 S.2I»-0| |
,3At-01 a.lftt-Ot 1
,U7E-07 U.19E.07
.9IE-OI S.2IE-OI
, l6t -02 1 ,ftbF'0 1
.18E.01 B.I6t-03
,U7£-07 a,39£-07
,9tt-OI S,2I(«OI
.36E-02 I.Obt-OI
.71E-OS l.lUE-Oa .
.lBE-01 a.fit-O}
.U71.07 U.19E.07
,36t-02 I.Obt-OI
.9U-01 b.21f*OI
.U7E-07 u. 191-07
,J6t-02 l,06(-01
.181.03 B.lbf.OJ
,«7E>07 tt,19[-07
.33E-OS 8,nSF>03
,uTt>07 a,19t-07
.36E-02 1.061.01
.U6E-OI S.68t-01
.H9E-02 2.20E-02
,uTf-07 U, 391*07
,I«E-01 l.lUfOl
.18E-01 8,161-03
,72C*00 I,72F*00
,|U£.01 3,1-E'OI
,|U£.00 J,lfl£.0«
,B6£.02 I.7IE-OI
,9S£«00 2,B«E«00
.891-02 2.2-E-02
,b7t-0| u,2n(.n|
,09|*OS S. 911-06
, 1«E. 01 l.KiE-OI
flO.KTO |00, •»• 100.KVR lOOOgKTN
.701-02 2,301-02 2.KBE-02 2.09E-02 i
.26F-D7 7,1«E.07 2,27t-06 7,S9t-06 <
,JO£-nj i.iBE-02 2.62E-02 2.93E-02
.23E-01 S,38t.QI l,19£*00 I.13t«00 •
. I«4f«n0 |.S«r*00 I.72E*00 S.S6F-OI
.7E*00 S.S6E-OI
,|uE*00 1,SUE*00 I,72E«00 S,S6f>OI .
.70F.02 2.3IE-0? 2.B9C-02 2,901.02 \
,1»E-06 2.0UE-06 6.111-06 2, HE-OS
,23F>nt S,i»F-OI |.|9F*00 l,lif*00 (
,|uE*no I,SU£*00 I.T2E*00 S.ShE-01
,l«t»00 I.Suf«00 l.72f*00 b.Sft-01
•.Hf-15 6.93F-QS B,h6t-OS B,b9t-OS
,b7E-OT I, 111-06 «,04t.06 |,JSt-OS
k,!6E-OI S.26E-OI I.17£*00 l.30t*00
,|UE*00 |,SUE*00 1,7?£«00 S,Sf>F-0|
.71F-02 2.«1f-02 ?.l<9t-02 2.90E-02
.I8E-H6 2.0UF-06 6.3IE-06 2,I1£-OS
,1X1*00 t.S.t*00 1.72t*00 S.SOC-OI
,?U-01 S,3^f>OI l,19f»00 |,}it*00
.70E-02 2.3IE-02 2.89t-02 2.MOE-02
.IAE-06 2, Out- 06 6.1IE-06 2, HE-OS
,|4»»00 I.SUMOO t,7?E«10 S.SM-Ol
•,2!F-OI S.3AE-OI I.|9F*QO 1.111*00
',39f.Q(i 3.2uE'0« u.Out'Oa u.OSF-Oa
,}fl».02 2,311-0? 2.891-02 2.90E-02
,|8E-06 2.0at-06 6.111-06 2, HE-OS
I.23F-OI S.3AE-OI I.|9E*00 I,11E*00
,|u(»00 1,S«E*00 |,72F»00 S,bb£-0t
,111-06 2,0u(-0b 6.3IE-06 2.1U-OS
.2U-OI S,i8F-OI l,|9f«00 1,1U*00 1
.70E-02 2,3IE-02 2.B9E-02 2,9u(-02 i
,ME>06 2.0.E-06 6,111-06 2.HL-OS
,68F.02 2.28E-02 2.1SE-02 2.8SF-02 <
,18f-06 2.0.E-06 6.11E-06 2.111-OS
,23E-OI S.381-01 1.19MOO 1,331*00 1
,1IC»00 |,S2t«00 |.72f*00 S.Sbt-OI .
.bSE-02 2.82E-02 2.90E-02 i>,90(-02 i
,l«£-nb 2.0UF-06 6.1U-06 2, Ill-OS
,|UF-A| 3.ISE-OI 3.ISE-QI 3.ISI-OI
.70F-02 2,llf-02 2.B9E-02 2.90E-02 <
,70(*00 l,66t«00 I,S7E»00 1,2SE«00 (
.lul.Ol I.ISE'OI I.ISE'OI 3.ISE-01
.IUE-QU 3,lSE-Ofl l.lSE-Oa ),IS(-0«
.SSE'OI S.90E.OI I.I8E*00 1,331*00 (
,60E«00 2,36F»00 l,«4f«00 «,7(*£-Ol
,6SF-02 2.H2E-02 2.901-02 2.90t»02
,Sb(.n| a,16(.0| a,i3L*oi u,2SE-OI
.ISI-07 I.10E-08 S.7«t-16 0,
,|ut*OI 1.1SE-01 1,ISE-01 3.1SE-OI
OOOO.KVR|OOOeO,ii*R
'.B6F-0? 2.621-0?
>, TIE-OS 2,blE>OU
,u9f«n3 3,S7t-lf>
>,79f-02 I.62E-IO
k.iat-01 1. 101-01
>,«7t-02 2.6lt>02
.t-hl-Ou 6.96E-Oa
l.l«t-01 1. 101*01
k.|UE-OI 1.IOE-OI
>.A7£-02 2.61E-02
,861-OU b.«8t-0«
), 791-0? I.62E-ID
.lut-Ol 1. 101-01
,IUL*OI l , i n F - o I
,Mt-OS 7.99E-CS
,|9t-0« «,«7£-OU
.OUE-02 l.^9(.|u
,|U£-OI l,10f-0l
,B7t-02 2,blt-02
,hbt-OU b,9At-0t-Oa b,9AE-Ou
.luf-OI 3.101-01
.T-Jt-02 l,6i>t.lu
,n2t-0ii l,68f-0«
,f7£-02 2,631-02
.Bbt'OU b,<*bt-0«
,79E-02 1.62L-1U
,|M[-Q| 3,10k' 01
,BbF-nu n.98t-0u
>i79C-o2 I.n2t-l.H7t-02 2.K3E-02
,HI>t-0-l 6,9*1-0.1
>,BU-02 2.S9E-02
,861-OU 6,981-OU
k,79£-02 l,o?l-m
t.lut-OI 3.10E-JI
>.H7E-02 2,631-02
,86t-0« 6.98E-04
i.ldt-OI 1.101-01
i.MTE-02 2.6SE-02~
k, 791-02 I.SOE-14
t.m-oi 3.101-01
J,l«t-OII 3.101-00
I..T9E-0? t,62t-l«
>ll«E-OI 3,101-01
?.B7t-02 2. bit. 02
I.27F-OI 2,a|f.o2
), 0.
»,i«t-oi s.ioe-oi
-------
U2«0
NP217
NP219
Pu2ao
PU24I
PU2U2
PU2«1
Pu2«a
AM2«1
C«i«5
C"2«b
CM2U7
CM248
SUBTOT
TOTAL
,86E»02
,56E*02
,05E»05
,54E»00
•
TABLE IVB (Continued)
SPENT fUCl, A Mil OF 401 BuR FUEL AND, bO« PuR FUEL • FIRST PLUTO«tUM RECVCK
1 ,<»9C* 1 JN/c***2-SEC
-CHA.R6E_J 1-KYR.
0.
I
I
,«1E»00
,60E»01
,61E»02
,09E»02
.77E*00
,9BE«00
,ailt«OS
,60E»OJ
,77E«00
.«6f01
!2bE-Ob
,b1E*03
,b?E»01
HUCL10E RADIOACTIVITY, CURItS
ONE HET»IC TON or i«"» FUEL
Z.5KrS_ b.«Y"
1.77E-10 fl.2UE.10
1,701*00 |,72E*00
«,OIE«OI 2,921*01
1.77E-IO «.2«E-10
b,ORE«02
l.S7E«00
1,«7E*00
2,l«E-Ob
I.78E-IO
1,12E*02
a,011*01
I.SbE*00
2.78E-OJ
9|2«E*Ob
l,18t»01
I,I*E*01
1 ,I7E»00
2!l4E-06
lJ70t*00
I,161*00
I.66E-01
2.iuf-06
9.17E-06
0.I8(»02
8.1BE»02
10.»TH
7.0«E-10
25,«Y«
2.011*01
7.0UE-IO
2,66E*02
6.05F»0|
e.mt-oi 2.17E-OI
i.92E*00 1.8lt*00
7.051-10 I.7UE-09
B.76E-OI 2.171-01
2.0JE«01 5,21E*00
9.2U-02 I.OIE-02
9,101-06 fi.fciil.06
bJ2SE*02 2!BOE*02
bO.^YD
.02E-09 (
.70E*00 1
, 1 9E-OI '
.02F-09
.I1EOI
,67(*00
.26F-02
,!>»F«00
,l«f -06
.Olt-09
.26E-A2
, 191-01
,26f -A2
.89L-05
,|u|-06
.751*06
,90t*ni
,9nE*OI
lOO.^T"
>.u5E-09
,b8E*00
i.flhf-OJ
.USE-09
,29E*OI
.77E-02
.ulE-OV
.121*00
, i if -Ob
.Ubt -09
, ult-Oll
,66t >0)
.40E-OU
.b
l.lOt-OB
0,
2.05E-06
0.
u.721-30
2.051-06
1,501-06
2^91*01
b,79t-02
i|t«E-oe
l.dOL-Ob
i.lol-na
0,
lt,S7t-OB
1,"Ot-06
i.m-oa
o,
l.uOt-Ob
0.
0,
I,u0t-06
2,b2L-|U
b.79L*00
b, 791*00
l.llb-08
1.57E-08
1.I1E-08
1.57E-09
0.
0.
1.I1E-OH
1.57E-OB
0.
j.iiE-oe
o.
0.
1.I1E-OB
0,
u.bbE*00
«.bbE*00
09
in
-------
TABLE VA
M4STC . l MTiTuRt or «C» B*R fun *NO 601 P*B ruEl • MUST PLUTONIUM R£C»CLE
po»en» 2.07N*, BURNUP. 2809, N^O, ruu*» t.aoe»i2N/CN.*2-s£c
NUCLIOE RtOlOACTlVtYV,
BASH • ONE KIlOGRtN 0' ACTINIDES IN MtSTE
. __ .CH«R.Gl_«P"»TI(W.OE*OOY'»
THOT
ti«a
TU209
PB209
PB210
PB2II
PB2I2
P82KI
BI2IO
81211
BI2I2
81213
BI2I4
P02tO
P02II
P02I2
P02II
P02I4
P021b
P02I6
P02I6
• 7217
00 RN2I9
L, ""220
O\ RN«2
fR22l
PR221
0*221
D122U
R122S
R4226
»C225
4C227
TH227
TH22B
TM229
TH2SO
TM21I
TM219
P»2U
P»21i
PA2S4X
PA21«
U2I2
U211
u2ia
U235
U2I6
U217
U21B
NP217 0
NP2I9 0
1.65E.07
l.su-oa
I.50E-IO
82E-OI
9UE-01
ObE.Ol
02E.02
.BOE-09
,w«io
.66E.07
,201-00
,12E«09
.U7E-IO
.66E-07
,20E-0«
.801-09
.J21-09
,03ftO
.97E-IO
,69E-00
,6SE-09
,12C>09
,6tt>07
,20E»Oa
,121»09
,601-09
,6t>E«07
,20E«oa
.I2E-09
,60E-09
,UOE«09
,666-07
,20fOa
.7UE.09
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,ajfc.09
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.06E-05 |.95(.05
.B5E-09 7.28E-09
.IIE-OB 1.65E-08
,90t-07 9.85E.07
,1«E-OS 3.05E.05
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, OOE-09 7I««E-09
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,3«E«05 1.05E-05
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,001-09 7.uaf.09
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,90t-07 9,851-07
, 3«F-05 1.051- OS
.OOE-09 7,««t-09
.IU-OB |.b5E>06
.OOE-09 7,ll«t-09
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,9SC-07 2.95C-07 2.9S(.07
,621-05 1.96J.05 2,07f-05
.JSl-07 9.00E-07 I.u3f06
,261-03 I,b5f-01 1.88E.01
,u«E-05 l,uAE-05 l.a8E>05
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,951.03 3.36C-01 2.78C.OS
,5E»OITR b.OE»01YR t.OE«OZVR 2.SE*02YR. &.oe«02YR_1.0E*01YR
, 80C.06
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.IOE-02 3, HE. 02 3.11E-02 :.|1E*02
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.18E-02
,72E*00 a, 721*00 a(72E»00 i,7IE*00 a,70E*00
,02t-0b ),|7E-06 1.27t*0b 1.17E-06
,a|(-0» B.OaE-07 2.77E-0* 5.95E-10
,57E«09 9.08E.09 5,2Bt-OB I.u9t-07
.111-08 a,llE-07 2.UOE-06 6.7BF.-06
.2RE-07 7.VIE-07 6.UU-06 1.89t-OS
.03E-06 1.IBE-06 1,2A(-06 I.1BL-06
,«7E-06 2.21E-06 7.69E-OB l.bSE-09
,97E-07 1,001-06 6.43E-06 l,8«t-05
,2BE-07 7.91E-07 6.J11-06 I.89E-OS
,01»*06 l,18t-06 3.28E-06 l.lttt-Ob
,a7E-06 2.23b-06 7,ti9E-OB 1.6SL-09
.131-08 0.11E-07 2.401-06 6.7BE-06
,971-07 l.OOE-06 6,«lt-06 l,8«t-05
.2KF-07 7,«l£.07 6,alE-06 1.89fOS
,OB(-09 9,^at-09 9,fluE-09 J,0lt-08
.ObE-06 l.ulf-06 «,9/£.OB 1.061-09
,97e-OB a,oa£-07 2,}5t-0b 6.ML-01
,97t-o7 i.oor-06 6,u(t-o6 i.e-Jt-os
,031-06 l.lBE'Ob i,2Bt-06 3,38fc-06
,a7E-06 2.2U-06 7,b9E-08 l.bSb-09
,97E-07 I.OOE-Ob 6,ult»06 I.69E-OS
,I3E-OB u,l3fc-07 2,u0t-0b 6.7Bk-Ob
,031-06 3, 181-06 1.28E-06 3.3PE-06
.1171.06 2,/SE-Ob 7,691-08 l.eSE-09
,971-07 I.OOE-06 6.UH-06 1.09E-OS
,llt-0« u, lit -07 2,aOE-06 6,7»E-06
.2UE-OB tt,u5E-OB a,59t-08 (I.73E-OB
,01E-06 1.18E-06 1.2RL-06 I.3HE-06
.U7E-06 2.2U-06 7, 691-08 |.6St*0«
.llt'OB u.lH-07 2,«OI-06 6,78t-06
.97E-07 l.OOE-Ob b,02 I.u0t-02 l,a3E>02
,«*E-05 l.aBt-05 1,501-05 I.S2E-OS
,0«E-Ott 2.20E.08 2,u7E-Oa 2(7»E-OU
.SOE'05 a.u7t-06 a, 311-06 a.|6E-06
.9SE-00 2.95E-00 2,«St-Oa 2.95E-OU
.21E-02 1.00E-02 1.66E-02 1,831.02
,6«E»00 a, 621*00 a,a7t«00 a,31E*00
-------
DO
TABLE VA (Continued)
MABTC • • MIITURC or «o* em futi -NO 6o« P»R FUEL • FIRST PLUTONIUM RECYCLE
PO-tR» 2.07NH, BURNUP* 2809."HO, »LU»" I.OOE«I2N/C"««2«S£C
NUCLI06 R.DKUCTIVlTr. CURIES
!*•*• W • W •» W-^tfc -••••**•»"••" »•»» *•>,
CHARGE SEPARATION). OE*OOVR 2.9E«OOVR 6,OE*OOVR 1.0E«Ol»H
PU2J6
PU216
PU239
PU2MO
PU2a|
PU2U2
PU2«3
AM2UI
AM2U2H
M242
AN2V3
AM2a5
CN242
C"2il
CH24II
C*>21{
C«12«6
C«2«7
CM216
BN209
CF249
CF250
CF25I
CP252
27E.02
08E«02
68E»01
281*01
8«E«01
506-01
78E«Ol
SUB TOT |,01E*00
TOTAL l,OIE«Oa
,28E-0«
,52E«00
,«7E-OI
.I7E-OI
,78E«02
,7«E*03
,016-09
,92E»01
.106*00
,10E«00
,726*00
.7B6-08
.266*03
,08E»00
,57E»02
.BIE-01
.T6E-02
,016-07
,716-07
.856-01
.50E-06
,526-05
.1U6-07
,956-05
,266*01
,266*01
,586-00 1.79E-00 7,6«6-05 2.89E-05
,536*01 3,006*01 2.99E-OI
.87E-01 l.«7E-01 I.a6f-0t
,916-01 9.0IE-OI 1,116*00
,696*02 1.586*02 I.1«E«02
.701-01 1.7V6-01 1,756*01
,016-07 2,016-07 2.0JE-07
,9ttE*OI i,97E»01 «,01E*0|
,28E*00 U. 256*00 u, (86*00
,2&E*00 «, 256*00 «,I8E*00
,726*00 u.72E»00 «,72t»00
,586-08 7,706-09 a,59(.|0
,I2E*01 1.126*02 1.9IE*00
,066*00 1, 016*40 9,52(*01
,286*02 6,676*02 6,016.02
.816-01 1. 616-01 1.816-01
.76E-02 1,76E-02 1,766*01
,016-07 2.0IE-07 2,016-07
.716-07 6.7IE-07 6,716-07
,721-03 S.I!E*OU 1,066-05
.lbE-05 l.ailE-05 1.55E-05
,286-OS 1.96E-05 1.296-OS
,90E»01
,«8t-01
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, 756-01
,016-07
,06E»OI
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,IIE*00
,726*00
.626-11
,186*00
.73E-01
,16E«02
, 616-01
.76E-02
,0|£-07
.7IE-07
,22E-06
,5«f -05
,666-05
,1«6-07 a.iOf.07 «,126-07 11,116-07
,5«6«05 1.09E-05 |,2«6*OS a,3UE*06
,106*01 1,05E»01 8,JOE«02 7,2IE*02
,106*01 1,05E*01 6,106*02 7,21E«02
kla'vlvfcv *" •••vifc
.5E*0|VR 6.0E*0|VR |,OE*02VR 2,5E»02YR 6,06«02Y(I |,Ot*01V
.526*07 1,526-10 9,OaE-15 1,116*10 0, " 0.
,626*01 2,066*01 1,586*01 5,95E*00 7.61E-01 9.B9E-02
,516-01 3,556-01 1.60E-OI 1,796*01 «,20E-OI 1,
-------
TABLE VB
L*R NAITE • » HIITURC OP «0« BuR FUEL AND 60J MR FUEL • FIRST HuTONlU" RECYCLE
PO»ER» 2.07NN, BURNUP* 2B09,NaD. FUJI" 1,«OE»l2N/C"««2-StC
NUCLIOE RADIOACTIVITY. CU»IES
BASIS • ONE KILOGRAM of ACTINIOES IN MASU
C.M4RGI
TL207
TL208
TL209
PB209
PB2IO
PB2IJ
PB2I2
PB218
BI2IO
BI2II
BI2I2
BI21J
BI2JS
P0210
POill
P021I
POill
P02IO
P021S
P0216
P02I8
AT217
RN2I9
•N220
RU422
FR22I
FR221
R*22I
RA228
RA22S
RA226
RA228
AC22S
AC227
1C226
TM227
TH22B
TH229
TN210
TH21I
TH212
TM21B
PA21I
PA211
p*2J4K
PA218
U211
U214
u?ss
U216
U217
U2i£
82E.OI
94E.01
06E-OJ
02E-02
.OE+OOKYR 2lSE«OOKYR6,OE*OONVRt,OE*0|i(vR2l5E«0|K'R6,OE*0|KvR|lOE*02KTRSlOE«02icrfltlOE*omYR|lOE«OaKYR|.OE*05KYR
.17E-06 1.75E-06
.9SE-IO 1.18E-I1
,491-07
.78E-06
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,B7F-Oa 2, Sat. 01
.06E-08 2.88E-0)
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,b6t>01 4,071*0)
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,22E-OS 1.77F-05
,9H(..0<1 9,|7|-0>l
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,|4£*02 |,60F-0} l.SU'16
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,07E-02 1, 571-01 l,7«£.lb
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I.56E-01 2.9SE.04 2.91E-04
,811-02 l,m.02 1,601-01 J,81E-|6
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4,701-OH 4,171-07 l.5»k-06
i.56C-n} 2.951-00 2.<>n.oa
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1,141-02 |,60E-01 ),81E-|6
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.951-04 2.95E-04 2.45E-04 2.4U-08
.9SE-07 2,951-07 2.95t-07 2.9IE-07
.761-02 1.I4E-02 I.60F-01 S.B2E-16
,14E-01
1. 151-01 4.9SL-04 2.9IE.OB
. 761-05 7.7SI-OS 7.64E.05 T^OaE-05
.69E-04 9,50E-04 7.12E-04 S.1MI.05
.011.09 5.19E.I7 0. 0. o'.
,95E-Oa 2,9*t-04 2,95E-04 2,95E*04 2,9|t-08
-------
TABLE VB (Continued)
INK won • A MIXTURE or ao« 9** FUEL AND toi PMD run • FIRST PLJTONIU* RECYCLE
POKED* 2.07NN. BuRNUP" 2809,«dD, FLUX" l.40E«12N/CM**2-9tC
NUCL10E RADIOACTIVITY, CURIES
BASIS • ONE KIIOCBAN OF ACTINIDFS IN HASTE
CHARGE 1.0E+OOKYR 2l5E*OOKvR6lOE*OOKYR1.0t*OIKYR2.5E*01KV**,Of «01KVR1.0E*02KTR).OC*02KYR|.OE*0 JUT*! .OE*0OI «,1PE-01
. 2,0lf>07
, 6.68t>l2
,TBE»OI 9,JIE«00
, u.3Jt«00
. 1, 661-01
, 3.2SE-02
. 2.0U-OT
. B.fcOf-OT
,92E»01 2,JJt»0»
.011*0(1 2,|6(*0|
.661.11 l,«Bt.||
,001.02 a, 031-02
.771*00 2.7UE«00
.66E-11 J.9Bt-ll
,101-01 8,60(.0|
,13E*00 |.u«E*00
,«7fOI |.0«t.01
,17(*03 a. 281-03
,011-07 2.011.07
.671-11 3,091-11
,621-01 1,I8(-01
,77E»00 2.7«l*00
,«7E-OI 1,041*01
.60E.02 I, 561-02
.01E-07 2.0IE-07
,671.07 8,611-07
,17E*OI B,24(«00
.|7E*0| 8.2«t*00
,6IE*II 1.61t>IO 1.7AE-IO 6.06F>IO
,0«E-02 u,0at-02 «.0|E-A2 J,«SE»02
,«IE*00 a.9IE-0| 2.0l>t-02 S.SOE-Ofl
,6IE*1I l,6lt»10 ].7»|-|0 6,061-10
,01E*00 1,01E»00 u.dbf-Ol l.Ubt-01
,fl*t-OJ 2.121-01 S.Bbt-03 *. 101-01
.BIE-02 2.2U'02 l.lf't-OJ 4.IU-OS
.3U-03 U.3IE-0) u.OSE-03 3.77C03
.OIE-07 2.011-07 2.01E-07 2.001*07
.62E-1I I.6SE-IO S.7AE-IO b.06E*IO
.2IL-P2 2.2SE-02 l,l8f-OI «, 131*05
,9ll«00 U.9U-OI 2.06t>02 &.SOE-OV
.821-02 2.22E-02 1.1CE-OJ «.I3E-OS
,6U(-03 9,SlfOU %.S2E-C6 l.bDE-08
.01E-07 2.011-07 2,011-07 2.001*07
,$Uf.07 8.2«»-07 7,7uE*07 7.|S(.07
,18E«00 2,09 2.90E-09
,7lf-02 2,951*02
.99E.07 l,93f-07
,blt-09 2.40E-04
,001*00 1,931-07
,blf-09 2.90E-0«
.161-12 0.
,t|t-03 7,26E-0E*07 2.9UE-04
.I4E-04 l.uei-09
o.
.121-07 2.98L-09
0.
,70f-|9 a,a3E-31 0, 0.
,99(*07 l.OJt-07 |.)<>E*07 2.9UI.Q9
.83E*07 l,22E*07 2.0SE-IS 0.
.17E-OI 3.62E-01 ?,11E*02 a,92E-03
.17E-01 3.62E-OI 2.31E-02 M.«2E-03
CO
I
vo
-------
fa
TABLE VIA
4o« ••• rue. »»o aot
»utk • MMT *kuTo*iu«
.Tk20«
M2IO
M2I2
•8214
HI2I4
•0210
•0214
•0*1 a
M220
••222
••224
••226
TN22«
TN21I
if 212
1/211
U214
0219
o2U
0217
•02 »4
•U2«2
TOTAL
Mickiot
•••16 • 0*1
ci-«iet
UlTUk
I:
I
••
ii
I;
Ii
0.
0,
0.
|:
2|>7C*02
1,741*01
2,911*01
a,ou*A|
t.tfl 2..*(4
k.42t-C4
4,441*07 2,7Ct««a
- 7.IU-I7
9(741*04 9.27C-I4
4,07t*04 a,49t-lfl
t.02t*b2 2,4*1-. |
2,041-07 7.IU-7
1.79t-o» 4.lat-i9
2,l«t*OI
1.121*«4
2.92C-OI
J
0.421*01
l.l2t«-2
2,4lt«i I
aO.vt I04.*«
2.441*04 I.071-0*
a.41f*C> 2.70J.07
6,»4t-04 4,a«t-04
1.271.07 4,471.07
4,411-ul 2.701-07
a.«?»*i>4 4,a«l*04
9.«7C*07
2,7(t*47
290.*•
1.941*09
4,Mt-oa
t.09C*04
a,6U*oa
4,not*oa
I.04I-A4
a.all-Oa
l.?7f*07
a.f2t*94
2.47r*G4 T.tlt-04
l.0«»04
9.47{*97
4,a<.t-04
4,«/t-07
I.27C-07
.021*04
!7oe*oa
6.6lt-06
l.U4t*04
6,611-06
.I0t-02
,7ot-oa
,041-04
!saflos
l,at(*09
2,oi| 1,111*01
2,9A|»01
5,961*01
I,1M1*A2
S,llt*OI
.07C*U4
.111-04
,4«t-oa
.141-26
B7l«Ol
aoo.vft 1000. vit
,a7C*09
,77C*Oa
.•71.0S
.•71-04
.771 -Oft
.0/1.44
!«it.oa
!77t*0e
,67t*09
./7L-A6
1771-06
.•71-OS
.771-06
,SM • 04
.67»-0a
!141-01
6.CU-OA
l.7ft*04
I.74C-06
I\741*04
l,7St-04
II74t>04
B.01t*0>
l,74t>04
O.OSL-dO
t.79t*e4
6,011*06
a.ou.ao
2.601*09
,241*02
,H6l«OI
.a7t«OI
,19».04
,llt*OI
,02(*U2
7.MI-06
2.l«l*04
l.lat-oi
2,101-09
l.6»t-0l
I,/»*•*!
O.l7t*02
",
1.47C-01
I,0«t*o2 l.»4C«i2 ll,«*l«02 «,uH*02 ,9«M02 ,02(*u
'.4*t*01 4.161*01 l.a7|»OS •.471*02 4.9al*02 2.921*02
9,90|«01 9,10t»01 |,»7f«01 6,47»*Aje «.961*02 2.9«t*02
6,4
-------
TABLE VIB
PU MSTC • * MIXTURE OK «oi B*R FUEL »*o tot MR FUU • FIRST 'LUTP«t-OS
2.77E-OI
b.HbE-OS
2,U7flO
I.20E-UT
I.b2t-0o
l.OU-OI
I,20f07
l.lbt-01 1.3bt-OI
U,B|F.04
6,171-02
b,uit «OI
3.I3L-OI
fl.33t«0| 7
1,90| «C£
3.8SI-U3
ilott-oi
2,7IE»01
«.hht»01
b.HYR
ill3E-OS
9,B9E-Ob
1.27E-J9
4I.32E-03
«,32t»03
l!27E-09
b.l2E-0-i
«*! JJE-03
1.27E-09
5|l2F.-Ott
l!i«t-07
1J27F-09
5,l2t-0»
9,B9E-Ob
9*,7St«Ob
1.27F-0'!
5.12t-0a
2,67£-07
9,H9fOb
l.Olt-OI
2|l«E-OJ
|)s7t-0'l
7.83E-03
2,07t-07
1.031-01
NIJCUOE RADIOACTIVITY.
8*318 • ONE NlLOCRA* Of PLUTONlU"
,b7t-0b
.OIE-OS
.3BE-03
,b7E-OS
,HF-09
,57t-03
,S7t-J3
.b7t-01
.72E-OB
. 3Sf-03
,b7E-0<
.57E-05
,l«E-u9
iiHt-03
.S7E-U5
, I if -09
,b7E-01
,381-03
.bOE-07
!l«f-09
, J«F-03
2,)<03
2,3.'
b!obt-1 •
«,32t«
l!oiE-41
3.2IF-J2
risst-ua
7,0lf-oi
«!»CO I
»,7ittOi< 3.<>7ttOO
SOO.KTR
9.92E.OU.
l.bbt-OS
7.IIE-02
7,231-02
2i'i2E-07
7.23E-02
7.23I-02
9.9SE-OU
7lllE-02
7.23^-02
7.21E-02
b.>»5t-02
7.2Jt-02
2|«2f «07
7.23t-02
7.llt>0i>
9.95L-OM
7,llt-u?
1.3«E-Ob
7.111-0?
7.23F-02
2.u2t-07
7.IIE-U2
9, Wjf -01
2.12E-07
2|l2t-07
7.IK-0?
7.2IE-02
l.OPt-03
2.12E-07
1.1IE-05
9|»7e-l)2
7!oat-02
5.H91-02
l.bVC-02
I.111-35
9.17E-94
S.8IE-03
IPOO.NTR 10000.
.9,97E»0(I . 9.B8E.OU
I.75E-C3 8.92E-OS
7,9Sfc-02 U.OSE-Ol
I,2«>E-02 i'.«3C-OS
1.00E-C3 9.91L-OU
H,|Pl-07 7,2b(-0(>
\'.lft'»l 2.e3E-Ob
I,3(>E-03 9,<*U-ju
8,lPt-07 7.2->F-00
7,<»SE-n2 i.OSt-33
3.0>1E-Ob
l.CUL-43
B, lf-1 -07
!.<>2t -02
7,<*S! -u2
l.i-t-03
«, |i«t.07
7,«5t-U2
l.uot-05
I ,rO»-03
B.let-07
7,i5t-02
1.^21-02
e.m-nj
b. lof-07
1.22t-02
b. |f.E-07
2.2IE-US
l.nnE-nj
7.17E-02
7|MU-02
I ,b«t-02
2.2IE-US
7,i7t-02
I.3SF-II
2.b3t-JS
2.97L.no
3,«t>L-03
2,»3t-OS
9.9U-04)
7,2M -Jb
9.91t-041
7t2"l-0«
2.Mi- ob
l! J9t-!)b
7|2nt-lb
7,/bL-Ob
O.OSL-J3
7.2»e-U6
9.7Pt-flu
7.2'>E-Ob
it,'lbL-03
9)91F-0«
9,9 U . 0 t-C5
9.0PI-OU
2.72E-OS
2.7/t-Ob
«.t8t-lb
«,(>nt-0u
2. /2L-OS
ft.9St.-oa
2, 72E-OS
2!b«*t-0b
2.b9t-OS
9,06t-OH
2|b9t-05
9,b5E-l«>
9,0X1-04
9.38t-d«
e!-?2L-16
0.
2.45t-lb
0.
. 1SE-02
-------
TABLE VIIA
IPINT run - * mi or oot SUB FUEL »so 60t PUD FUEL • 210 PLUTONIUK RECYCLE
POUCH* 22,02««, BURNUP* 299«o,M«D, »LJ«» I,J8E»13N/CM«»2.JEC
NUCLIOE RADIOACTIVITY, CC'IES
94313 • ONE METRIC TON OF (.m* FUEL
CHARGE — DISCHARGE . 1,T» 2.5f« 6,rR 10. TR 25. YR 60. YR 100. YR «O.Y"» bOO.YR 1000. Y«
TL207 0
TU208 0
TL209 0
PB209 Q
PB2IO 0
PB211 0
PB212 0
PB2IU 0
BI210 0
81211 0
B1212 0
81213 0
BI2IU 0
P02IO 0
P02II 0
P02I2 0
P0213 0
P021U 0
P02I5 0
P0216 0
P02I8 0
AT2I7 0
CD RN219 0
,!, RN220 0
r^j
r\> RN222 0
FR22I 0
FR223 0
HA221 0
R'22u 0
RA225 0
R*22b 0
RA228 0
AC225 0
AC227 0
AC228 0
TH227 0
TH228 0
TH229 0
TN230 0
TH23I 0
TH232 0
TH23. 0
PA23I 0
PA231 0
PA2IUH 0
PA21 U,|5E-Ob
.17E-03 6.8SE-03 i.OSt-02
.2IE-08 U.78E-08 7.4uf.o0
,521.09 2.75E-09 S.l>SF-P9
,7lt-06 2.708 B.HlF.Ofl
,21t> 08 U,78t«0fl 7.V«f.OM
,I2L*09 tt.21L.09 1.441. OB
.79E-OS .3«t>01 6.7/F-03
,58E*C8 ,2iE.Ofl B,JUE>OB
.2IE-OA .78E-08 7.9UE-08
.71E-06 .7UE.06 U.lSE'06
,J7fc-03 .8SL.03 I.05L-02
,2IE*OB «, 781-08 7,9ot-OB
,73E-08 7,19E*OB 8.SJE-08
,711.06 2.7UE-06 U.ISE'06
.J7E-01
.2IE-08
.71E-08
.USE* OH
.7IE-06
,37t-03
,68F*08
,2IC*08
,b9e*|2
.71E.08
.77E-06
.69E-12
.67E-06
.3SE-03
.65E-08
. ME-05
,571.02
,SBE.| 1
,l«t-OI
.2IE-05
.18E-01
.ME* 01
, l«E-Ou
1.10E-02
7.72E-OS
83E«00 I.13E»00
OOE.02 l,57f-02
iBbt'Ol l,OSt>02
.78E-06 7.9Ut-06
.S9E.08 8.5U-1B
,82(*08 S,80t-n«
,7UE*06 U.ISE-06
.85E-01 1.05»-02
.19E.08 8.S3E-OH
,7ftt«08 7,9nF*08
.IIE'07 I.161- 07 2.9IE-07 7.57E-07
,9«f08 5.26E-OB tt,aOf.fl7 u.ME-OD
.27E-06 l.OftE-OS 2.11E-05 I.8BE-05
.64E-02 2.02E-02 2.0IF-02 l.uuf-02
.92E-07 1,921-07 1.B9F-06 1.09L-OS
.9UE-08 S,2b(-08 U.6U-07 u.biE-OS
.27F-06 1.061-05 2.IH-OS 3.X4F-OS
.681-02 2.021*02 2. OIF> 02 l.uu(.02
.11E-07 |,U6t>07 2.9K.07 7.S7E-37
.92E.07 1.92f.fl7 l.Blt-Ob 1 .091-05
,66E*04 5,26E*08 0,631*07 u,blE-OS
,l8t«08 I.IHE'O* 6,3<4l-08 I.I7K-07
.07F-02 I.29E.02 1.29E.02 9,,-SE-Ol
,IOE-07 1.43E.07 2.85E-07 7.UIE-07
.92E-07 J.92F-07 I.8U-06 I.09E-JS
,27t-06 1.06E-05 2.05 l.BBt.OS
.68E-02 2.02E.02 2.0U>02 l.uut-Oi
,92t>07 J.92E-07 |,06 l.09t-05
.IJE-07 1,«6E*07 2.9IE-07 7.57F..07
.27E-06 l,06f.05 2,111-05 I.A8F-05
,68E*0? 2,02F*02 2,OI(*02 l,«<'(*02
.92E-07 1,92E>07 1.8)F'06 1,091.05
.I3E-07 I.06E-07 2.9IE-07 7.57F.-07
,02E>07 1.U8E.07 2,9tf.07 5,uut-07
,27F*06 I,06E*05 2,'.IE«05 1.8HE-05
.68E-02 2.0?E>02 2.0IL-02 l,uuF-02
.13E-07 l,B6t-07 2,9|E*07 7,S7f-07
,9?E*07 1,92E*07 |,F>^E*Of> l,09t*OS
.1SE-12 l.UE-11 2.901.11 5.52E-II 1.81F-IO S.ZhE-10
,)9E.nH H.Si(-0(t l,|Jt-07 1,«6E-07 2.91C-07 7.S7F-07
.7U-06 u,|4E.06 7,27t>06 1.06E-05 2,|lt-OS 1,88E«05
.35(-|2 I.I7E. 11 2.90E-11 5.S2E-II 1.81E-IO S.21F-IO
.70E-06 U.OOt-06 7.17E-06 |,OUt-05 2.0H-05 3.B3E-05
,BlE*03 I.OSl-02
.39E-08 B.SU'OM
,12E'OS 5,6«(-nS
,S7(*02 I.S7E-02
.57E-1I S,OS(-1I
, l«t .01 3,1 UF-I) 1
.2SF-OS J.10E-05
,I8F-OI 3.10F-01
,1«E-OI 3.1UF-01
,luF*Oa l.UF.Oa
.18E-02 I.6H(-02
.67E-05 B.OIt'O*
,ISE»00 I.IHE.OO
.S7E-02 I.S7E-02
07E-02 2, OIL* 01 2,011*01 2.0U-01
,681-02 2.02E-02 2.0IF-02 |,aut-02
.I1E-07 I.U6E-07 2,41E*07 7,S7(-07
,32E*OS I,38E-0» 1.29E>0« 9.0JF-OU
.57E.02 1.57E-02 I,5>E-D2 1,571-02
.52E.ll |,2St.|0 2,7«E«IO 6,22t-IO
,1«E-OI 3,l«t-OI 3,|ut-01 3,l«l-OI
,«IE«05 1.551.05 a.OSE-OS S.iJlt-05
.2IE-OI 1.25E-01 I,«>E*OI u.d't-OI
,a|E«OS I.05E-OU 2,3i>».0a l,bSt-Ou
,S«E-01 8.1SE-OU 2.K6L-OS 6.1M-07
.UIE-OB 1.77F-07 l,^St-06 U.2U-06
.SSE-Ob B.Olt-Ob S.61F.-05 1.42L-OU
.hit-OS 2.01E-OU |,KuL-0} S.3i(-03
."3E-OS 1.05F.-OU 2.32E-00
.BSl-Oi f. 121-01 7.99F.OS
.11E-OS 2.6H-OJ l.CJf-03
.B3E-OS 2.01F-J4 l,CJi-Ol
.uJF-OS |,OSt-Od i,}fL-nu
,811-01 2.J«>E-OJ 7,99t-OS
*>5t-06 8 fllE-}*> Si^iF-OS
,31t-OS 2.631-OU l.HJt-Jl
fllF.05 P (iii-iiu i H^F.ni
,dic«* c.uir™*!** i,^**r™ui
,»3E-07 i.lSt.07 b.17t-07
.29(.OS l.uOt-Oi S, IK-OS
,<>?E-Ob 7,A6t-06 5,5u(-nS
.HE-OS 2.6X-OU l.i-jt-03
,«3E-AS l,05L-Ou 2,l2E-Ou
,03F.-01 2,i^L-Ui 7,<*wt.oS
.HE-OS 2,bt(-04 |.huP-oS
,SSE-Ob B.OlE-Ob S^ht-OS
,uiE-05 I.OSE-OU f.^/l-Oa
.Ill-OS 2,b3(>02E-Oa
.2SF-10 2.5UE-09 b,2lt-09
.3SF.-OS |,0t-OU
.A^E-01 2.32t-03 7,-»9t-OS
.SSE-06 B.Olt-Ofc S. bit-OS
,71f.nl S,78F-01 I.71E-02
.S7E-02 1,S"E-02 ,5"E-02
,02E*09 2,S«E.09 .2IE.09
,lut-01 l,|Ut-01 .luF.oi
.55F-OS 1,151-Ott , \ft -Ou
.t*00
.Mt-oi s.mc.oi i.iK-oi I.IUE-OI i.iue-oi I.IIK-OI ,i on l.iaF.Oa i.iut-ou I,|UF-OU ,i«t-o«
.0«E>02 2.1SC-02 l,9'E-02 I.02 9.S7F-01 2.2OE-01 .7BF-OS
.56E.05 9,|?E*09 |,HE*Oa l,7lf*0>i 2,S1E*OU 7.0IE-OU ,u|t-01
,2S(»00 |,11E»00 l,aE»00 2,15E*00 2,b|E*00 3,udE*00 ,flce*uO
.S7E-02 I.57E-02 1,S'E-02 1.S71-02 1.S7E-02 I.SHE-02 ,5«t-0?
,hhi -flu
,71i>0b
. SrF-03
.int-01
,t*\ -nu
.7|l-0h
.llt-01
II.L Hn I
. J"t • u t
. i OL — 01
. 1 IE — 06
HH- .Q(|
! j"t-oi
,0hl-0«
.711-00
.3^F-03
.bdt -OU
7 i L • Oh
. ' I r ™ u o
, Jet -01
,92E-Oa
, 131-06
, fthf -04
, Mt-06
, Jht-01
,0(0a B.uSt-OS B,|7E-OS
-------
TABLE VI I A (ConrTTTued)
DO
U218
NP2J7
NP239
PU2J6
PU23B
PU239
Pu2ttO
Pu2ttl
PU2U2
PU2U3
AH2U2H
4«2«2
Ci2u2
CN203
C12UU
C*2tt*
C"2«J7
BM2U9
CF2a9
CF2SO
CF252
SlIdTOT
TOTAL
SPENT FUEL, » "IK OP aoi BMR FUEL »NO 60s P« FUEL • JNO PLUTONIUM RECTCIC
POnERi gl.Q2*n, BURNUPl Z99(HliM-D, FLUX* I , 3BE»l JN/CN..2-3EC
CHARGE
J.m-01
e,
0.
2.3JE-OJ
«,92E»03
i,b|E»02
7,Slt«02
DISCHARGE
.J8E-OI
,11E»01
Il7E*01
,051*0?
I,BbE*00
0.
J,09E«02
0.
0,
0,
0.
0,
0,
0,
0.
o,
o.
o,
o.
o.
0.
o,
o,
l.79E*OS
t,79£«05
,3bE»05
,21E*00
,7bE-Ob
!%5E»OI
,5St»Ol
,HE*01
,ObE«Ob
|«8MOI
3,I«E-OI
e,l3E»OI
2,666*01
7,«2E«01
«,OSE*02
9,271*02
2,26E«OS
b,2IE*00
3,7bE-Ob
9,37E*02
7,S2E«OI
f C 3 f » A I
,5SE»00
,971-01
.76E.06
!o«E-02
)99£.0a
7,71E-Ob
I.OOt-01
8,13t*01
«.72(>07
J.b7f»0«
l,55(*00
b,97E«Ol
J,7bE-06
I,bit.OS
J,1«»E-02
2.I2E-OU
7i;iE-Ob
7,70E«0«
2,b»>E»n5
2,b6E«Ob
NUCLIDF RAOIOACTIVITT, CURIES
BASIS • ONE METRIC TON CF L*" FUEL
2.5TR
l||9fOI
B.|3t «0|
l,BbE>OI
T,UtE«03
9.29E*02
2,IOE»05
b,2IL»00
1,7(11*06
I.Uht»01
7,u7f »01
7,.OU
Isbf-Ob
. Ult.Ob
,2TE«0«
,27t«n«
60,TR
l.lut.Ol
B.09F*01
u|7bE»03
U.05f »02
9,Su£»fl2
l,u2F*Ou
b.2IE»UO
7|h?E»03
,7|E«01
,05(*10
.uOE*n3
,9|f.0|
,7bf>ud
!«».£.21
, S 7 ( • 0 u
, 13E.4S
,3fiE'0(i
,SO£*10
,«7E»0«
2.97E*oa
»00.»R
3,lut-OI
8.6bf»OI
9.U2E-12
4,0af »0i>
9,S1(*02
3,7hE-Cb
u, rH-3;
u.'oOL-Ob
u^Jf-IS
250.YR
3.1UE.OI
B,S7E>01
7,
.bit-OS
,u?t-09
. Jbf-Oh
,b7f.J?
8,b9F.»03
600.VR 1000,TB
i.luf.Ol 3llut-01
I,)BE«00 1,70F»CO
r.7nL*01 7,u3L*OI
0, 0,
3.9bt *02
h,70t.02
3,1ft-Ob
7|9H-01
7|a)t*0|
0.
u,qne.no
o!
3,3"e-.'5 S.t-l-09
l.u/r-Ob k1J»-l-l3
b,02l-CI
1,hit-OS l.nrt'OS
0. 0,
1 ,P3f -12 l.Olt-12
a! o|
S,001.03 3.2SE«03
b,0flf»0l 3,?St»03
-------
TABLE VI IB
I.NR SPENT FUEL* * "IX Of «, BUP.NUP" J99,37E«05
1, ME-01
lO.KYfl
1,391-01 (
I.37E-08
>,20t-0« i
!,82E-02
'.«6E-OI
,«OE*01
.U9E-07
.abE'OI
.ObE-OI
.uOE-03
,«9E-07
.82E-02
.U6F.-OI
.«6E-01
.02E-OS
iSUl-OB
.75E-02
,«6E-01
.UOE-03
.U9E-07
.U6E-OI
,62E-02
.HOE-OS
,«9£-07
'.uiE-Ol
!.62E-02
1,761-05
,«OE-03
,«9£.07
.82E-02
,«b£-0|
,U9£.Q7
.02E-02
,«0£.03
,«9£-07
.35E.03
,tt9t.07
.82E-02
.IbE-OI
.92E-02
,«9£-07
,Mt-01
,«0t-03
,07£«00
1 01
,7|£.01
.62E-07
,27£.OI
, 3|( -03
,b2E-07
, 19E-01
,62£-07
.27E-OI
,31f -01
,SOE-02
,b2E-07
.ME-01
.31E-03
,06£*00
, ME'Ol
,ME-0«
,06fOl
,6SE«00
.JOE-02
.53E.OI
I.09E-05
t, ME-01
bO.KYR 100. KYR
.76E-02 2.UOF-02
',bbE*07 7.90E-OT
>,&ttE-03 I.U2E-02
.B4E-OI 6.U7E-OI
.U6E»00 1,9TE*00
,7bE-02 2.011-02
,27t«06 2.20E-06
,a«,E»00 1.97t*00
.UOF..OO 1.971*00
,7«£-02 2.UU-02
.27E-06 2.20t'0b
.94C.OI b.uTE-Ol
,U6( «00 I ,97F*00
,«6t*00 |.97(»00
.29E-OS 7.231-05
.IOE-07 l.HlE'Ob
.80E-01 6.JJF-01
,UbE«00 1,97F.*00
,76£.Q2 2.UIF-02
,27E-Ob 2,20E-Ob
,«6E*00 l,97t*00
,8KF-OI b,u7(-OI
,761-02 2,u|f02
,27f-06 2,2n».0b
,«6F«00 1.971.00
.8SE-01 b,«7t-01
,a7E-OU 3,3Bt-Oa
,7bE-02 2.UH-02
.27E-06 2.201-Os
,88F-01 6.H7E-01
,U6E«00 l,97£*00
,27E-00 2.20F-06
.8BE-OI b.uTt-Ol
.76E-02 ?,«IE-02
,27E-Ob 2,2CE-Ob
,7aE-02 2.38E.02
,27£-Ob 2.20E-06
,8«E-01 b,«7(.0l
,«5E«00 I,95E»00
.77F-02 2.96F-02
,27t.0b 2,201-06
,I«E-OI i,Mf-OI
,7«E-02 2,«IE-02
,0«E«00 2,02E*00
ME-01 ),Mt-01
. |aE-OU l.ME-Oa
63E-OI 7,09£-01
3«E»00 1,02E*00
771-02 2,961-02
711-01 U.73E-OI
611-07 2.03L-08
Mf-OI 3, ME-01
300. "TR
.02E-02
,U6E-0«
.15E-02
,«3F*00
,18F»00
.031-02
,43E-Ob
,I<«E*00
,|8E*00
,03E>02
, dJE- On
,U3E»00
,111*00
,18£*00
.IOE-05
,37E-Ob
,UOE«OO
,l«t«00
.OJF-02
.8JE-06
, 1(«F-«00
,utE*00
,0it-02
,au-o6
, 1 8E *00
,UH*00
,2St -OU
,OU-02
,63e-06
,ul£«00
,|8(*00
, *3F -fliS
,J3t«00
.01E-02
,P3t -Ob i
.99E-02
,63t-0<) ,
,u!t»00
,|8t»00 1
,OU£-02
,8»E-Ob i
,ME-0|
.OU-02
,89t«00
,Mf-OJ
,ME-C«
,U2E«00
,F>6F*00 '
,0ut-02
,70t-01
.06E-15
.ME-01
1000. *»P 10POO, HV81000CO,<»
.03E-U2 }.niE-02 2.75E-02
.22E-06 7.271.05 2.72E-OU
.53E-02 l,pfi£-03 U,30E>lb
,60E*00 8.17E-02 I.95F-M
.33F-01 J.Mf-01 3,09r-OI
.Out. 02 3. 2E>02 2,76E>02
,2VE'05 2,021-0" 7,56t-0<<
.JSf.OI 3.ME-OI i.09E-01
.33£>01 3,Mc-01 3.00E'OI
.0-K.02 3.02F-0? 2,76t-02
.28E-05 2,0i>t-0u 7,56E-u"
,60E*00 e,l7E-02 1.9SE-M
.33E-01 3.1-U-OI 3.09F.-01
.33^-01 I, ME« 01 3,nut-OI
.13F..05 9,nE'OS l.tCt-Oy u, But. 0«
,57L*00 7,'<9t>02 1,9|E-M
.33^-01 3,ML.ni 3.09E-3I
,?ut-)? 3,:?t-0? 2.76>.-02
,2ff«OS 2,'>2F-Ou 7.S&E-OU
,iif-01 3,UL-0\ 3,0«E-01
,60t«00 H,|7F.-02 l.^St-M
.Out-02 3,-2t-02 2,76t-J2
,2*1-05 2,f-0 2,7bt-32
.2»e«OS 2.02E.O-I 7.56F-OJ
,60f«00 8,l7t-02 I.OSE'M
,3it-OI 3.MI-OI 3.001.01
.2RE-05 2,n?f-3« 7,S(,r-OU
,»OE*00 8,171-02 1.9S1.1U
I.OUE-02 3.02F-02 2.76£-02
',2Pf«OS 2,n2t-ou 7.SM-04
i.JOt-C2 2.9/E-02 2.72t>0?
!. 2*1-05 2.32(-OU 7,56t-du
,60F*00 8,l7t-0i» l,9Sf-|U
>.33F-OI .ML-01 3.09£-ot
t,0ut-02 ,0?t-02 2.76E-02
!,2Pt-OS ,02E-Ou 7,5r>f-3u
I.MF-OI ,luf«Ot 3,09£.OI
J.Out-02 ,02t-02 2.76t-02
,5ie*00 , 17F.-02 1.80E-M
I.Mb'OI ,ME-rt| i.09£.01
I.MI-OU .IUF-OU 3.0Qt-Ou
,601*00 ,|7t-02 l,9Se-|U
>,30F-OI .M'.Ol 3,0"t-01
l,OUL-Oi> i...2t-32 2,7nt-02
J.bOt-OI 3,bSt-OI 2.CU-02
>, 0, 0.
>. ME-01 3.ME-01 3,0
-------
TABLE VIIB (Continued)
SPENT FUEL) * "IX Of 401 Bn* fUtt • NO 60» PN« FUCL . »NB P'.uTO*IU"
22,02"M, BURNUPi 299aa.MHo, rtUI* t . 3BE* 1 JN/CN*«2-SEC
NUCLIOE 8»OIO*CTIVITT, CU9I€S
BASIS • OSE METRIC TON or LMR
CHARGE t I.KYR 2.$«rR 6,K»« IO,*YR 2s,KVR t>o,xin IOO,KVR joo.xya IOOO,KVR jnooo,E *02
,70E*02
,27E*00
,21E«00
, 7<>E-Ob
,21E-|0
,BIE*01
,ilE*0 I
,26E*00
,02E-OI
,761.00
.60E-05
,2vE*01
.07E-10 7.J3E-IO
,0«E»00 2.07E*00
,88E»01 0,72E»OI
.07E-10 7.J5E-10
,B2E*02 1,SIE*02
.«bE*02 S,2IE*02
,88t»00 2,|SE*00
,191*00 6,I6E*00
,76E-Ob 3,7bl'06
.08E-10 7,161-10
,bbe*02 2,861*00
,«BE*Ol (l,72E*0|
,88£»00 2,|SE»00
.BJE-01 2.89E-01
,7b(>0b 5.76E-06
.60E-OS |,S9E-05
(im*Q% 4 91F*0?
.22E-09
,07E«00
,29E»OI
,22E-09
,16E*02
,«6E*02
,S«E*00
,IIE*00
,761-06
,22E-09
,blE«00
,29E*OI
,S3E*00
.60E-OI
.76E-06
,5at-05
1 C Jft ^ Al
§'*9tvuj *,T|C9VC *.^*fcvw»
,aSE«OJ 9,9|t»02 7.52E«02
.OOE-09
,ObE*00
,U«E«00
,OOE-09
,t«E*02
,UJE*01
.37E-OI
,9SE»00
.75E-06
,OIE.09
.17E-01
.Ul»£«00
, J6E-01
.76E-02
, 75E-06
.5JE-OS
jar t«l
. c ^ t • w c
.97E-09 1,121-08 2.79E-08 5.151-08 5.7«t-08 2.721-OA
,0ut*00 2.02E«00 1. (191*00 I.SU*00 *, \ll-Qt l.eOE-ia
,5«E-01 9,UbE-0) J.71E-06 3,hO(*Ob 2,uht-0b 5,u9E-0«
,97f-09 1, 121-08 2,79E-06 5.J5F-OB 5,m-OB 2,72t-01
,OSE*OI 2,5BE»OI B,82f-02 }.bOE-OA 2.U6E-04 S.uQE-08
,OS(*00 3,t«08 S,7"E-08 2,7^t-OB
.S2E-02 B.12F-OU U.23E-11 0. 0, 0,
.5SE.OO S.19E*00 J.ftOf.OO 1.00[*00 7,|lt-01 0.
,751-06 3,7t-0«
,98E-09 |,|2E-06 2,79E-OA b.ibt-OB 5.791-08 2,72E-08
,)2E-02 6.I2E-OU U.U7L-II 0. 0, 0.
,5«E-01 9.U6E-OI 5.7IE-06 l.nOE-Ob ?,uht-06 5,u9E-08
,32r-42 B.10E-OU U,22(-M 0. P, 0,
,02E-0« 2.ASE-07 9,Juf-|8 7,<;St-}0 0, 0,
.75E-06 J.7UE-06 l,7lt-0b 3,tiOE-Ob 2,u6i-0b 5,a9E«Ofl
,«SE-05 |,t2E-05 B,90E-flb 2.2»E-Ob u,5i(*|u 0,
.161*02 6,5ut«0l 0,5flE»01 i, 701*01 5,9St«00 «,h7t«00
oo
i
ro
en
-------
TABLE VIIIA
LMR HASTE • * NHTURE OF uos B«R FUEL »NO 60t P*R FUEL • 2*0 PLUTONIUM RECYCLE
P~0"ER* 2.0HK, BURNUP* irlsT^-ai FLUI«~i72TE.~i21«Vc-:«.2."SEC~
NUCLIOL aAOIOACHvlTV, CURIES
BASIS • OM£ KUOGRAN or »CTI»MOES IN TM£ "ASTE
TL207
7L20B
TL209
PB209
PB2IO
PB21I
PB2I2
PB2I4
RI2IO
BJ21I
BI2I2
BI2I1
BI21U
P0210
P02II
P0212
P0211
P02|a
P0215
P0216
P02I8
CO AT2I7
' Rm2l9
CT RM220
RN222
FR22I
FR221
R-221
Ri220
n-225
RA22b
AC22S
AC227
IN22T
T122B
TH229
TH210
TH21I
T«21*
PA211
PA211
PA2I.N
PA21«
U2 \i
U211
U2iu
U215
U216
U217
U2J8
NP217
HP239
C_HARCE
b, "
o.
o,
o.
0.
o.
o.
o,
0.
o.
0.
0.
o,
o.
o,
o.
o.
o,
o.
o.
o.
o,
o.
o.
o,
0,
0,
o,
o,
o.
o.
9,
9,
o.
o.
o,
o,
0.
o,
o.
o,
o,
o.
0,
0.
I.6AE-OI
U.57E-01
2.81E.01
0.
2,««E*02
0,
0,
SCPARATIONI, OE.OOY"
l.bbE-07 2,«9E-07
l.UDE.OU I.OIE'OU
1,15E'10 l,3«t-10
b,|S£-09 b,09£.09
1, 191-10 2.U9E.IO
1.56E-07 2,50t*07
1.99E-OU 2.82E«0«
2.9UE-09 tt.18E.09
1.19E-10 2,«9E.|0
l.SbE-07 2.50E-07
3.99t-0«l 2.82E-OU
b,lSE-09 b,09t*09
2,9UE-09 tt,|8E.09
9.70E-1I 1.87E-10
«,6RE-10 7,U9E-IO
2.SSE-OU l.BOt-OU
b.02t-09 5,966.09
2.9UE-09 U,|AE-09
l.SbE-07 2.50E-07
S.99E.QU 2,82fc.0(l
2.9UE-09 U.18E.09
b,|5E*09 b,09E-09
I.56E*07 2,bOE*07
J.99E-OU 2.82E-OU
2.9UE.09 H.18E.09
6.15E-09 6.09E-09
2, 26t*09 3,«9f09
I,56E-OT 2.50E-07
1.991*0(1 2,82t«0«
b.llf-09 6,0"E-09
2,9U£.09 «,1BE«09
6.15E-09 b,09E*0«
1,621-07 2,7
.5E.OOYR
.75E.07
,IOf .05
.3SE-10
,lUt-09
, Bat. 10
,7bt-07
,69t-00
,OSf09
,8Ut-10
.76E-07
,69E-Ott
,1«E.09
,OSt-09
,9IE'IO
.13E-09
,08t *nu
.OOE.09
,OSE*09
,7bt-07
,69e«007
,b9E*Oa
,05f «09
, lit -09
,2bE*09
,7bE*07
, 49E-OU
,1«E-09
,OSf«09
,10f .09
,7bt-07
,7tE>07
,b9£.0«
,l«t-09
,89t-06
,uiE*OS
.87E-00
,9UE*06
,9|E*02
,87E*00
,87t*07
l,00t-05 1.26E.OS l,51t.05
7.0SI-08 2.09E-07 U.09E-07
l,03t-0l I.10E-01 l,2b£-03
l,alE*OS 1,«1E*OS 1,«3E-OS
l,8uE«Ou 1,8UE.OU l,8uE.O«
5.53E-01 4.l7f01 U.82E-01
2.8't'OU 2,B7£*0« 2,87E-0«
2.91E-02 2.91E-02 2.9IE-02
7,«JE«00 7,«SE«00 7,«3E«00
6,OE»OOT" l.OEtOIYR 2.5E«01YR 6,OF*0|YR l.OE*02YR 2,bE*02YR »,OE*0£YR l,0£«03»f
6,tt7E*07 9.22E*07 |,b9E*Ob 2,511*06 2,8Oh 3,08t-06 3,l»t-0b
2.17E-OS 1.0«E*05 b.bSE*06 U.76E-06 3.2u£-06 7,b(JE-07 2,oU-08 5,b5E*10
1.UOE-10 I.U9E-IO 2.20E-10 b,l"l-10 l.UBE-09 8.bit-09 5,09t-OA l,<4C>t-07
6,3S(.09 6.76E-09 .OOE-08 2,81t-n8 b,71f-08 l,9?t*07 2,32E-Ob 6.62E-06
1.33E.09 2.78E-09 ,20(-08 S.22E-04 1.31E-07 9.29E-07 8,3bf-0b 2.52E-05
6.U9E-07 9.25E.07 .70E-06 2. but. 06 «f,8ut-0b 2,99t-0b 3,0«E-06 3,iet-0b
6,02E>05 2.90E-05 ,85E*05 1 , l?f -05 3,9't-Ob 2.121-06 7.31E-08 1.57t-09
I.05E-08 1.56E-08 .6IE-OB 9.7bf.08 2,0bf-07 |,|9f-0b 8.3ht-0b 2.52E-05
1.13E-09 2.781-09 .20E-08 5.22E-OB 1.31E-07 9,2 2.99E-Ob 3,09(-0b 3,1^1-06
6.02E-05 2.90f.05 .85E-05 1.32F.-05 ?. Of-06 2,121-Ob 7,311-OH l,S7f09
b.lSE-09 »,7bE-09 .OOE-08 2.811-08 ,714*08 3,921.07 2,32t-Cb 6,b?F-bb
l.OSk.08 I.Sbt-OB .61E-08 9.7bt-OB .Obt-OT 1,1^1-06 d,3b[-06 2.S2E-05
1.171-09 2.79t*09 ,20(-08 5.22E-08 .316-07 9,^«f.07 8, Sot -Ob 2.52E-05
|,9SE'09 2.78F-09 ,09(-09 7.61E-09 .SlE-09 8,97(*09 9,2nE-09 9.5St-09
!.A6E*05 1.861-05 ,l«t-OS 8.USE-06 ,75t-0b 1.3ft -Ob u.tt'U-OS I,00t-u9
6.21E-09 6.61F.09 .HOE*09 2.75F*08 .561-08 1.8UE.07 2,2bE-06 b.47t-0b
I.05E-04 |,56E*06 .6IE-08 9,7b(-38 .Of1-. -07 l,l<t-0b 2,5>'E-05
6,U9E*07 9.iSt«07 ,70E*06 2.5uF«Ob ,euE*Ob 2,99E>06 i,09L-06 1.18L-06
6.02E-05 2.901*05 .B5E.05 1,3?£-05 ,99£*06 2,12E*06 7,111*08 1,57^-09
1,05E*OB I.Sbf-08 .61E-08 9,76E*08 ,0b£-07 I.m-Ob B,lbt»06 2,52b*OS
6,iSE*09 6,76E»09 .OOF.08 2,A|F*OB ,7)F-08 l,9?r-07 2,12E-A6 ei,b<>E-06
6.U9E-07 9.25E*07 ,7ftE«Ob 2,SuF.«06 .PuE-06 ?.906 *,19t*OB «, 121*08 u,«b£-08
6,u9£.07 9.25E-07 .70E-06 2,5ut.0b , ftuf-06 2.99f.06 l,09t*06 l,lft-0b
b,02E*05 2.90E*05 .8SE-OS 1,12E>05 ,99fOb 2,l?f*0b 7,31E-08 1.57F-09
6.15E-09 6.76E-09 .OOE-A* 2.H1E-08 ,7|E-08 1.92F-07 2.32F-06 6,h2E-Ob
l,05p*OB |.56(*08 ,6IE'OB 9,7h£-08 ,0bt-07 l,|9(-0b 8, Jot -Ob 2,^^f-05
b,3St«09 6.76E-09 .OOE-08 2.81F-08 ,7|E*06 .•<<•£ -07 2,12t-06 6,b2E-06
6,«BE*07 9,juf07 ,b9£-0b 2,5«L*Ob ,8«E*Ob .991*06 3,09t-0b 3,l"E-06
b,*OE*07 9,|2E*07 ,67E-06 2,5lf*06 .80E-06 ,9St-Ob l,0u£-06 l,|uE*06
6.00E-05 2.B9E-05 ,BSE*05 1,121*05 ,99£*06 ,|2E*06 7.31E-08 1.S7E-09
6.3SE-09 6,761*09 .OOE-OB 2.8H-08 ,7lt-0» ,921-07 2,12L-06 b,b?E-Ob
2.9UE-06 l.OOF-Ob .39E-06 5.021-06 ,92E-Ob ,*>0t-05 7,9St-05 l,«7E-Oa
1..1E-05 1,«3F-OS .UJE-05 1.U5F-05 ,uuE*05 .uut-OS |,ubt-05 l.u^t-OS
2.87E-01 2.87E-OU ,87F-n« 2.874.0U ,87E*Ott ,871-0(1 2.H7E-OU 2,67E-0«
2,9uE*Ob 2.9UE-06 ,9uE>06 2.95E-06 .9bE-Ob ,OOE-Ob I,OHt-06 l.Mt-06
2,921.02 2.93E-02 ,9St-02 3.02E-02 .OPE-02 ,30£-02 1,6SE>02 1.87E-02
2,87E-0« 2,87£-OU ,87E.Oa 2.87LOU ,«7l*0a ,87E-Oa 2,871-OU 2,871-0(1
2,87f07 2.87E-07 .17E-07 2.B7E-07 .87E-07 .871-07 2.87E-07 2.87E-07
t,86E-05 1.97E-05 , Ant. OS 1.29E-05 ,75(>0« ,07t-0b 7,|IF*08 1.5U-09
8.U6E-07 1.15E.06 .21E>Ob 7,70E-Ob ,29£-05 ,l«t*05 B,56L*05 1,50E-0«
1.67E-OI 2.I1E-01 .7U-01 6.90E-01 ,734-01 .S7E-02 t. 921-02 1.9AE-02
I.U1E-05 l.«l(.05 .uu*n5 l.ult-05 ,uu£-OS ,«uE-OS l,u«t*05 l.uJE-OS
l,8(lE-Ott |,85t-OU ,66f-OU |,A9E-OU ,9«E*Ott ,I2E*0(I 2,SUt-OU 2,99E-0(I
U,09f03 3.3'f-OJ .6AE-OI 3.3U4-OU ,BIE*05 .OH-Ob 7,731-06 7,«74-06
2,B7L*OU 2,87E«0« .BTE-nu, 2.H7E-OU , 871*00 ,D7f-Ou 2,87L-0« 2,87£-0<4
2.92E-02 2.91E-02 2.95E-02 1.024-02 .08E-02 . 30E-02 3.6S4-02 3.87E-02
7,alE»00 7,«3E«00 7.«2E«00 7,19E«00 ,17E«00 ,27£«00 7,0«£.00 6,79£«00
-------
TABLE VIIIA (ConTTTTued)
00
ro
Lull HASTE . A MIXTURE OF U0« BhR FUEL AND bOt P-R FUEL • 2ND PLUTONIUM RECYCLE
"1,01 MT,~~euRNuP"i 271B7"«0, FLU«« U2bE»12N/CH«*2«SEC
NUCLIOE RADIOACTIVITY. CU«IES
BASIS • ONE KILOGRAM Of ACTINIOES IN T*E >ASTE
PU216
PU216
PU219
PU2BO
PU2«l
PU2«2
PU2tt)
A«2«2M
AMJ42
AM2m
AM2E«00 1.1JE.OO
l,27t«01 1.22E..01
1.2SE-01 1.2UE-OI
b.lSE-02 6.J8E.02
l.auE-07 1.UUE-07
l,«7E-06 1,«7E-06
6,uuE«0! 2,861*01
I.07E-OS 1.9«E'OS
T.IIE'OS 6,91F>Ob
7,OSt-07 7.0SE-07
9.J5E-OS 7.0UE-05
8,78f»01 1,0»E*OJ
8.78E.01 1.08E+01
,SE»OOVR b.OE«OOVR ,OE.OJ»R
.70E-OU 7.27E.OS .7SE-05
,I«E*OI ,1IE*01 ,OOE*0|
.TIE* 01 .72E-01 .71E-01
,16E«00 ,SSE«00 ,91E»00
,92t*02 .blE«02 ,16E*02
.691.01 .70E-01 .711.01
,uuE«07 ,«UE-07 ,.lbE*00 ^,2^E*00 a,ieE»00 2,2IE*00 u.uRfni 7.21E-02
.-.161 .00 S,2SE*00 U,18E*00 2. 211.00 u.uflt-01 7,21t-02
,U2E»00 7.19E.OO 7.17E*00 7.2/E«00 7,0«E«00 6.791.00
.71E-16 9.SSI-29 9.u«t-«l 0. 0, 0,
'..OSE»00 U. lit. 00 }.S9E*00 1.81E+00 1.6H-01 S.91E-02
'. 901-01 1.70E-01 l.b6E-0| .OUE'Ol 1,0<»E«06 S.JUf-10
,B9E»02 1.2B(»02 2,77E*OI ,b7t«02 l,lut-07 u,i.6t-lu
>,2<>E.A1 1,2\E*01 1.22E-01 .1BE-01 1,091-01 2,9t>t-0l
x.lSE-02 6,121-02 b.28E«02 .ISE'02 S,euE-02 S.SO^-02
,,««f-07 J.UUt-07 J.uuf-07 ,uut-07 1.UUI-07 l.uuh-07
.U7E-06 |,<)E-|0 9,Qlt-lU 9,j(07 6.51E-07 S,t)i'(.-07 (i.uuE-07 l,2bt>07
i.ltE-07 I.17E-II l.BdE-lb I.1SE-13 0, 0.
>,6«f.02 2.S8(*02 I,1SE»02 7.«8t«OI «,«8E.OI I,|uE*OI
•,8«E.02 2,S8E«02 I,1%E*02 7.«8f.0l u.uBE.Ol 1,I«L»01
-------
CO
L«R • »•!£ •
TABLE VII IB
A HIlTURE Of «OI B-R FUEL AND bO* P-R FUEL • 2ND
2~7b~i^H, BuRNUPt" Z'TIB,«.O, FLU»« r.ibit^N/c^.'Z^SEC
NUCLIOE RADIOACTIVITY, Cu«IES
BASIS • ONE 'ILOGRAM OF ACMNIOtS IN THE kASTE
RECYCLE
CHARGE. l.OE+OOKYR
T1207 0, "~ '
TL20B 0,
TL209 0.
PB209 0,
PB210 0,
PB2IJ 0,
PB2I2 0.
PH2I« 0,
BI2IO 0,
BI2II 0.
BI2I2 0,
BI2I1 0,
BI2ia 0,
P02IO 0,
P021I 0,
P0212 0,
P02I) 0,
P02|tt 0,
P02I5 0,
P02I6 0,
PQ2I8 0,
AT217 0,
RN219 0.
RN220 0,
HN222 0.
FR22I 0,
FR22S 0,
RA22) 0,
RA224 0,
RA225
RA22b
RA228
AC<>25
AC227
AC228
TM227
TM228
TH229
TH230
TH211
TM212
TM21II
PA21I
PA211
P*2 |4"»
PA214
U211
U2la
U211
U21b
i
,
i
,
•
,
i
i
i
.
,
,
,
i
,b8E>0| __
,57E.01
.81E.01
U217 0.
U218 2,94£.02
.18E.06
,b5E«10
,U6E*07
,62t-06
.521.05
.181. Ob
s 7 E • 0 9
^ JF • 0 S
.S2E-OS
,|8F-Ob
.57E-09
,b?E>Ob
.52E.05
.5?E-05
,55E>09
.OOt-09
.47E-06
.52E.05
.18E-06
,S7t-09
,5Jf -05
,b2(.0b
.181. Ob
.571*09
.•J21-05
,b2t .Ob
.ObF. *OB
.IHE'Ob
,57t.09
,b2E*Ob
.52E-05
.«2E'II
,62t-0b
.IBt.Ob
,a2E.ll
,lOf .Ob
,57t-09
,621*06
,U7E«00
,OA(-05
.42F.1 1
,8TE«04
.IHE'Ob
l5C«OOKrRb,OE*00«YaliOE*0|4vR2l5E*0|KTl>blOF. tOIKYRI.OEt024VRS.OF. *02«YP| ,OE*03KV»| , OE*04KYR| ,0t »05«l
,55F*Ob 00
,5bE>Cb 0,5ht-0f>
.2IE-II 1.06E.IO
,10f-05 2,17E«OQ
,51 E.QH 6,27E«04
.Slt-OO 6.27E-OU
,071-08 I,37E«OB
,70E'M 9. 10E.lt
.20E-05 2.11E-OU
,51 I -00 b,27E-0"
,5bE-Ob 0,bb£.0b
.21E-I1 l,4b£.|0
,51 1«00 b,2 't >00
.10E-05 2,17E>OU
,5bt-0b «,5bt.0b
.21t*M l.ab£.|0
,S1E-0« b,27E*00
,10f-05 2,m-0«
.99E-08 6.J9E-08
,56E-Ob U,56E.Ob
.2IE-11 l,ubt>IO
.10E-05 2,171.00
,5I£.00 6.27E-00
,2lt'll I.a6(-I0
.10F-05 2.17E-00
,bbE*Ob t.SbE-Ob
,21E*|t l,ubE.|0
).96F*06 l,ult.05 4.16E-OS 7.25E.05 1.06E-OU |,07t-OU 1.061-04 9,70t-05
,111-10 0,22t.|0 l,27f-09 2.2UF-09 7,11F«09 2,UOE-OA 2.11L-07 7,97£-07
.32E-OS S.7UE.05 |,7aE*QO 2.90E-OU b.aiE'OO 7.17fOO l.bbE-OS 8./aE>IB
,98E-0« 2,61t-0i 7.90E-01 1.12E-02 2.92E-02 1.26E-02 1.66E-01 1,971-16
,25E'01
,9Bt.Ob
.IUF-IO
. (*5t • 0 1
.25E.01
.98E-06
. 1 «l* 10
,9B(.uu
,2St*01
.2SE-01
.79E.06
.011-10
.P5E-04
.25E-03
.98E-06
. tut . 10
.2SE-01
,98£.00
,98E-Ob
. |uE* I 0
,/SE.Ol
,98f«0«
, J7E-08
,9At>Ob
. IUE* 10
,9AE*oa
.25E-01
.|U(-|0
,98t«04
,98( -Ob
.IUE. 10
,5lE-Ob a,50E>Ob 5,89t-06
.2IE>lt I.ObE'lO J.IOE'IO
, 10E-05 2.17E-OU 5,98t*0tt
.Olt-OU 9,76(.00 1.616-03
,5BE>OS l,9H-n5 2,«St-05
,2lt>ll 1, 461.10 1. tut. |0
,871*00 2.S7E-OU 2.87E-OU
.56E-06 4.56E.06 5.97E>Ob
.87E-02 02 O.I5E-02 4.17E-02
.87E-04 2,871-04 2.8U-04 2.87E-04
,87f.07 2, 871.07 2,871*07 2.871-07
.50E-04 4, 071-00 1.03E-01 l,70t>01
.98E-02 1.98E-02 1.96E.02 1.9UE.02
.HAL. 05 1.58E-OS 1,911-05 2.051*05
.99E-OU U.SOE.OO 7.16E-OU 9.55E-00
.47E-06 6,59f-0b «,9lE-Ob 1.51E-06
,87t«04 2,B7t*Oa 2.B7E-00 2,87E*00
,«ie«01 7.U2E-01
.ttlt-05 u,17t-OS
.17E-09 1.5IE-09
,U|E*03 7.U2E-01
,U|f>01 7.U2E-01
.UlE-05 U,17f.OS
.I7E-09 1.51E.A9
.blfOl 7.90E-03
,UI£.01 /,U2E>0)
,U|E*0) 7,«2E*03
.IOE'08 l,HE-fl7
,S| t-10 2 ,il>E-09
,55F»01 7.7U.01
.4U-OJ 7.U2E-01
.ulf-05 «, 171-05
.I7E.09 1.SIE-A9
,Ult -01 7 , U2f *03
,blE*01 7,9ftP-Cil
.uJf-OS u,17t>05
,|7f-09 1.S1F-09
,4|t*01 7,u2t'OI
.blE-01 7.90E-01
.01F-07 b.l2t*07
, 011*05 4,171-05
.171.09 1.5IE-09
,blE*01 7.90F-OJ
.UIE-01 7,u2t*OI
.17E-09 S 5IF-09
.61E-01 7 901.0)
.ulE-OS 0.17E-05
.I7E-09 1.5IE.09
,«IE-05 U.IK.OS
.17E-09 l.SlE-09
.blE'O) 7.90E-01
,721-0! 7,J7E*o)
,7«E*<)5 8.18f-05
.17E-09 1.51t>09
,B7E*Oa 2,«7F*00
.UlE-OS 4.J7E-05
.I9t>02 U-16E-02
.87E-04 2 87J-OU
.87E-07 2 A7I.OT
.20F..O! « 02C-OI
,8bE*02 |,69F*02
,7ut*05 B 1AE.OS
,29£.01 1 1RF.01
.98E-01 1.06E-02 2. nut. 01 2.97E-OU 2.81t-OU
,271-05 1,001-00 J.07E-OU t,ObE-0« 9.7JE-OS
.2UE-09 1,981-08 6.67E-OB 5.9IL-07 2.21E-06
,981-01 1.06E.02 ?,0«f-01 2.H7L.OO 2,Hlt-00
.9BE.OI I.ObE'02 2,041-01 2.M7C.OU 2.81E-OU
,27t-05 l.ObE-PU I.07E.OU |, 061-00 9./1E-05
.24E-09 1.9RE-OB 6,b7f-08 5.91E-07 2.211-06
,1?E-02 2,92E-02 1.26E-02 l.t.bE-01 1.97t-|6
.98E-01 l.OOE-02 2,0«l-01 2,t<7t-04 2,831-Ou
.98E-01 1.06E-02 2.0«t-03 2.87E.QU 2.8H-04
.18E.07 3.19E.07 1,211-07 1.I9L.07 2.92E-07
.99E-09 |,27t>08 U.27E-08 1,701-07 |.u2E>Ob
.29t-02 2.85E-02 1.I9E-02 l.hU-01 1.B1E-I6
.9AE-03 1.061-02 2,0ut-0) 2.B7E-OJ 2,rlt-Qu
.27E-05 l,Obt-OU 1.07E-OU 1.06E-04 9.7IE-OS
.2U£.09 1.981-08 6.i>7t-08 5.9U-07 2.21E-06
,9BE«01 1,061-02 2, Out. 01 2,f/t-04 2,011*00
.121-02 2,92E*02 l,2bt-02 I.n6t-01 3,97f!b
,27F*05 I.06E-00 |.07t-0u 1.06E-04 9.7U-05
.24E-09 |,9HE-08 6,b7t-OR 5.91E>07 2,21t-0b
.9HE-01 I.Obt-02 2.0ut-01 2,crt-04 2,t)!t-OU
.12E-02 2.92F-02 1.2HI-02 l,bft£-01 1,971-16
.021. Ob l,u9E'Ob |,SOt-Ob },u9E-0» l.lhE-Ob
,27f-05 1.06E-04 1,07£.Q4 1,061-04 9.71E-05
,2UE*09 1.98E.08 6.67E.Q8 5.9U-07 2.21t-06
,t?t*02 2,92E'02 l,2hf-02 l1^^t«01 I,97f-l6
.9AE*01 l.06t-A2 2.04t*0) 2.A7t.OO 2.B1E-00
.2UE-09 I.98F-OB (i,67£-nA 5.91F-07 2,211-06
.12E-02 2,92t>02 1.26E-02 l.hbt'O) 1.971-16
.27E-05 I.Obt'OO 1,071*00 |,06t-04 9,7Jt.Ob
.24E-09 1.9AE-08 6.67E-08 5.91E.07 2.21E-06
.17E-05 l.OSF-04 l,0ht-04 |,05t-04 9,59£-05
,2uE'OQ 1.9Ht.06 6,671-08 5.91E-07 2.2l£*0b
.12E-02 2.921-0? 1,261-02 1.*>6E-01 1,971-16
.87E-03 1.06E-02 2,0
-------
U2ao
NP2JT
SP219
PU219
Pu2.il
SuBTOT
TOTAL
0.
o.
o.
0.
l,10f»0l
».87E»01
l.S8E»0«
1.S1E.OI
0,
o.
2.81E«OI
0.
0.
o,
o.
o.
1.60£«0«
I.IIE-II
.8TE.02
,79E»00
IblE'OI
|99E.O|
,271.01
,uuE«07
.I1E-U
.21E«OI
1981-01
,SOE«02
,«uE«07
,«7E-06
,10E»01
TABLE VII IB (Continued)
• .~Niifuai or ~«o. BHII ruet AND tot MB. run • IND PLUTONIU* RECYCLE
PO«ER* 2,01***, BUNNUPf 27le,"«0^ 'LU»» I,26I»|2N/CM».2-SBC
NUCLIOE R.DIO.CTIVIIt. CURIES
B4HS • ONE «IL06«*H OF tCTlMIOES |M THE
2.81E.11
U.10E-02
5,91E»00
2.8IE-U
B.Otf.Ot
1.10E»00
2.6UE-OI
6.00E.01
S.uttf.07
l|l6t »00
S,9lf *00
2.61E.OI
«,alE-02
l.uut.07
I.U6E-06
l,80l»0|
6,72t>II
«!l2E»00
6,72(.||
I,2IE«00
||97E«01
6.57E.01
l.UUE-07
6.7K-I I
2,IDE*01
I.96E-OI
2.6U1.02
1.HUE.07
I.USE.06
I,29E«OI
t,2«e»ot
I.I2E.IO
a,171*02
J,OOE»00
I.UE-10
1,U6E«00
I.S1E.OO
I.oil*01
6.67E-01
1.U9E-07
l.l?6-l»
I.*7t.01
j.oof.oo
I.KOE.OI
l!«ME>07
1,HUE.06
9,58E«00
,191.02
,72t>01
,7SE«10
,SOE»00
,29(.OI
.001'Of
,651-01
.UJE-07
.7SF.-IO
,00(«02
.72E-OI
.991 .02
,6I»-01
,U1E>07
, h01.06
,66E«00
,66t«00
.161.02
.2UE.02
,17£.|0
.7)1.01
,O«E.O»
i^frE'Ol
!m-to
|2«E-02
!l^e-o*
.uiE-07
l.ME-06
I,OIE«00
I.OIE«00
,101-02
,6S(*OU
,0?f.09
.201*01
,Bi>E*01
,u?(.07
.rt^E-09
.U/f-Ob
,6bE-0«
.u|l-OS
.611*09
tuH .07
.M7E.OI
2.SSF.09
J.8SE-02
1.19E.07
7!si»-0«
l|«7t.|2
M.OIF'OI
»,!•»£.07
2.SSI-09
u.O^E-12
1. JU-07
l.imE-l?
B.Suf.J9
1.1"E.07
b,|uE-07
U.til-Ol
U.62E-OI
1,071.02
1,
u
o,
1.
a,
0.
J,
A,
6.
3.
3.
3.
291-07
Q0l-0«
121*01
40t-09
291-07
olE-51
!o2E<
!lIE<
•09
•09
• 09
•01
CD
ro
-------
TABLE IXA
PU HAITC • A MIXTURE or «o* BHR PUCL AMD bos PUR FUEL •
PIUTONIU« RECYCLE
MAOIOACUYITY, cuhits
BASIS • ONE iILOGKAM OF
co
O
PB210
PB2I4
PB214
HI210
BI2I2
»li\0
PCI2IO
P02U
P0214
P0216
P02IB
R*222
RA224
RA226
TH220
TM2SO
PA251
U2S2
U2tl
U2S5
U217
NP2J7
PU21b
PU219
PU24I
PU242
INITUL
.0.
o.
8.
o.
o,
o.
»t
o,
<>•
o.
»,
o,
o!
o,
0.
I.YR
IbBl-15
,206.05
.20F-OS
.2/1-13
.811-15
,05t-05
,27E.|1
a.27|-|S
i.2"t-OS
«.27E-li
2.5>R
,291-H
|49f-OB
.2't-ll
.2»E.ll
,li9t-OU
,291-11
b.YR
8,uu
«,5bE
l,77f
8.4IE
4,5<«F
\,1JI
6.OUt
\\lll'
l|77f
12
04
10
•12
04
-10
-12
10
10
,29t-|| I.77E-IO
,uQt-04 4,5et-04
,29t-ll I,77t-I0
5,/»-09 }.S7t-OS 2,0*t-07
, 2,bit-08 (>,Mt*V9 |,5bt-Q7
4,09t.06 2.u5(.05 I.llt>04
5.95E-I2 9,081-11 1.|Sf-09
1.52E.OS l,?9t-0i 7,77t-OJ
2,bU«Oa 6.5IC-08 l,Sbt-07
1,771.06 a,«?f-0b 1.061-05
}.7/t.OI S.47E-OI 2.9SE-OI
a,091.Ob 2,151-05 l,i3t-OU
,25E>02 I,7bf02 1,22t>02 5.22E-OJ
JUblOT
TOTAL
.671*01
iinf»oi
l.5b|*04
4,oet'0t
0.
1,611*04 |,S5t»0«
I.61E«04 l.S5E*04
2.b7E«OI
b,|0t«0|
l.«9t»0u
4.08E.01
2,b7E«OI 2.b7(*OI
l,)9l*OU
4,0b(.0|
5,«I7E«OI
l,45f«tfJ I,
1.45t*04 l,24E»04
1.0PE-01
I ,10t«C2
IO.T9
,b7t.0«l
.I2E.IO
.291-11
!l2t-10
!l2t-IO
!l2t-|0
!l2E>IO
.59E-0*
.OME-09
Jbll-07
,44(.01
|97(.01
,m»o2
,e7t»01
,C9(*dl
,7bt.OJ
,0«t-0t
25. YR
2.191.09
7,U|E*04
t.2I»-OH
2,m-on
7.«H-OU
1.23E-0"
«i75t-'>4
i.2it.oe
'."IE-CM
I.2IE-0*
.ent.07 i.S't'Ob
,b|£.07 b,Sit-07
7,2bt-0«.
b,7HE«0«
l.OIE-02
b.5U>u7
U.4IE-05
t.2IE*OI
l,75e-OI
5.I5E-05
2,b7t»OI
4.0et-OI
l.S9E«r2
bO.VR
5.6St-0«
1J59E-07
5.b5F>OB
5. )»E*04
I.59F.-07
l.59»-07
5.Sltf-04
I.59E-07
l!59E-07
l|s9t-o7
5,»t-C6
b.cUt-OI
b,*OE«07
b,*.uf-03
l.Ouf-OB
2|b7E«OI
6.0bt«01
9.J9E«02
«.0»E-OI
100,YD
l.iJE.08
,lb€-07
,bJt«0«
.82E-07
.Jnt-07
.6JE-00
. Ji>E-04
,B?e-07
,oit-0«
.821-07
,f,it-n«
i|Mf-04
u,buE-05
I,05E*04 5,b7E*05 1.791*01
I.27E-02
2|l-iE-Ob
2,«>0f-Ob
»!Mt-01
1.27F-02
b. Hit-II
2,|7t»02
2,fr'»E»OI
b.O«E»01
I,44E*0?
•4.f>5C«u2
9,|4E*02
2SO.V9
600.YR
7,07fc.Q5
7.07E.05
7,07t-05
7|o?t-05
7.071-uS
7.07E.Q5
i'>
l'.55L-d5
b.SIE-32
2,97E-(>b
9.29E.05
,09f .Ob
.5/E-05
|o9L-Ob
.2UL.06
,001-UB
.571-05
,2ut-0b
,5't-05
• (J^r *06
.571-05
.."•I- Ob
,5't«05
.OOK-04
,J*t-OI
il^t-OH lit/U'Ol
,2L.ll
,7St»OI U8
2.IPI-04
6.2«L-06
I ,2Ht-OS
2.57L-05
8.5H-02
2|2St-OU
i,rct-ai
2.57J-05
l.b'L-OJ
8J5JE-02
0.
) ( * — w I
,0*
-------
TABLE IXB
PU HASTE • A XIITURE OF «oi B-R FUEL *«o 60s P»R FUEL • 2*0 P.UTONIUN REC«CLE
NUCLlDt RADIOACTIVITY, CURIES
BASIS • ONf KlLOGMtM OF
oa
i
co
-IL20.7-
TL209
PB209
PR2IO
PB2II
PB2I2
PB2l«
HI2IO
BI2I2
BI2I3
BI2ia
P02IO
PD2I3
P02I«
P021S
P02lb
P021B
AT2I7
RN220
H-221
RA22tt
RA226
RA228
AC22S
AC227
AC228
TH227
TH2?6
TH23I
TH232
TH23a
PA2II
PA2U
U211
U2la
U235
U21b
U218
NP237
PU2J9
PU2«0
l.KYR Z.SKVH 6.KTR
.2,72E*07 l.bbtvOb 9,03E«06
1.66E-07 1.7IE-06 |,1BE-OS
7,43t-0b 7.79E-OS S.3Ut-04
SU8IOT
TUTAC
1,671-06
l!30t-03
I.30E-03
ilsuE-10
7.79E-05
1, 301-01
l.iOE-03
l.lOf-Ol
1.67E-06
2.SOE.10
I.30E-01
7,79f-05
I.b7»>0b
2,40|.|0
7|79l.f>5
2.3U-08
l,67t-0b
7J79E.OS
1.301.01
2, SOI.10
7.79£.OS
|,67t.0b
2,S0(.10
l.bQL'Ob
2.SOL>10
7,791-05
i.aSE'Ol
0.29E-05
1.S6F-07
1,671-06
l.UefOI
I.5bf07
8,-ibt-ou
l.69t-OI
6,291-05
1.90E-03
lllbl-oi
«,/2t«OI 3.10E.OI
tt.08f.OI U.ObE«Ol «,0«t-<>l
•0.I7MOI 7.2ui«0t S.blEtOI <
1,91E»02 e,3.)L«0| '
2.73E-07
b.291.08
2.18L-OU
2.l«t-0tt
2.73F-07
b,29t.OB
7,b3t*0b
2.I8E-00
B|.?OE*IO
7,37f-0b
l.\^'0u
2,71f..07
2ijet-0"
2|73E*07
6.29E-08
2.IHJ«0«
2,73(.07
7|si|.0b
a!20E.H
7,51f06
2,ME.07
a,20E.||
2.69f.07
b,?9f-08
7.SS1.06
2J47E-05
«,20L.1I
6.27F.08
2.7U-07
1.70F-9I
l,66t-01
*!s3t-(i2
9.06E-06
l,29t-09
5,i«t-ul
l,29f-09
S|s8t-01
5.3"t-03
2.72L-08
4.16L-03
5,34E.P«
9,ObE>06
1,291-09
I.27E-97
l!29j-09
5|3Be-03
l,29t.09
9)obi-0tt
1,2«1.09
8.91E-06
l,?9f-09
4,3«l'0a
8.371-01
l.dar-oa
1.29F-09
3.7t-OJ
,|7E-09 l.3n(-OM «,?tt-C^
,07t-02 2.92L-02 ».3St-P2
.3bE-OS
.I7J-09
.uaE-03
.C7L-02
,on-o2
,08f-08
,«OE-03
,171-09
.071-02
.aiiE-OS
il/E-09
.07E-02
b.4'E-Ol 2.01C-02
2,92t-02 6.1SE-OJ
2.92E-02 b. 351-02
3.U81-07 l,19F-Ob
1.let-OM
I. l6t-08
2.92L-02
6.471-01
I.lbf-Ott
I,161-08
2.92E-02
,30t-«7 |.63E*Ob
.171-04
,u!i(.03
!l7t.09
I. 3*>t>08
6.571-C3
2.921-02
I,3bf08
. . 6.S71-OJ
.IbLOb I.UE.OU
,|7F-09 1,161-08
,|7i-09
,u«E'Oi
,3eE>02
2.27E.OH
3,l7f-09
6,221-07
l!o7fc.OI
«!22t-0f
2,27t-0oi
I
b, 571 .03
3,16t-P2
||l6t.08
I.SiE.Ob
l.lbt.Ott
i.on.oi
I.S3E-0*
I.Oof.02
1.591-01
tt.bbf>OU
I.S9E-02
I.51E-06
1.071-01
I.3IHOI
«,;oc»oo
l,90t..ll
,90f»0|
bO,H«) IQO.KVR
7, 171.04
1. lSf-02
8.S21-02
b.alt-04
3|l5t-02
a!42L-02
e.42t-u?
3.14F-02
fe.u3F-0'i
7.6UF-3A
8.42F-92
9.00L-U6
i.ish-o?
7.6U! -OH
3.3SE-02
6,Ob
3.«r(-02
B.nut >0«
I.72E-02
S.7U-06
i.om-ot
I,56E»00
e.JSt-oi
b.iSL-Oc
2,0lt-02
l,9b[.0>
2.PU>Of
2!oit-Pi'
u|26t-0i
l|96E.04
«!2«E.Oi
b|30t-or
7.4U-0-I
3,57E-Oi
3.96E-U4
1.061-01
2!l«E-o2
7isit-04
1.72E-OJ
1.S7E-0!.
i.oet-oi
a.Sef»00
I.101-01
100.KVR
9.09E.04
l,blE-03
7.A2E.02
9|l2E-Oa
«|oiE-02
2l«5l-'l7
.OIE-02
.CIL-U2
|2bC-02
!l2F-Oli
.CIL-U2
,uSt -07
,011-1'?
,u2t-02
,«5t-07
|uS»-07
.99E.UU
.uSL-07
19KI-02
.|7(-0«
|as'.-05
.I2E-OU
,79t-02
.3«r-02
,171-0(1
.711-02
1090,«YR IOOOO.KVRJOOOOO.KYH
9,JUt.Oa 9,Obk-OU S.IOL-OO
1.82E-03 V,iU-OS 2.22(-|7
8.291-02 a.2f(-03 1.UU-I5
9.17E-OU 9,091-04 8,321-00
||42E-02 liulL-GS illHE-OS
9.I7E-OU
8.27E-07
l|4i»l-02
4.1 71-Ou
l!42t-02
8.;9E-02
e|e7t-07
6,271-07
0.271-
8,291-
9.I7E-
6.27E'
(«!27t-
a ^or _
I.42E-02
8.271-
2.8"l-
9.17E-
7,001.
e!?h».
I.31F<
9,171.
l.»Ht-
07
04
Oil
02
02
02
09
02
.79E-02 7,bOf-02
7.J51-06 2.7SL-04
l.uU-OS 3.1*L-05
3.411-OS 3.13L-05
3.«3t-U4
9!c9fo«
7, ISl-Pb
07 7,141-06
02 «.231-01
b« 9,09(-0il
07 7.JSI-06
H.9nt-0tt
.ult-04
.09E-OU
iuiE-04
, 091-04
.23E-03
|23t-03
.«3(-OS
,)|9( .Oil
,2"t-02
.411.04
.211*03
o.
6,44f«ne
2,M»*00
b.Shf-0?
7,OPfc.»2 I
7,OP(-02
3.181-U4
1.OIF-IS
8.121-00
2.7SE-05
UOlt-14
I.17L-05
2! /Sk-04
I.CH-15
l.let-04
2.74E-04
1.011-15
2!'4t-OS
21/SE-OS
l.OIE-14
3.3PI-04
2i/4t-OS
1.381-04
8.12E-00
9.3IF-|b
3.3»E-05
I.OIt-lS
3.38L-OS
B.32t'0a
9.40L'Ott
9i31t>16
0.
1.271-15
0.
,pat-P2
-------
TABLE XA
CD
CO
TL207
TL208
PH210
P4212
PR21B
UI2IO
81211
UI212
FJI2I1
8!2ltt
Pn210
P021I
P02I23U
M233
U215
CHARGE
I
0237
U238
U2«0
HP23T
o.
o,
o.
o.
0.
0.
o.
o.
o.
o.
0.
o.
o.
o.
o,
o.
c.
o,
o,
o.
0.
o.
0.
o,
o.
o.
0.
o.
o.
o.
o,
0.
o.
o.
n.
o!
o,
o.
p.
o.
o.
o.
P.62t-02
5.9bE-03
o.
3)1It-ni
o.
o.
SPEM FUEL • * "|«IIJWE or co*t, »ii*i BL»"«IT. »KD s»oiiL
ER> U1.J7M.. ui.u-.iip* i8»7l."«i>, FL'J«» 2. J"t » I 5N/C««« *2-St C
•"JCUOE o»n|0«CT|vlT». Cu'lES
BtSIS « O^E "EtBIC 101 Of L*f(M FUtL
l,79E-o«
2|sSL-o7
li»lF-'i«
• .llF-l'l
slon-n
«||U.01
l|but-no
3.13F-1I
S.?f F «l"l
1 .
H,1 Sf-01
A.I
I"! I Si-II
9. t JL-dl
2.0 U-n
7,Mf.O(«
u.77>.|0
l|a«>F.u2
2)0 |>-o«
1 ,<-->t*Q?
7,ME.(>(t
3,b7t-0b
l.b't-OI
2)9lt-oa
3.39f-02
t, t*t-02
S.95E-08
).2'f -10
o. llf .09
3.2H-10
7.9u»-OH
n.ldf.OQ
2. '< 11 -1 0
1.79E-10
I,6?F-02
•«, IPE-09
^!suf.02
fr , | Kf .09
7. 9U( -06
•<,97> .OH
ftjIMf.09
H.3Sf -ID
7,9-lf .OH
7,9ul-0«
•.I-9S .06
7if-03
|,uQ(.02 l.JUE-O?
B.SUF. .00 7.2SE«00
2,9lt-OI 2.9IF-01
1.231-07 4.23E-07
1,611-01 l.bbC-01
2,101-07
2,09f.02
9,«uf.OH
2|«'«t.07
S.80J.02
9.441.08
7.USF-H
3.7IF-02
9,b2F.OH
5.«f>E .OH
-09
9,i»uf
i.tbF. .09
9,«Uf.OH
9,*UF<
9JHHF •
>07
-OH
2."S>-07
5.791-02
2.9)1.01
I.42F -06
2|9H-0|
2.9|| .Ou
b.2»t-02
3.9JF.OI
3.'•81-03
b|oU »CO
2.911-01
3.2U-07
1,Tat.01
2,iuf(»2
3.27E-09
I,«l9t-07
«|h5E-P7
5.9SI-02
5.9SE-02
I.u9t.n7
U.36E-07
2.59F.Q9
l|«St-07
tt.i6F-07
H,b5E«07
allht-O?
I.U9E-07
1.211-08
e.65F>07
5.95E-02
,a9E«07
5,9aE-02
1.U9E-07
9.906
U. 271-02
3.MI-07
U.IBt-06
o|o9t-09
i»,7 1E-0?
3.15F..07
3|oSE'06
U.27E-0?
1.18F-06
3.OIF>06
«,271-0?
a,16t.06
l.Slf-07
U.2UI-08
3.03E-06
«,271-02
3.53F-07
3J53E-07
3.03E-06
«|27t-02
liB5E>01
2,9|fOI
S.23F-Ob
1.65E.OI
?,91E-OI
2.9IE-OU
U.I6E-02
l!«2F«00
3.R5F-01
2,OHt>02
2|91t-01
3.23E-07
100, YD
b,0ht-0b
I.OSF.-02
1.791-08
6.I3E-07
H,29f -06
b.nrt-06
2.90f.-o2
1 .ME-05
8.2-»E-Ub
6.07E-06
2. 90t- 1>2
8.1 4E-07
1 .bttt-05
8.29E-AK
1 ."2E-OH
| .t-ftF -02
7 ,QI>f -07
Iji'ttE-'iS
b.im-06
2,90^.02
l.bJt-05
9.1 1E-07
S.07F .06
2 ,9i»F .(|2
1 .cut-OS
0,1 IF -07
B.SOE-OR
6.07E-06
2.00E-02
B.I3F-07
l,b«E-05
1.I1F-07
6,07t>06
b,99t-06
2.90E-0?
8, 1 IF >07
l.OU-OJ
3.99F-01
2.91E-OI
R.57C-P6
b.a?t -01
2,9it-OI
2.9|t,-04j
2.A1F-02
l,63E-Oa
2,OPt»PO
1.99t-01
2,S6t>02
8.H9F-02
2.91E-01
3.23E-07
5.H2F.-OI
250,»»
1.91E-05
2, "71: -01
1.11E-07
6.51t-0b
l.SSF-oo
I, 921 -OS
b, B»it -01
1 ,fVt -OU
I.JSF-OU
1,921-05
b.»bE>U3
b.blt -06
I.li't-Oil
l.35t-0a
5, 7hF -Ofl
4.19t-03
6.3/F-Ob
1 , "?F -Oil
1.92E-OS
6.661-01
1 .R>>t-ou
6.<>lt-06
1.92F-05
6,B6t-U3
1 ,82( -oa
ft.blF-06
2.b9t-07
1 . "?f -05
h,46t-01
6,blF -06
1,621-041
6,5lt-06
1.92E>05
I,«9F-05
6.R6F-0!
6,S1E-06
a, "it -03
4.51E-03
2.91t-01
2,21 F> -05
1.11L»00
2.9IF-OI
2.9|t-0a
6.67F-U3
7.05E-OII
3,llt»00
4I.SIt-01
1.3U-02
8.2SF-05
2.91E-01
3.23E-07
l,13fc*00
fcOO.vq
5,9«t-OS
8.50E-05
I,u5t'0b
6.-J71-OS
I.52E-01
6, OOF-OS
2, ibt-oa
1 ,S2t -0 \
i. sat. 03
6,001-05
2.«.»>t-003
b,b7t-05
6.00F-05
5.921-05
2.36E-04
6.57F-OS
1.U9E-02
5./2E-03
2.9U-01
6,OPt-OS
2.0bE»00
2,911-01
2.9U-OU
2.30E-Oa
3, 15E-03
3.hlt»00
S.72E-03
8, JOt-02
l,2«E-Ob
2.9IE-01
1.23E-07
2,051*00
IOOO.YB
l,|ut-0tt
1.81F-06
5.58E-06
«!bBE-03
I.1«L-0«
S.OJt-Oh
ulftflt-03
l,|uE*Oa
5.0H-06
4l|bHE-03
3|u?(-07
3.2PI -OS
P.uBL'Ott
«,b«t-03
l.l"t-0u
S.01F-06
l.iat-ow
S.03E-06
u.68t-OI
2,5'4E-OU
I, |OE-Oa
S.OJE-00
2,5uE-Ott
«,bHE>01
2,sut-oa
l.lttt-00
l,12t-0u
b,03t-06
2,SuE-Oa
2,75t>02
r.oet.oi
2.91E-01
l.lflE-Oa
2.6at*00
2'.91E-Oa
7)20^.01
3,6SE«00
7.08E-03
1.27E-01
3.IUE.-06
2,91t-oi
3,231-07
2,bat»00
-------
TABLE XA (Continue
LHFBR SPENT FUEL • * NHTu»E OF COSl, AlIAl BLANKET, 4NO RAOl*. BLA«.«tT
SP239
NP2UO*
P-J236
PU236
PiJiuO
P-J2H2
PU2UJ
Pj2««
A»27t *03
9,OS! -01
s|77t-08
i.I "F-07
5.30J.07
6llr.E-|1
u.9|t »OS
l.TR
E«OI
.23F-07
i31E*01
u.lOF.Oi
8, 32F«00
S.30L-OR
2,1 3t .02
u.43F *u|
«.«?OF-10
,H3F*Oa
.o|E«02
,hlt«03
, iol-m
1.19E-OU
s!o3f-07
I.31E-IO
u,u7f »ob
U,07( «OS
SUCLIOE BiOiniCTiviTr, CURIES
BASIS • Q*l "ETRIC TO1* 0' LTBR »>JEL
2.5Y9
«.32E*OI
J.2U-07
3.S7E.01
u, t Oi .01
3,«IE»OS
R. 321*00
3,'2U-07
3.7«E»03
2.I2(«02
I,S»E«02
I.S2J»03
"JoSE-03
<3. 101-08
S.7TJ-0*
«I73I-07
U.6SE-07
1,311-10
3.2U-10
3,6«F*OS
6.-R
".321*01
3.231-07
3.S7F .03
u.|0t.0$
2.90f»(iS
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3.23E-07
2.0<>(*02
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1.28E-10
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«.321*01
3.23E-07
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J.57E.03
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3.2JI-07
7,I7F»03
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l!l6(-01
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S.77E-06
3.12F-07
l.3flf-!0
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3.23E-07
2.80E-U3
2.B«t
8.32f*00
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l.9|f.02
u|32E*OI
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1.S7F.02
6.17F .01
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9.02F-03
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9.IKI-07
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i, 64'. 09
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u,23E»OI
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u.e»-E-27
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600.TR
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3.23E-07
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3.Mt«OS
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l,3nt-OI
8.331*00
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3.2V-07
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3,27t-0«
l,/«f-07
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3.9«,F .01
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7,411-03
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1,051*00
1.05E»0«
-------
TABLE XB
SPE"T
Of CO«E. »«I*L
3tlt>7 l ."•'). FL
NUCLIOC 4IPln4Cf |V|M, CURIO
H*SIS • DM "ETalC TP«. OF fFB" Full
TL207
TL208
PB209
PB2IO
PH2U
91210
BI2I I
•JI212
HI2I3
HI2I<4
P02IO
P02II
P02I2
P')2I »
P02IU
PH2I5
P0216
4T217
Q3 MN2I9
I «x220
CO Rs222
-P«
R*221
T-227
T-22B
TM229
T>«23I
TM2S2
P423I
H23S
U23S
U236
U2J7
U230
0.
0,
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0.
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1.27F-01
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2.9U-01
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1 ,(•«•? .08
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2.77E-06
2.9IE-OI
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l.liF-11
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2|3':E-.03
2.2Pt-C7
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l.lxc-OI 2.IOE-01
l,'>'>>-03 J.hr.f.03
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1,6 U-o < l.Hlf-PS
9.071-0* 2.4>>!oiE-01
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6.30fOI
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I.71E-0.1
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2.0IE-01
1.711.0.'
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1.2?E-OI 3.2UF-0
l.U)F»OI
5.U7E-OI I.S*E-01 l.OAf.Oi
2.0»>F-fl6 l,uRt-06 u, 191-0'
2.9U-OI 2,9|£-OI 2.911-0
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2.9IE-06
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1.37E.OP.
2|9|t.06
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l.kfrf-06
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1.171.00
>>,9|F-06
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2)9|F-0'i
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2.9)E»06
2,9|f.n|
3)221*00
2,9U-0|
2.VII-00
7,30E-OI
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2.23E-08
2.9IE-01
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s|21t-06
l.tr.E.00
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9.99f.01
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l)o?f«0«
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l,02E»Ofl
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1.021*00
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1.20F-OI
2)911.01
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2.9|»-(M
2.9IE-OII
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2.9IE-01
300,«YH
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2.0S(.00
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1.07E-OS
2.05t.00
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l,7Ut«00
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l,16t«00
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2,53E *00
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1, 261-01
5.01E-UU
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I.H7F-OJ
2.87t-01
2.e7t-OI
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1.15F -01
l,87t-01
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3.09E-1B
1.I5F-OI
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2.87t-Cl
l)blL-03
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1 ,87E-03
3.0Pt-l«
1. 151-01
l,87e-03
1.1 Jt-Ot
1.671-03
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6.U7E-02
0.
2.871-01
-------
TABLE XB (Continued)
I'jun
NP?37
Pu2«l
PU2««
C"2«5
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b,»OE-n" S,30f.oe 5.30E-01!
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b,3H*08 b. 30E.48 b.30F-OB 5,301-06 b,29E'Oa
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2,991-07
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7|76t«00
7,761*00
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2.60E-1U
7.75E-10
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-------
TABLE XIA
CO
PO«£O, 4,02««, BUB«U»>
B*SIS •
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2,09t*gu
6.71E-09
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6.81E-09
6.77E-I1
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6.8BE.09
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4,77E*09
3.24E.04
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2, ult. 07
S,39(.0b
2,70(.0a
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2.70F.-04
2,70E>07
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I,92E*07
3.9UE.04
3,39E*06
1.30E-05
7.92E-03
2,701.04
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I,48E*02
6,OE«OOY»
B.b9E*09
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1 ,)4E*10
6,9jr-09
B.7RE.1I
1.27E-04
7,»3F.10
8,78t.ll
8.72E.09
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7.831-10
7,59E*1 l
2.62E-I1
8, 151*05
6.8JE-09
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7.63E-10
B.72E*09
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7,63F*10
6.98E-09
I.22F.10
6,T2E*09
I.27E-04
6.96E-09
7.83E-10
6,98f -09
8.7IE-09
8.60E-09
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j,»2L*07
3.40[.0b
2,70E*OH
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2.70E.04
2, TOE- 07
S,40E-OS
1.16E-07
B,56E-Oa
3,«OE«Ofc
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6.73E-OJ
2.70E-04
J.OOE-10
1.51E.02
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,|9i>09 6.66E-09
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.66E-09
!o7E-OS
.07E-05
.3BE.IO
,99t*09
,|RE-Ob
.07C-05
,4bE-OT
,661-09
,071-05
ipi .nfc
, J r C ™ U D
, 461-07
|o7E-05
,J2E«06
.OUE-09
.46E-07
.66E-09
,32E-Ob
,071-05
,32E-Ob
.46E-07
,««E-07
.66E.09
, i2E*Ob
.89E-04
.64E.06
.70E-04
.46E-07
•18E-02
.70E-04
.TOE-OT
.54E-09
I71E-02
,b«E-Ob
.29£-04
|9|t>07
,70E*Oa
.001.10
4.S4E.02 5,1BE*02
-------
CO
NP2I9
NP2«0>«
PU236
PIJ2IB
PI*L
*O.ER«
3SM.-.0, »Lu»« 2.20E.m*/C«..2. (EC
SIP«»«IIONl.OF»00»1'
(i.OIE*00 a.OIE*00
3.0AE-OB 3.00F-IO
I.--C-U! I.13E-OI B.BAE-OU
I.C2E*03 8,3«E.OO 3,<)n*ri
2,081*02 3,3U*00 3.3IE*00
3,28E»02 3,HOE*00 3,A2E*00
6,7«E*0« 3,<>6E*02 3,UOF*02
7,2«E-01 7.72E-03 7,731*01
»1>CLIOE RAOIOACM -ITT, CURIES
BASIS • ONE «1LOC«»» 0' ACTIMDES IN nASTE
CXARGE
o.
o.
I.uui.oi
I J 3C ^ A V
o,
o.
o,
o.
o,
o.
0.
o.
o.
o.
o.
o.
o.
o.
6.93E»oa
»,9J£»0«
".vei-ii v.vei-uv
i.OOt-IO 3.OOE-10
•« • a L. . A * r
0,011«oo
l|l3t»OI
J.bS»«02
5, 1SF.OO
?.u7f.OS
2,91E*08
«,9?t-0«
s)7?t*ll
8.77£»03
8,77E*03
a,oiE«oo
1.701*03
l.3lt»OI
l,««t*02
I.20E.02
6,39(*0«
S,3I>1.09
1,101-OS
6,23t*OB
«,»7(*OB
1.2U-1I
u.uOt.M
2.SIE*03
2.5l£*03
2,bE*OOrR
«,iJlf *00
.OOE'IO
,17t*OU
,70F«01
,3IE»00
,I7E*02
,7«F*03
IOOE-IO
I'Ji.Ol
,oie«oo
,BO(»02
|u|(*02
.26E..02
,39(..OU
«,92( -09
S.3St*09
3,29f.0«
«,101*08
l.ilt-OB
1,2U«I I
2,97t*lI
9,70E«02
9,70E*02
*,OE»OOT"
u.OIE«00
.OOE-10
.63E.OU
,70E*OI
,32E*00
,69E»02
,76E»03
loot-io
«,OU- 00
3.00E- 10
«|60(-0l
3.32E-00
3.93E.OO
2,23«02
7.78E-OI
a.92r<09
3,001'tO
2,|9t«o2
,9UE*0| l,90t«OI
,OIE*00 «,OIE<00
,21F»02
.26E.02
,39f.0«
,9»F-OT
,79E*08
,b«E-08
.211*11
IttO|»02
.<»0l«02
I.PSf«0?
eisBE*Ca
«,921-09
7|7flF*0»
8,77E*08
2.90E-08
I.20E-1I
6J73E02
,OOE*00
.OOt-10
!?6l»0l
,32E»00
,ObC*00
.|OE*02
|92E-09
,OOE*10
,1DE*02
,77E»Ol
,7ft»0i
,OOE*00
,76E*00
,9«F»Ot
|36F*oa
IsSE-09
!sif*OB
,3|E*OS
IzoE-ta
,03E«02
,03E«02
*,OE«0|YR
,99E«00
,OOE>IO
,22E*IO
,33E»00
,1SE*00
,lttE*Ot
,ObE*03
.92E-09
,OOE-10
,09t*02
|siE*OI
,2«E*OI
,6«f«00
,56F*Ol
,26(*02
,32t*oa
.56E-18
.«3E«02
,aiE*ot
,OE»02YR
,981*00
.OOE-IO
,12t-|U
,9]E*0|
,33E*00
,|7t*00
,UE«00
,2Ut<0)
.OOE-IO
,961*02
,26E*01
,26E»01
,9RF»00
,031*01
,«3E*00
,36E»00
.Z5E-02
,27E*Ott
.921-09
7,3SE*OB
2,«6E*IO
2,'uiE*22
2,BSE*02
2,65E*02
3,92E»00
3,00t*10
«,50t«10
3, 30t*00
.061*00
.03E-03
,6lf-OB
.20E-02
,66E*OU
,921-09
,S«E-09
,
.75E-OB
,65E*I 0
,651*12
i
,10E»02
,JOE«02
l,OE»03YR
3,66t»00
3. OOE-10
0,
d.l&E-Ol
S,35€«00
3.B1E«00
I.I6E-02
«!92E*09
1. 001-10
tt,6SL«01
2,09t-01
2.0BE-OI
3,6»>F«00
1 , 71 1*01
5.25E-09
3.9
-------
oo
TABLE XIB
LNFBH NASTE - * "IKTURE OF CORE, AlIAL BLANKET, AND RADIAL BLANKET
POWER* «,0«N», BURNUP" }S87,MMO. PLU»"
NUCLIDE RADIOACTIVITY, CURIES
BASIS • ONE KILOGRAM OP ICTINIDES IN HASTE
CHARGE l.OE+OOKYR 2l%E*OOKyR6lOE«OOKYR| ,OE»OI«YR2.St «OI"Y' 6,OE*01KYR1 .OE«02KVR).OE«02«VR1 ,Ot*03KVR| .OE'OUKVR 1 .OE*0*KYR
TL207
TL20B
TL209
PB209
PB2IO
PB2II
PB212
PB21«
81210
BI2II
BI2I2
B12I1
BI2IO
P02IO
P021I
P02I2
P02I1
P0210
P02IS 0
P02I6 0
P02I8 0
»T2IJ 0
RN2I9 0
RN220 0
"i»222 0
FR22I
FR221
RA221
RA220
RA22S
MA226
RA228
AC229
AC227
AC22B
TM227
TH22B
TH229
TH210
TH21I
TH212
TN210
PA2JI
PA211
PA210N
PA210
U211
U210
u2is
U216
U217 0
u"" 2
I.OSE.07 0.27E-07 |,60E-06 1.891.06 I.B6E-05
I.68E-09 6.6IE-I2 l.lOE-lt 8.I5E-I1 l.«lE-lO
OOE-01
S2E-00
.391-07 I.I1E-06 7,061.06 1.B5E-OS 8.29E-0*
.12E-06 S.JOE-05
.07E-09 2.00E-00
,061-07 «.2«E-07
.66E-09 I.89E-II
.07E-OS 2.00E-OU
.07E-05 2.00E-00
.06E-07 o,28t-07
,66E-09 |,«9E.|I
, 121-06 S,|«E-05
.07E-05 2,OOE-Oa
.07E-OS 2.00E-00
.IBE-IO 1.28E-09
.99E-09 I.2IE-II
.18E.06 S.01E-OS
,07t-OS 2,OOt.OO
.(I6E-07 0.28E-07
.66E-09 I.R9E-M
.07E-OS i.OOf-00
.12E-06 S.IOE-OS
.06E-07 (l,26f>07
.66E.09 |,89E.||
.07E.05 2,001.00
.I2E-06 3, HE-OS
,001.09 S.99E-09
.ObE-07 0,281-07
.66E-09 l,69t-||
.S2E-06 !,|OF-OS
.07E.01 2.00E-00
,621-12 I.B9E.||
.12E-06 S,10£.05
.06E-07 0.28E-07
.62E-I2 l,6»k. 11
.00£.07 a,22(.QT
.66E-09 1.691-11
,12E«06 *,10E-OS
(89E>00 »,«!£. 00
,60f.Q6 l.JSfOS
.62E-I2 I.89E-1I
,70E-00 2,70E>00
,ObE-Or 0, 281-07
.I8t-02 6.03E-02
.701-00 2.70E.OO
,70E-07 2.70E-07
.62E-08 *.10e-00
.71E-02 2.70E-02
.601-06 1.15E-05
I.29C-00 2,«2E-Oa
.2IE-00 B.OIE-00
,SSE-00 |,71E-01
.60E-06 I.9IE-06
.28E-1I 2.26E-10
.SSt-00 1.7IE-01
.SSE-OO I.7IE-01
,601.06 3.9IE-06
,26E.|l 2.26E-IO
,2IE-00 8.01E-00
.SSfc.OO 1.7IE-03
.5SE-00 1.71E-01
.93E-09 I.ITE-08
,90E.|i 1.00E-10
,|OE.OO 8.21E.OO
.5SE-00 1.71E-01
.60E.06 I.9IC.06
,28t-ll 2.26E-IO
,SSC*Ott |,7te-0)
,21E»00 BiaIE-00
.60E.06 1.91E-06
.28E.II 2.26E.10
,55t.OO I.7IE.01
.21E-00 8,0|£.00
.10E-08 S.07E.08
.60E.06 1.91E-06
.28E-II 2.26E-IO
.2IE-00 B,OtF<00
.SSt-OO 1,7:E-03
.28E.11 ?,26E-IO
.2IE-00 6,oiE-Oa
,60|.06 1.9IE-06
,28E-II 2.26E-IO
.62E-06 5.BSE-06
.2BE-1I 2.26E-10
.2IE-00 B.OIE-OO
, lot. 01 2.21E.01
,29E-0? l.bSC-OS
.2BE-1I 2.26E-IO
.70E-00 2.70E-00
,60E-06 !,9|t»06
.1U-02 6.IIE-02
.70E.OO 2.70E.OO
,701.07 2.70E-07
,al£-01 2.0IIE-OS
.7IE-02 2.66E-02
.29E-OS 1.S5E-OS
.60E-00 7.77E.OO
2.91E-07 2.VE-OT 1,911-07 1,17E«07
89C-02 2.70E-00 2.70E-00 2.70E-00 2,701-00
.77E-01
.72E-01
.B6E-OS
.S3E-IO
.72E-01
.72E-01
.86E-OS
,i3t-10
.77C-OJ
.72E-01
.72E-01
.S9E-OB
.10f -10
.681.01
.72E-01
.66E-OS
.S1E-IO
.72E-01
.77E-01
,86E«0»
.11E-IO
.72E-03
.77E-01
.61E-07
.86E-OS
.Slt-IO
.77E-01
.721-01
.Slt-10
.77E-01
.86E-09
.SlE-IO
.80F-OS
.S1F-IO
,77k. 01
.15E.01
.59E-05
.S3E-10
.70E-OU
,«h£-05
.081-02
,70E-Oa
.70E-OT
.08E-OS
.S7E-02
.S9J.05
.11E-01
.B9E-OB
.70E-OH
.61E-OS l.lOf-00 1.60E-00 I.60E-00 1.S9E-00 l,«6f-0«
.07E-09 1,921-09 6.17E-09 2.08E-08 1.85E-07 6.91L-07
,S2t-00 a. 191.00 9.28E-00 1.01E-03 S,2"E-05 I,2bt-l7
.lOt-02 I.91E-02 0.42E-02 4.71E-02 2.00E-OI S.7UE-16
,01E-02 1. 181-02
.6SE-05 I.IIE-Oa
.9BF-09 S.1SE-09
,01E-02 1.18F-02
,011-02 I.IBE-02
.65F-95 I.11F-00
.9BE.09 5.3SE-09
.tuE-02 I.9IE-02
.01E-02 1,381-0?
,01E-02 I.18E-02
.99E-07 1.121-07
.9IE-09 S.02E-09
,l2E-Oc I.86E.02
.03E-02 1.38E-02
.6SE-OS 1.11E-OU
.98E-09 *.1!>E-09
.OH-02 I.18L-OI
.IOE-02 |,9|E-02
,6SE-n? I.1IE-00
.98E-09 S.3SF-09
.03E-02 I.18E-02
.10E-02 1.91F-02
.31E-07 l.^SE-06
,6fC-OS I.I1E-00
,9BE-09 S.1SE-09
,ME-n2 |,9lt-02
.01E-02 1.18E-02
.98E-09 S.lSt.09
.10F-02 I.9IE-C2
.65E-05 l.ltf-60
.98E-09 i.3Sk-09
.56F-OS 1.09E-OU
.981-0-9 S.3SE-09
,I«E-02 1.9U.02
.02E-02 1.37E.02
,29E-00 1,511-00
.98E-09 S.ISE-09
,701-00 2,701-00
,bSF-OS I.IIE-00
,01t-02 i, 931-02
.70E-00 2.70E-00
.70E-07 2.70E-07
.16E-02 2.09E-02
. 3«F-02 2.09E-02
,29[-oa I.SIE-Ofl
.20E-A1 1.201.0*
.U7E-02 2.7IE-01 2.70E-00 2.bbE-0«
.60E-00 I.6IE-00 |,60E-000
,«7f.02 2.7U-01 2.70E-00 2,bbE-00
.80E-07 «,81E-07 0.79E-07 O.iet-07
.IOE-08 1. 701-08 I.29E-07 1.21E-06
,12E-0? 0.61E-02 2,3l>t-0! S.62L.16
.071.02 2.7U-03 2.70L-CO 2,b(>L-00
.60E-00 1. 611.00 I.60E-00 1.U6E-OU
.7IF-08 S,7Pf-08 S,|OL-07 1.92E-06
,071.02 *. 711-03 2.70L.OO 2.6ME-OII
.OOt-00 |,blE-00 |,bOE-00 l,UbF-00
.7IF-08 S, 78k. 08 S,|ok-07 I.92E-06
,071-02 2.7IE-OS 2.70E-OU 2.66E-00
,22t-02 0.7U-02 2,OOF-01 S,7«E-lb
.201-06 2,2St-Ob 2.21E-06 2.05E-06
,60t-oa i,6it-oa i,60E-oo t.obE-oa
.7IE-08 S.7BE-OB S,|u£-07 1.92E-06
.22E-02 o.TIE-02 2,oOE-01 b,7ub-!6
.07E-02 2.7IE-01 2.701-00 2.66E.OO
.71E-08 5.78E.08 S.|«E-07 1.92E-06
,22F-02 o,71t-02 2.00E-01 S,7aE-16
,60E-00 |,6IE-Oa 1.60E-00 l.Ubt-04
.71E-08 5.78E-08 9.1
-------
11200
NP217
NP2J9
NP2UO*
PU219
PUl01
looi-io
,2lt »00
|o2L-02
,8IE-OU
NUClIOl R40IOACMVITY, CU9I19
BASIS • 0"E KILOGRAM OF ACTfMDFS I* *»STt
l.OOE-IO
l.OOE-IO
i.?<»f .00
2,2"t »00
7,661-01
9.061-01
U.92E-09
J.OOl-tO
2.16E-02
2.15J .00
7.6UI-OS
1.U7E-OK
«.92E>09
S,291-09
I,01E«OI
I.O«E*OI
,OOE-IO
,11E«02
,«2t »00
.OOF-IO
|ME»OO
loot.01
.92F-09
.001-10
,77E>05
,62E»00
,U6f.03
,91E-0«
,921-09
.2-JE-09
.JIEtOO
.1IE*00
1,OOE-IO
6.081-32
l!oOE-IO
I.Sftf-Jl
B.7»E-)1
«,9ie-j9
3.0IE-IO
a!l7E-3l
l.SSl-Jl
2,U(-)S
«,9ie-)9
5.09E-19
3.75E«»0
3.7*E» iO
.02E-10
.OIt-02
.79F-02
.02E-IO
.ilE-81
,991-03
.27E-OS
.21E-01
,901-09
.02E-IO
,27f-OS
.75E-02
,2ftt-05
.21E-07
.90E-09
.75E-09
,1BE»00
1,011-10
S.931-02
«,67r-00
1.01E-IO
3.0IE-OI
7.6Uf-01
U.90E-09
3.03E-IO
2,B9e-06
«.67t-0«
2.89E-06
J.aJE-IO
•.90C-09
rlbAE-OI
r.»«t«oi
.08E-IO
.S6E-02
,86t-09
.08E-IO
.01E-03
,0'E-IO
.51E-I1
. 10E-01
,86E«09
.06E-IO
J86E-09
.soe-is
,*7t-|9
.86E-09
.96C-09
,60e-0t
.601-01.
.UJE-02
,711-09
.I5E-IO
,72(-09
0.
1.471.03
3.ISI-10
0,
0.71E-09
0.
1.10E-11
«,71E-09
T,«7C.tO
S,o7E»01
2.9SE-IO
2,«0t-03
2.9SE-IO
3.22E-09
2.95E-IO
Of
l.OSE-IO
1,22E-09
2.95E-10
0,
3.22E-09
0,
0,
3,22E>09
I.19E-IO
1.29E-02
3,296-02
1.19E-IO
7,191.11
I.J't-JO
0.
0.
7.I9E-1I
1.19E-10
0.
o!
o,
7.I9E-H
0.
«.«2E-03
oo
vo
-------
TABLE XIIA
PLUTONIUM - A MjiTuPf or CORE. AXIAL BLANKET, ASD PAOIIL BLANKET
XUCLIOt 1»OIO*CTIVI1Y, CURIES
BASIS • ONE KILOGRAM 01 PLUTONIUM
CO
I
TL208
PB210
PB212
BI2IO
81212
HI21»
P0210
P02I2
P021U
pni t b
P0218
RN220
RS222
RA22H
TH228
TM2JO
TH?J1
PA233
U?J2
U233
U2J«
U235
U23b
U237
NP237
PU238
Pu239
PU200
Pli2E.|2
?,97E-11
b.2Sl.OS
2.96E-I2
9, 7bf .05
2,9bE-12
2l9bt-l2
9. 7bE*05
Q 7 oE — 05
8. 191 -09
l.05(.07
7,27E-Ob
2.6U.OU
2,«9i*| |
7,5«f-0«
1.05E-07
5,57t-0b
l.nJE-OI
7,27F-Ob
l,0«t»02
U,2B(»OI
U.92E»01
U,I1E*03
I.OOE-OI
1 ,7«t«01
»,32E»0) 1
(I,32E*03
l.07E-Oa
1.93F-12
«,06E-1I
il'SE-OH
V.06E-1I
1 , 39E >12
l.<)lE.Oa
«,ObE-ll
2,'*E-0«
U.ObE-ll
2.98E-OU
u,0bt-l 1
2,9?E-0«
2.QHE-OU
U.67E-08
2,51 t- 07
J, 9E-06
B,72E-02
,9aE-05
.n«t»02
,2AE*OI
,92E*0 1
,09fc»03
.OOE-01
,pac*ot
t,72E»01 1
3,72E«03
10, Y9
l,57E.O«
1.87k. 10
l,a«E«l 1
a.lkE-04
I.87E.|0
l.uxt-l 1
2.79E-OU
1.B7E-10
u,m.o«
1.B7E-IO
u, JliE-OU
1.8'E-lO
U.36E-OU
1 ,87£- 1 0
lliSE-OT
u. 186. 07
l.oit-oa
U,9bE-0 09
U,85E'00«
1,07E-OJ
3.77E.03
«,9BL*0|
U,27E*01
«,87£»01
«,27E.01
l.OOE-Ol
I,J8E»02
,89E-Ob
,06
.601-05
,89t.0b
,«OE-06
.S9E-05
,69E.Ob
,bOE-05
.89E-06
.60E-05
.89E-06
.60E-05
, 89£-Ob
.60E-05
.7JE-05
,002
.I2E-05
.S6E-OJ
.3UE-22
.5JE-02
,511-02
,16E«OI
!l3E-|T
.98E-02
,30E»Ol
I,22E»02 2,16E«02 1,52E«02 |t|9E«02
3,22E»02 2,lbE»02 1,52E«02 1,19E«02
-------
TABLE XI IB
L«FBR PLUTONIUM . A H]>TURE OF CORE, »»I»L BLANKET, »NO RiOI-L
00
I
XUCLIOE RADioACMvi r, CURIES
BASIS • OSE KILOGRAM ur PLUTONIUM
l.KYR 2.5«YR 6,«YR IO,«»R 2S.KYR 60.IYR 100. KYR
TL207 _ «. 371-07 2.67f-06 1.U5E-05 3.77E-05
TL209 U.9IE-CB 5,0«E-07 3.U1(-(I6 9,16E-06
PB209 2.23E-06 2. HE-OS
PB210 S.OOF-05 2.99E-OU
P«2I1 «,39F-07 2.67E-06
PB2I4 5,001-05 2.99E-OU
BI210 5.00F-05 2.99F-oa
HI2I1 «. 39t-07 2.67E-06
BI2I3 2,211-06 7.UF-05
B12IU 5.00E.05 2.99F.QU
P0210 5,OOE.05
P02H 1.321-09
P02I3 2.IBE-Ot>
P02I« 5,OOF-05
P0215 (1,391-07
P0218 b.OOE-05
AT217 2.21F-0'!
HM219 (I.391-Q7
HM222 S.OOf-05
F»22l 2.23E-06
ft>f?$ 6.IUF-09
RA223 U.39f07
RA225 ?,2tE-Ofi
RA226 5.00fOS
AC225 2.23l-0b
AC227 a,39£-07
TH227 a,33F-07
T*229 2.2SE-06
T»230 2,95
TH23U 1.5UE-08
PA231 «,39E-07
PA233 2.S3F-02
PA23U* l,5at-08
U233 6,611.05
U23U S.90F-02
U21S a,12t-05
U2Jb 1,361-03
U23B 1,5«£-08
NP237 2.53E-02
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,7bt-07 8.73E-07
,86E-0« 6,36E-Oa
.17E-02 3.13E-02
.76E-07 8.73E.07
.I5E-03 7,09E-03
.651-02 3.3U-02
,U9E-0« 1.20E-03
.2AE-02 l,39E>02
.76E-07 8.73E-07
.I7E-02 3.I3E.02
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300, KYR 1000, KYR 1 0000 , K YR 1 0 0000 , K YH
L.06E-03 I.U7E-03 1.U5E-03 1.33E-03
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,«bE-93 l,<*7t-03 l,«bE«03 1,3«E-03
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,|8£.02 2,«bt-02 |,25E>OS 2,98b-t6
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,i«E-03 1, 981-11 0, 0,
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.78E-02 I.61E-02 1.15E-09 0,
• 0, 0, 0.
SUBTOT 1.19£«02 6,|?E*OI 6,30E«01 S,OlE»01 2.52E*01 a,3IE«01 2,99£»00 9.76E-01 3,50e-OI a,0«E-02 l,SbE-02
TOTAL 1.19E+02 8,l2t»0l b.SOE»OI S,01E«OI 2,S2C*OI 8,31f.>0 2.99EOO 5.76E-01 3.50E-01 a.OttE-02 1,5BE«02
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APPENDIX C
METHODOLOGICAL NOTE
The use of ALTHAEA to normalize the ORIGIN code was necessary in order
to provide an accurate transition from the Yankee and Saxton lattices where
measured isoLopic data exists to the current 1100 MWe class PWR and BWR
lattice for which there is no current actinide isotopic information.
ORIGEN is a two energy group transmutation code. Different lattices
are distinguished from each other only by different input values of the
fast to thermal flux ratio. This neglects two important effects when
major differences in the fuel rod lattice type occur. First the
effective resonance integral is a strong function of rod size, lattice
pitch, and nuclide concentration. Secondly the thermal flux depression
factor also depends upon both the lattice and the exposure.
The ALTHAEA code computes both of these major effects in addition to
providing lattice-characteristic flux ratios. There are also several
more minor effects contained in ALTHAEA that relate to designed operating
conditions such as the effect of moderator and fuel average operating
temperatures.
The combination of a lattice transmutation (ALTHAEA) code along with
the much more comprehensive ORIGEN isotopic data base has permitted a
much more reliable extrapolation from the lattices of known discharge
isotopic concentration to the current design types than would have been
possible with ORIGEN alone.
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