JAERI 1287 JNDC Nuclear Data Library of Fission Products Fir

JAERI 1287 217
Acknowledgment
The authors are grateful to the members of DHEWG of JNDC for the continuous support
and encouragement to the present work. Special thanks are to Professor M. Yamada of Waseda
University for the helpful discussions on the gross theory of beta decay.
References
1) American Nuclear Society: Proposed ANS Standard, Decay energy release rates following shutdown of
uranium-fuelled thermal reactors, draft Standard 5.1 approved by Subcommittee ANS-5 of the ANS
Standard Committee (October 1971) (revised 1973).
2) Shure K.: Fission product decay energy, Bettis Technical Review, WAPD-BT-24, 1-17 (1961).
3) Dickens J.K., Emery J.F., Love T.A., McConnell J.W., Northcutt K.J., Peelle R.W. and Weaver H.: Fission
product energy release for times following thermal neutron fission of 235 U between 2 and 14,000 seconds,
ORNL/NUREG-14 (1977); Dickens J.K., Love T.A., McConnell J.W. and Peelle R.W.: Nucl. Sci. Eng.,
74, 106(1980).
4) Dickens J.K., Emery J.F., Love T.A. McConnell J.W., Northcutt K.J., Pelle R.W. and Weaver H.: Fission
product energy release for times following thermal neutron fission of 239 Pu between 2 and 14,000 seconds,
ORNL/NUREG-34 (1978); Dickens J.K., Love T.A., McConnell J.W. and Peelle R.W.: Nucl. Sci.
Eng., 78, 126(1981).
5) Dickens J.K., Emery J.F., Love T.A., McConnell J.W., Northcutt K.J., Peelle R.W. and Weaver H.: Beta
and gamma ray production due to thermal fission of 235 U, spectral distributions for times after fission
between 2 and 14,000 seconds: tabular and graphical data, NUREG/CR-0162, ORNL/NUREG-39 (1978).
6) Dickens J.K., Emery J.F., Love T.A., McConnell J.W., Northcutt K.J., Peelle R.W. and Weaver H.: Fission
product energy release for times following thermal neutron fission of 241 Pu between 2 and 14,000 seconds,
NUREG/CR-0171, ORNL/NUREG-47 (1978).
7) Yarnell J.L. and Bendt P.J.: Decay heat from products of 23S U thermal fission by fast-response boil-off
calorimetry, LA-NUREG-6713 (1977).
8) Yarnell J.L. and Bendt P.J.: Calorimetric fission product decay heat measurements for 239 Pu, 233 U and
23S U, LA-7452-MS, NUREG/CR-0349 (1978).
9) Friesenhahn S.J., Lurie N.A., Rogers V.C. and Vagelatos N.: U-235 fission product decay heat from 1
to 100,000 seconds, EPRI-NP-180 (1976).
10) Friesenhahn S.J. and Lurie N.A.: Measurements of fission-product decay heat from 235 U and 239 Pu,
IRT 0304-004 (1977).
11) Schrock V.E., Grossman L.M., Prussin S.G., Sockalingam K.C., Nuh F., Fan C-K, Cho N.Z. and Oh S.J.:
A calorimetric measurement of decay heat from 23S TJ fission products from 10 to 10 5 seconds, EPRI
Report, NP616, Vol.1 (February 1978).
12) Akiyama M. et al.: Measurements of gamma-ray decay heat of fission products for fast neutron fissions
of 235 U, 239 Pu and 233 U, J. Atom. Ener. Soc. of Japan, 24, 709 (1982) (in Japanese).
13) Akiyama M. et al.: Measurements of beta-ray decay heat of fission products for fast neutron fissions
of 235 U, 239 Pu and 233 U, ibid., 24, 803 (1982) (in Japanese).
14) Akiyama M. and An S.: Measurement of fission product decay heat for fast reactor, presented at Int.
Conf. on Nucl. Data for Science and Technology, Antwerp, Belgium (Sept. 1982).
15) Tasaka K.: DCHAIN-Code for analysis of build-up and decay of nuclides, JAERI 1250 (1977) (in
Japanese).
16) Bell M.J.: ORIGEN - The ORNL isotope generation and depletion code, ORNL-4628 (1973).
17) Blachot J., De Toureil R.: Bibliotheque de donnees nucleaires relatives aux produits de fission, CEA
N-1526U972).
18) Tobias A.: Data for the calculation of gamma radiation spectra and beta heating from fission products,
RD/B/M 2669, U.K. Central Electricity Board (1973).