HI - JINR

JIHTEPATYPA
1. Strittmatter R.B., Wehring B. W. - Nucl.Instr. and Meth., 1979, v.166, p.473.
2. Vandenbosch R., Huizenga I.R. - Nuclear Fission, Academic Press, New·York, London,
1973, p.322.
3. Bozo3t!11b A.A. u op. ilpenpuHT OH1IHP3·87-862,JlyoHa, 1987.
4. raHzpcKuU /O.n., Jl4flXCypeH B., MapKoe B.M. - OcKOIlKU Ot!lleHUJI Jloep. M.: 3Hep­
ZOaTOMU30aT, 1986, c.61.
5. Rider B.F., Meek M.F. Fission Yields, NED0292,IAEA Viena, 1981.
6. Lang W. et aI. - Nucl. Phys., 1980, A34S, p.34. ~
I
7. Tracy B.L. et aI. - Phys. Rev., 1972, CS, p.222.
8. Nifenecker H. et al. - Proceedings ofthe International Symposium on "Nuclear Fission ~
and Related Collective Phenomena and Properties ofHeavy Nuclei", Bad Honnef,1981,
p.47; ed. David P., Mayer·Kuckuk T., Vander Wonde A., Springer Verlag, Berlin, Heidel.
berg, New-York, 1982.
9. Montoya M. Semiclassical Methods in Nuclear Physics, Grenoble 1984; ed. Hasse R. W.,
Arvieu R., Schuck P.; louma! de Physique Supplement, 1984, N6, p.407.
10. Schutte G. et al. - Zeitschrift jUr Physik, 1980, A297, p.289.
11. GOnnenwein F. Nuclear Data for Basic and Applied SCience, vi., p.879, ed. Young P.G.,
et aI. Gordon and Break Science Publishers, 1986.
12. Schmitt C. et aI. Nucl. Phys., 1984, A430, p.21.
13. Dickens I.K., Connell I. WMc - Phys. Rev., 1983, C27, p.2S3.
14. Nifenecker H. Low Energy Nuclear Fission, in: Nuclear Structure, p.309, ed. Abra.
hams K., Hart K.A., Dieperink A.EL., Plenum Publishing Corp., 1981.
15. Bengtsson R. et al. - Physica Scripta, 1984, v.29, p.4D2.
Bor,nseJU. A.A. H .np.
H3yqeHHe cpparMeHTSItHH sap.B'A8 H MacChi OCKOJIKOB
DpH ,lJ;eJJeHHH 2Sau pe30HBHCBhlMH HeiTpOHaMH .
P15·88-385
npeaCT8BJIeBhl pe3ym.TaThl HCcne,D;OB8.HlfJI cpparMeHTSItHH sapJl,lJ;a
H Macchi B npoItecce ,lJ;eJJeHHR 236U pe30HaHCBhlMH HeiTpOHaMH, no­
.nytIeHBhle C Hcnom.sOBaHHeM MeTO,lJ;HKH, OCHOBaHHOH Ha H3MepeHHH
Ml'HOBeHKOro raMMa·H3JIyqeHHJII H3 OCKOJIKOB ,lJ;eJJeHHR. npHBO,D;aTCR
napaMeTphl pacnpe.u;eJJeHHR H306apHliecKHX BhlXO,lJ;OB H BeJIHIIHBhI
1IeTHo-HeqeTHOrO ~eKTa ,IJ;JI1I JIerKOH H TR)KeJJOH rpynn OCKOJIKOB.
Pa60Ta BhlnOJIHeHa B J1a60paTopHH HeiYpOHHOH CPH3HKH OHRH.
Coo&qeMw 06MJ& 11liliiii0 iiIIC•••'.a............een...... J1J6aa 1988
nepeuo,lJ; O.C.BHHorpa.u;OBoH
Dopel A.A. et al.
The Stuc; of Fragment Charge and Mass Fragmentation
under 2 U Fission with Resonance Neutrons
P15-88-385
J
2JI The results of the study of charge and'mass fragmentation during
U fission with resonance neutrons are presented. 1he technique
was used based on measuring the instant gamma-radiation from fission
fragments. Parameters of isobaric yield distribution and the values of
even-odd effect for a light and heavy fragment groups are presented.
The investigation has been performed at the Laboratory of Neutron
Physics, JINR.
12
PyKOI1HCIJ nOCTymma B m,naTe1IbCKHii OT,nen
31 M8J1 1988 ro,na.
CaamaaadedloD of the .Ioballlll&liute for Naelear a-.h. Dabal1988