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Entry No. D1851

Y.L.Zhao1,3, T.Ohtsuki2, Y.Nagame3, I.Nishinaka3, K.Tsukada3, S.Ichikawa3, H.Ikezoe3, Y.Hatsukawa3, K.Hata3, M.Tanikawa4, Z.Qin3, K.Sueki1, Y.Oura1, H.Kudo5, H.Nakahara1
Tokyo Metropolitan Univ., Hachioji, Tokyo1
Tohoku Univ., Sendai2
Japan Atomic Research Institute (JAERI3
Univ. of Tokyo, Tokyo4
Niigata Univ., Niigata5
J.of Radioanalytical and Nuclear Chemistry239(1999)113

Characteristics of binary scission configurations in proton-induced fission of actinides

Click on the data number to see the plot. Or select the box to plot multiple data.
DataFilePhysical quantitiesReaction(s)Energies
1 *TOT-KIN-ENGY16) COUNTS17) DATA118) DATA219)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 238U(P,FISSN); 13 MEV
2 *TOT-KIN-ENGY21) COUNTS22) DATA123) DATA224)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 238U(P,FISSN); 13 MEV
3 *TOT-KIN-ENGY26) COUNTS27) DATA128) DATA229)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 238U(P,FISSN); 13 MEV
4 *TOT-KIN-ENGY31) COUNTS32) DATA133) DATA234)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 238U(P,FISSN); 13 MEV
5 *A YLD DATA135) DATA236) FLAG37)
A: Mass number #8; YLD: Yield (Continuous quantity)		 232TH(P,FISSN); 13 MEV
6 *A YLD DATA138) DATA239) FLAG40)
A: Mass number #8; YLD: Yield (Continuous quantity)		 238U(P,FISSN); 13 MEV
7 *A YLD DATA143) DATA244) FLAG45)
A: Mass number #8; YLD: Yield (Continuous quantity)		 244PU(P,FISSN); 15 MEV

16) Total kinetic energy (TKE) for fission fragments
17) Unit is Counts.
18) Mass yield corresponding to low-total kinetic energy component, given in Counts
19) Mass yield corresponding to high-total kinetic energy component, given in Counts
21) Total kinetic energy (TKE) for fission fragments
22) Unit is Counts.
23) Mass yield corresponding to low-total kinetic energy component, given in Counts
24) Mass yield corresponding to high-total kinetic energy component, given in Counts
26) Total kinetic energy (TKE) for fission fragments
27) Unit is Counts.
28) Mass yield corresponding to low-total kinetic energy component, given in Counts
29) Mass yield corresponding to high-total kinetic energy component, given in Counts
31) Total kinetic energy (TKE) for fission fragments
32) Unit is Counts.
33) Mass yield corresponding to low-total kinetic energy component, given in Counts
34) Mass yield corresponding to high-total kinetic energy component, given in Counts
35) Mass yield corresponding to low-total kinetic energy component, given in Counts
36) Mass yield corresponding to high-total kinetic energy component, given in Counts
37)
38) Mass yield corresponding to low-total kinetic energy component, given in Counts
39) Mass yield corresponding to high-total kinetic energy component, given in Counts
40)
43) Mass yield corresponding to low-total kinetic energy component, given in Counts
44) Mass yield corresponding to high-total kinetic energy component, given in Counts
45)
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Last update of this script: April 12, 2006. Contact address: darpe-admin@jcprg.org