DARPE: Search Results
Entry No. D1905

I.Nishinaka1, Y.Nagame1, H.Ikezoe1, M.Tanikawa2, Y.L.Zhao3, K.Sueki4, H.Nakahara1,5
Japan Atomic Research Institute (JAERI1
Univ. of Tokyo, Tokyo2
Inst.of High-Energy Physics, Acad. Sinica, Beijing3
Univ. of Tsukuba, Tsukuba4
Tokyo Metropolitan Univ., Hachioji, Tokyo5
Physical Review, Part C, Nuclear Physics70(2004)014609

Partition of total excitation energy between fragment pairs in asymmetric and symmetric fission modes

Click on the data number to see the plot. Or select the box to plot multiple data.
DataFilePhysical quantitiesReaction(s)Energies
1 *A18) COUNTS19)
A: Mass number #8; COUNTS: Count number		 232TH(P,FISSN); 12 MEV
2 *A20) TOT-KIN-ENGY21)
A: Mass number #8; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
3 *A24) N-MLT25)
A: Mass number #8; N-MLT: Neutron multiplicity #7		 232TH(P,FISSN); 12 MEV
4 *A26) N-MLT27)
A: Mass number #8; N-MLT: Neutron multiplicity #7		 232TH(P,FISSN); 12 MEV
5 *TOT-KIN-ENGY28) N-MLT29) N-MLT30)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
6 *TOT-KIN-ENGY31) COUNTS32)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
7 *TOT-KIN-ENGY35) N-MLT36) N-MLT37)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
8 *TOT-KIN-ENGY41) COUNTS42)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
9 *TOT-KIN-ENGY45) N-MLT46) N-MLT47)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
10 *TOT-KIN-ENGY51) COUNTS52)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
11 *TOT-KIN-ENGY55) N-MLT56) N-MLT57)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
12 *TOT-KIN-ENGY61) COUNTS62)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
13 *TOT-KIN-ENGY65) N-MLT66) N-MLT67)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
14 *TOT-KIN-ENGY71) COUNTS72)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
15 *TOT-KIN-ENGY75) N-MLT76) N-MLT77)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
16 *TOT-KIN-ENGY81) COUNTS82)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
17 *TOT-KIN-ENGY85) N-MLT86) N-MLT87)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
18 *TOT-KIN-ENGY91) COUNTS92)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
19 *TOT-KIN-ENGY95) N-MLT96) N-MLT97)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
20 *TOT-KIN-ENGY101) COUNTS102)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
21 *TOT-KIN-ENGY105) N-MLT106) N-MLT107)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
22 *TOT-KIN-ENGY111) COUNTS112)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
23 *TOT-KIN-ENGY115) N-MLT116) N-MLT117)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
24 *TOT-KIN-ENGY121) COUNTS122)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
25 *TOT-KIN-ENGY125) N-MLT126) N-MLT127)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
26 *TOT-KIN-ENGY131) COUNTS132)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
27 *TOT-KIN-ENGY135) N-MLT136) N-MLT137)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
28 *TOT-KIN-ENGY141) COUNTS142)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
29 *TOT-KIN-ENGY145) N-MLT146) N-MLT147)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
30 *TOT-KIN-ENGY151) COUNTS152)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
31 *TOT-KIN-ENGY155) N-MLT156) N-MLT157)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
32 *TOT-KIN-ENGY161) COUNTS162)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
33 *TOT-KIN-ENGY165) N-MLT166) N-MLT167)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
34 *TOT-KIN-ENGY171) COUNTS172)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
35 *TOT-KIN-ENGY175) N-MLT176) N-MLT177)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
36 *TOT-KIN-ENGY181) COUNTS182)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
37 *TOT-KIN-ENGY185) N-MLT186) N-MLT187)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
38 *TOT-KIN-ENGY191) COUNTS192)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
39 *TOT-KIN-ENGY195) N-MLT196) N-MLT197)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
40 *TOT-KIN-ENGY201) COUNTS202)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
41 *TOT-KIN-ENGY205) N-MLT206) N-MLT207)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
42 *TOT-KIN-ENGY211) COUNTS212)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
43 *TOT-KIN-ENGY N-MLT215) N-MLT216)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
44 *TOT-KIN-ENGY COUNTS220)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
45 *TOT-KIN-ENGY N-MLT223) N-MLT224)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
46 *TOT-KIN-ENGY COUNTS228)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
47 *TOT-KIN-ENGY N-MLT231) N-MLT232)
N-MLT: Neutron multiplicity #7; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
48 *TOT-KIN-ENGY COUNTS236)
COUNTS: Count number; TOT-KIN-ENGY: Total kinetic energy		 232TH(P,FISSN); 12 MEV
49 *A DATA1
A: Mass number #8		 232TH(P,FISSN); 12 MEV
50 *A DATA1
A: Mass number #8		 232TH(P,FISSN); 12 MEV
51 *A DATA1
A: Mass number #8		 232TH(P,FISSN); 12 MEV
52 *A DATA1
A: Mass number #8		 232TH(P,FISSN); 12 MEV

18) Primary fragment mass numbers
19) Given in counts
20) Primary fragment mass numbers
21) Averaged total kinetic energy
24) Primary fragment mass numbers
25) Multiplicity of neutron emitted from a primary fragment
26) Primary fragment mass numbers
27) Multiplicity of neutron emitted from primary fragment pairs as a function of light fragment mass
28) Total kinetic energy of primary fragments
29) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
30) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
31) Total kinetic energy of primary fragments
32) Given in counts
35) Total kinetic energy of primary fragments
36) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
37) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
41) Total kinetic energy of primary fragments
42) Given in counts
45) Total kinetic energy of primary fragments
46) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
47) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
51) Total kinetic energy of primary fragments
52) Given in counts
55) Total kinetic energy of primary fragments
56) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
57) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
61) Total kinetic energy of primary fragments
62) Given in counts
65) Total kinetic energy of primary fragments
66) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
67) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
71) Total kinetic energy of primary fragments
72) Given in counts
75) Total kinetic energy of primary fragments
76) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
77) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
81) Total kinetic energy of primary fragments
82) Given in counts
85) Total kinetic energy of primary fragments
86) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
87) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
91) Total kinetic energy of primary fragments
92) Given in counts
95) Total kinetic energy of primary fragments
96) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
97) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
101) Total kinetic energy of primary fragments
102) Given in counts
105) Total kinetic energy of primary fragments
106) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
107) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
111) Total kinetic energy of primary fragments
112) Given in counts
115) Total kinetic energy of primary fragments
116) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
117) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
121) Total kinetic energy of primary fragments
122) Given in counts
125) Total kinetic energy of primary fragments
126) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
127) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
131) Total kinetic energy of primary fragments
132) Given in counts
135) Total kinetic energy of primary fragments
136) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
137) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
141) Total kinetic energy of primary fragments
142) Given in counts
145) Total kinetic energy of primary fragments
146) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
147) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
151) Total kinetic energy of primary fragments
152) Given in counts
155) Total kinetic energy of primary fragments
156) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
157) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
161) Total kinetic energy of primary fragments
162) Given in counts
165) Total kinetic energy of primary fragments
166) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
167) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
171) Total kinetic energy of primary fragments
172) Given in counts
175) Total kinetic energy of primary fragments
176) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
177) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
181) Total kinetic energy of primary fragments
182) Given in counts
185) Total kinetic energy of primary fragments
186) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
187) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
191) Total kinetic energy of primary fragments
192) Given in counts
195) Total kinetic energy of primary fragments
196) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
197) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
201) Total kinetic energy of primary fragments
202) Given in counts
205) Total kinetic energy of primary fragments
206) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
207) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
211) Total kinetic energy of primary fragments
212) Given in counts
215) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
216) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
220) Given in counts
223) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
224) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
228) Given in counts
231) Total neutron multiplicity before correction for instrumental fluctuation (See Sect. IIIB of the reference)
232) Total neutron multiplicity after correction for instrumental fluctuation (See Sect. IIIB of the reference)
236) Given in counts
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Last update of this script: April 12, 2006. Contact address: darpe-admin@jcprg.org