DARPE: Search Results
Entry No. D1711

W.Q.Shen1,2,3, W.Ye1,2,3, Y.G.Ma1,2,3, J.Feng1,2,3, J.S.Wang1,2,3, K.Yuasa-Nakagawa4, T.Nakagawa4, K.Yoshida4, J.Kasagi5, Y.Futami8, S.M.Lee8, K.Furutaka9, K.Matsuda9
China, People's Rep.1
Inst.of Nucl.Research, Acad.Sinica, Shanghai2
Fudan Univ., Shanghai3
Inst.of Physical and Chemical Res. (RIKEN4
Tohoku Univ., Sendai5
Univ. of Tsukuba, Tsukuba6
Tokyo Inst.of Technology, Tokyo7
Physical Review, Part C, Nuclear Physics56(1997)1996

Azimuthal distribution, azimuthal correlation, and reactionplane dispersion in the reaction 10.6 MeV/nucleon 84Kr on 27Al

Click on the data number to see the plot. Or select the box to plot multiple data.
DataFilePhysical quantitiesReaction(s)Energies
1 *A-EMT20) A-EMT21) PHIL22) DSIGMA/DOMEGA23)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,P,FISSN); 10.6 MEV/A
2 *A-EMT28) A-EMT29) PHIL30) DSIGMA/DOMEGA31)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,P,FISSN); 10.6 MEV/A
3 *A-EMT36) A-EMT37) PHIL38) DSIGMA/DOMEGA39)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,P,FISSN); 10.6 MEV/A
4 *A-EMT44) A-EMT45) PHIL46) DSIGMA/DOMEGA47)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,P,FISSN); 10.6 MEV/A
5 *A-EMT52) A-EMT53) PHIL54) DSIGMA/DOMEGA55)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,2*P,FISSN); 10.6 MEV/A
6 *A-EMT60) A-EMT61) PHIL62) DSIGMA/DOMEGA63)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,2*P,FISSN); 10.6 MEV/A
7 *A-EMT68) A-EMT69) PHIL70) DSIGMA/DOMEGA71)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,2*P,FISSN); 10.6 MEV/A
8 *A-EMT76) A-EMT77) PHIL78) DSIGMA/DOMEGA79)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,2*P,FISSN); 10.6 MEV/A
9 *A-EMT84) A-EMT85) PHIL86) DSIGMA/DOMEGA87)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,P,ALPHA,FISSN); 10.6 MEV/A
10 *A-EMT92) A-EMT93) PHIL94) DSIGMA/DOMEGA95)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,P,ALPHA,FISSN); 10.6 MEV/A
11 *A-EMT100) A-EMT101) PHIL102) DSIGMA/DOMEGA103)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,P,ALPHA,FISSN); 10.6 MEV/A
12 *A-EMT108) A-EMT109) PHIL110) DSIGMA/DOMEGA111)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,P,ALPHA,FISSN); 10.6 MEV/A
13 *A-EMT116) A-EMT117) PHIL118) DSIGMA/DOMEGA119)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,2*ALPHA,FISSN); 10.6 MEV/A
14 *A-EMT124) A-EMT125) PHIL126) DSIGMA/DOMEGA127)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,2*ALPHA,FISSN); 10.6 MEV/A
15 *A-EMT132) A-EMT133) PHIL134) DSIGMA/DOMEGA135)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,2*ALPHA,FISSN); 10.6 MEV/A
16 *A-EMT140) A-EMT141) PHIL142) DSIGMA/DOMEGA143)
A-EMT: Mass number of emitted particle #8; DSIGMA/DOMEGA: dsigma/dOmega #1; PHIL: Scattering angle phi in lab. system		 84KR(27AL,2*ALPHA,FISSN); 10.6 MEV/A
17 *A-EMT148) A-EMT149) DATA1150)
A-EMT: Mass number of emitted particle #8		 84KR(27AL,P,FISSN); 10.6 MEV/A
18 *A-EMT155) A-EMT156) DATA1157)
A-EMT: Mass number of emitted particle #8		 84KR(27AL,2*P,FISSN); 10.6 MEV/A
19 *A-EMT162) A-EMT163) DATA1164)
A-EMT: Mass number of emitted particle #8		 84KR(27AL,ALPHA,FISSN); 10.6 MEV/A
20 *A-EMT169) A-EMT170) DATA1171)
A-EMT: Mass number of emitted particle #8		 84KR(27AL,2*ALPHA,FISSN); 10.6 MEV/A
21 *A-EMT176) A-EMT177) DATA1178)
A-EMT: Mass number of emitted particle #8		 84KR(27AL,2*P,FISSN); 10.6 MEV/A
22 *A-EMT183) A-EMT184) DATA1185)
A-EMT: Mass number of emitted particle #8		 84KR(27AL,P,ALPHA,FISSN); 10.6 MEV/A
23 *A-EMT190) A-EMT191) DATA1192)
A-EMT: Mass number of emitted particle #8		 84KR(27AL,2*ALPHA,FISSN); 10.6 MEV/A

20) minimum mass number of coincident fragment
21) maxmum mass number of coincident fragment
22) azimuthal angle of proton
23) given as relative count after phi=90deg symmetrization
28) minimum mass number of coincident fragment
29) maxmum mass number of coincident fragment
30) azimuthal angle of proton
31) given as relative count after phi=90deg symmetrization
36) minimum mass number of coincident fragment
37) maxmum mass number of coincident fragment
38) azimuthal angle of proton
39) given as relative count after phi=90deg symmetrization
44) minimum mass number of coincident fragment
45) maxmum mass number of coincident fragment
46) azimuthal angle of proton
47) given as relative count after phi=90deg symmetrization
52) minimum mass number of coincident fragment
53) maximum mass number of coincident fragment
54) azimuthal angle between two protons
55) after phi=90deg symmetrization, no explanation is given for the unit, but may be relative count
60) minimum mass number of coincident fragment
61) maximum mass number of coincident fragment
62) azimuthal angle between two protons
63) after phi=90deg symmetrization, no explanation is given for the unit, but may be relative count
68) minimum mass number of coincident fragment
69) maximum mass number of coincident fragment
70) azimuthal angle between two protons
71) after phi=90deg symmetrization, no explanation is given for the unit, but may be relative count
76) minimum mass number of coincident fragment
77) maximum mass number of coincident fragment
78) azimuthal angle between two protons
79) after phi=90deg symmetrization, no explanation is given for the unit, but may be relative count
84) minimum mass number of coincident fragment
85) maximum mass number of coincident fragment
86) azimuthal angle between proton and alpha
87) after phi=90deg symmetrization, no explanation is given for the unit, but may be relative count
92) minimum mass number of coincident fragment
93) maximum mass number of coincident fragment
94) azimuthal angle between proton and alpha
95) after phi=90deg symmetrization, no explanation is given for the unit, but may be relative count
100) minimum mass number of coincident fragment
101) maximum mass number of coincident fragment
102) azimuthal angle between proton and alpha
103) after phi=90deg symmetrization, no explanation is given for the unit, but may be relative count
108) minimum mass number of coincident fragment
109) maximum mass number of coincident fragment
110) azimuthal angle between proton and alpha
111) after phi=90deg symmetrization, no explanation is given for the unit, but may be relative count
116) minimum mass number of coincident fragment
117) maximum mass number of coincident fragment
118) azimuthal angle between two alphas
119) after phi=90deg symmetrization, no explanation is given for the unit, but may be relative count
124) minimum mass number of coincident fragment
125) maximum mass number of coincident fragment
126) azimuthal angle between two alphas
127) after phi=90deg symmetrization, no explanation is given for the unit, but may be relative count
132) minimum mass number of coincident fragment
133) maximum mass number of coincident fragment
134) azimuthal angle between two alphas
135) after phi=90deg symmetrization, no explanation is given for the unit, but may be relative count
140) minimum mass number of coincident fragment
141) maximum mass number of coincident fragment
142) azimuthal angle between two alphas
143) after phi=90deg symmetrization, no explanation is given for the unit, but may be relative count
148) minimum mass number of coincident fragment
149) maximum mass number of coincident fragment
150) anisotropic coefficient of azimutial distribution (see eq.1 in text)
155) minimum mass number of coincident fragment
156) maximum mass number of coincident fragment
157) anisotropic coefficient of azimutial correlation (see eqs.2 and 5 in text)
162) minimum mass number of coincident fragment
163) maximum mass number of coincident fragment
164) anisotropic coefficient of azimutial distribution (see eq.1 in text)
169) minimum mass number of coincident fragment
170) maximum mass number of coincident fragment
171) anisotropic coefficient of azimutial correlation (see eqs.2 and 5 in text)
176) minimum mass number of coincident fragment
177) maximum mass number of coincident fragment
178) anisotropic coefficient of azimutial correlation (see eqs.2 and 5 in text)
183) minimum mass number of coincident fragment
184) maximum mass number of coincident fragment
185) anisotropic coefficient of azimutial correlation (see eqs.2 and 5 in text)
190) minimum mass number of coincident fragment
191) maximum mass number of coincident fragment
192) anisotropic coefficient of azimutial correlation (see eqs.2 and 5 in text)
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Last update of this script: April 12, 2006. Contact address: darpe-admin@jcprg.org