DARPE: Search Results
Entry No. D1900

T.Wakasa1, H.Sakai2,3, M.Ichimura4, K.Hatanaka5, M.B.Greenfield6, M.Hatano2, J.Kamiya7, H.Kato2, K.Kawahigashi8, Y.Maeda2, Y.Nakaoka2, H.Okamura9, T.Ohnishi3, H.Otsu10, K.Sekiguchi3, K.Suda11, A.Tamii5, T.Uesaka12, T.Yagita1, K.Yako2
Kyushu Univ., Fukuoka1
Univ. of Tokyo, Tokyo2
Inst.of Physical and Chemical Res. (RIKEN3
Hosei University, Tokyo4
Research Center for Nuclear Physics, Osaka Univ, Osaka5
Internat.Christian Univ., Mitaka, Tokyo6
Japan Atomic Research Institute (JAERI7
Japan8
Tohoku Univ., Sendai9
Tohoku Univ., Sendai10
Saitama University, Urawa, Saitama11
Univ. of Tokyo, Tokyo12
Physical Review, Part C, Nuclear Physics69(2004)054609

Pionic enhancement in quasielastic (p,n) reactions at 345 MeV

Click on the data number to see the plot. Or select the box to plot multiple data.
DataFilePhysical quantitiesReaction(s)Energies
1 *
2 *
3 *
4 *TRNSF-ENGY16) AY
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
5 *TRNSF-ENGY18) AY
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
6 *TRNSF-ENGY20) AY
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
7 *TRNSF-ENGY22) POL
POL: Polarization; TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
8 *TRNSF-ENGY24) POL
POL: Polarization; TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
9 *TRNSF-ENGY26) POL
POL: Polarization; TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
10 *TRNSF-ENGY28) DSS
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
11 *TRNSF-ENGY30) DNN
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
12 *TRNSF-ENGY32) DLL
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
13 *TRNSF-ENGY34) DLS35)
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
14 *TRNSF-ENGY37) DSL38)
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
15 *TRNSF-ENGY40) DSS
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
16 *TRNSF-ENGY42) DNN
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
17 *TRNSF-ENGY44) DLL
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
18 *TRNSF-ENGY46) DLS47)
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
19 *TRNSF-ENGY49) DSL50)
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
20 *TRNSF-ENGY52) DSS
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
21 *TRNSF-ENGY54) DNN
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
22 *TRNSF-ENGY56) DLL
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
23 *TRNSF-ENGY58) DLS59)
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV
24 *TRNSF-ENGY61) DSL62)
TRNSF-ENGY: Transferred energy		 12C(P,N)12N; 345 MEV

16) Energy transfer omega(lab)=E(p)-E(n)
18) Energy transfer omega(lab)=E(p)-E(n)
20) Energy transfer omega(lab)=E(p)-E(n)
22) Energy transfer omega(lab)=E(p)-E(n)
24) Energy transfer omega(lab)=E(p)-E(n)
26) Energy transfer omega(lab)=E(p)-E(n)
28) Energy transfer omega(lab)=E(p)-E(n)
30) Energy transfer omega(lab)=E(p)-E(n)
32) Energy transfer omega(lab)=E(p)-E(n)
34) Energy transfer omega(lab)=E(p)-E(n)
35) Polarization transfer D(S'L)
37) Energy transfer omega(lab)=E(p)-E(n)
38) Polarization transfer D(L'S)
40) Energy transfer omega(lab)=E(p)-E(n)
42) Energy transfer omega(lab)=E(p)-E(n)
44) Energy transfer omega(lab)=E(p)-E(n)
46) Energy transfer omega(lab)=E(p)-E(n)
47) Polarization transfer D(S'L)
49) Energy transfer omega(lab)=E(p)-E(n)
50) Polarization transfer D(L'S)
52) Energy transfer omega(lab)=E(p)-E(n)
54) Energy transfer omega(lab)=E(p)-E(n)
56) Energy transfer omega(lab)=E(p)-E(n)
58) Energy transfer omega(lab)=E(p)-E(n)
59) Polarization transfer D(S'L)
61) Energy transfer omega(lab)=E(p)-E(n)
62) Polarization transfer D(L'S)
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Last update of this script: April 12, 2006. Contact address: darpe-admin@jcprg.org