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Entry No. D0500

Yu.D.Bayukov1,A.E.Buklei1,V.B.Gavrilov1,N.A.Goryainov1, B.A.Ezhov1,V.I.Efremenko1,Yu.M.Zaitsev1,M.M.Kats1, L.N.Kondratev1,M.V.Kosov1,G.A.Leksin1,V.S.Pavlov1, N.N.Pomelov1,V.Yu.Rusinov1,V.V.Stepanov1,D.A.Suchkov1, V.B.Fedorov1,B.B.Shvartsman1
USSR State Comm. on the Use of Atomic Energy, Moscow1
Soviet Journal of Nuclear Physics29(1979)487

INCLUSIVE PARTICLE PRODUCTION IN NUCLEI AT ANGLES OF 62 AND 188 MRAD BY PROTONS AT 3.95 - 9.7 GEV/C

Click on the data number to see the plot. Or select the box to plot multiple data.
DataFilePhysical quantitiesReaction(s)Energies
1 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 BE(P,PIN,X)X'8'; 1 %
2 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 AL(P,PIN,X)X'8'; 1 %
3 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 AG(P,PIN,X)X'8'; 1 %
4 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 AU(P,PIN,X)X'8'; 1 %
5 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 BE(P,PIN,X)X'8'; 1 %
6 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 AL(P,PIN,X)X'8'; 1 %
7 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 CU(P,PIN,X)X'8'; 1 %
8 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 AU(P,PIN,X)X'8'; 1 %
9 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 BE(P,PIN,X)X'8'; 1 %
10 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 AL(P,PIN,X)X'8'; 1 %
11 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 CU(P,PIN,X)X'8'; 1 %
12 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 AG(P,PIN,X)X'8'; 1 %
13 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 TA(P,PIN,X)X'8'; 1 %
14 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 BE(P,P,X)X'8'; 9 GEV
15 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 AL(P,P,X)X'8'; 9 GEV
16 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 CU(P,P,X)X'8'; 9 GEV
17 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 AU(P,P,X)X'8'; 9 GEV
18 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 BE(P,P,X)X'8'; 9 GEV
19 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 AL(P,P,X)X'8'; 9 GEV
20 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 CU(P,P,X)X'8'; 9 GEV
21 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 AU(P,P,X)X'8'; 9 GEV
22 *MOM-EMT-LAB IVR-FUNCT IVR-FUNCT-ERR
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 BE(P,PIN,X)X'8'; 1 %
23 *MOM-EMT-LAB RATIO1) RATIO-ERR1)
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 AL(P,PIN,X)X'8'; 1 %
24 *MOM-EMT-LAB RATIO1) RATIO-ERR1)
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 CU(P,PIN,X)X'8'; 1 %
25 *MOM-EMT-LAB RATIO1) RATIO-ERR1)
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 AU(P,PIN,X)X'8'; 1 %
26 *FYM-SCL IVR-FUNCT
BE(P,PIN,X)X'8'; 1 %
27 *MOM-EMT-LAB IVR-FUNCT
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9		 BE(P,PIN,X)X'8'; 1 %
28 *FYM-SCL RATIO1)
AL(P,PIN,X)X'8'; 1 %
29 *FYM-SCL RATIO1)
CU(P,PIN,X)X'8'; 1 %
30 *FYM-SCL RATIO1)
AU(P,PIN,X)X'8'; 1 %
31 *FYM-SCL RATIO1)
AL(P,PIN,X)X'8'; 1 %
32 *FYM-SCL RATIO1)
CU(P,PIN,X)X'8'; 1 %
33 *FYM-SCL RATIO1)
TA(P,PIN,X)X'8'; 1 %
34 *MOM-EMT-LAB SIGMA3)
MOM-EMT-LAB: Momentum of emitted particle in lab. system #9; SIGMA: Total cross section #1		 P(PIN,PIN,X)X; 9 GEV

1) RATIO = R(P,PO) = R(A,P,PO)/R(BE,P,PO) WITH R(A,P,PO) = (INVARIANTFNUCTION)/(TOTAL INELASTIC CROSS SECTION) FOR THE TARGET NUCLEUS OFMASS NUMBER OR SIMBOL A, WHERE P AND PO ARE MOMENTUM OF THE PARTICL CAND AO IN THE REACTION AO(B,C,X)X, AND BE IS BERYLLIUM NUCLUS.
3) SIGMA = TOTAL CROSS SECTION FOR THE INTERACTION OF THE YOUNG PION-MESON (SEE TEXT) WITH A NUCLEON.
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Last update of this script: April 12, 2006. Contact address: darpe-admin@jcprg.org