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Entry No. D0767

L.T.Myers1,J.M.Lambert1,P.A.Treado1,I.Slaus2, E.P.Harper3,D.W.Devins4,R.G.Allas5
United States of America1
Inst.Rudjer Boskovic, Zagreb2
George Washington University, Washington, DC3
Indiana University, Bloomington, IN4
U.S. Naval Research Lab., Washington, DC5
Physical Review, Part C, Nuclear Physics28(1983)29

3HE(P,PP)2H AND 3HE(P,PP)2H* AT 136 MEV

Click on the data number to see the plot. Or select the box to plot multiple data.
DataFilePhysical quantitiesReaction(s)Energies
1 *ENGY-EMT DSIGMA/DOMEGA**2/DE
ENGY-EMT: Energy of outgoing particle #5		 3HE(P,2*P)2H; 136 MEV
2 *ENGY-EMT DSIGMA/DOMEGA**2/DE
ENGY-EMT: Energy of outgoing particle #5		 3HE(P,2*P)2H; 136 MEV
3 *ENGY-EMT DSIGMA/DOMEGA**2/DE
ENGY-EMT: Energy of outgoing particle #5		 3HE(P,2*P)2H; 136 MEV
4 *ENGY-EMT DSIGMA/DOMEGA**2/DE
ENGY-EMT: Energy of outgoing particle #5		 3HE(P,2*P)2H; 136 MEV
5 *ENGY-EMT DSIGMA/DOMEGA**2/DE
ENGY-EMT: Energy of outgoing particle #5		 3HE(P,2*P)2H; 136 MEV
6 *ENGY-EMT DSIGMA/DOMEGA**2/DE
ENGY-EMT: Energy of outgoing particle #5		 3HE(P,2*P)2H; 136 MEV
7 *ENGY-EMT XSECTN-RATIO22)
ENGY-EMT: Energy of outgoing particle #5; XSECTN-RATIO: Cross section ratio #1		 3HE(P,2*P)2H; 136 MEV
8 *ENGY-EMT XSECTN-RATIO22)
ENGY-EMT: Energy of outgoing particle #5; XSECTN-RATIO: Cross section ratio #1		 3HE(P,2*P)2H; 136 MEV
9 *ENGY-EMT XSECTN-RATIO22)
ENGY-EMT: Energy of outgoing particle #5; XSECTN-RATIO: Cross section ratio #1		 3HE(P,2*P)2H; 136 MEV

22) (P+3HE--->P+P+2H)/(P+3HE--->P+P+2H)
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Last update of this script: April 12, 2006. Contact address: darpe-admin@jcprg.org