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Entry No. D0976

M.C.Hermida1,M.Ruiz1,M.L.Cescato1,J.L.Foster-Jr2,3, F.Krmpotic1,4
Univ.de Sao Paulo, Sao Paulo1
University of Notre Dame, Notre Dame, IN2
United States of America3
Universidad de La Plata, Buenos Aires4
Physical Review, Part C, Nuclear Physics29(1984)64

130TE(P,P) REACTION ON ANALOG RESONANCES

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DataFilePhysical quantitiesReaction(s)Energies
1 *THTC DSIGMA/DOMEGA5)
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 7.5 MEV
2 *THTC DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 7.5 MEV
3 *THTC DSIGMA/DOMEGA5)
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 14 MEV
4 *THTC DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 14 MEV
5 *THTC DSIGMA/DOMEGA5)
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 10.289 MEV
6 *THTC DSIGMA/DOMEGA5)
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 10.544 MEV
7 *THTC DSIGMA/DOMEGA5)
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 10.619 MEV
8 *THTC DSIGMA/DOMEGA5)
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 11.004 MEV
9 *THTC DSIGMA/DOMEGA5)
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 8.038 MEV
10 *THTC DSIGMA/DOMEGA5)
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 8.346 MEV
11 *THTC DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 8.038 MEV
12 *THTC DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 8.346 MEV
13 *THTC DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 10.289 MEV
14 *THTC DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 10.544 MEV
15 *THTC DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 10.619 MEV
16 *THTC DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4		 130TE(P,P)130TE; 11.004 MEV
17 *INC-ENGY-LAB V RR AR WS RIS AIS VSO RRSO ARSO RC
AIS: Diffuseness of imag. pot. of surface type #10; AR: Diffuseness of real pot. of central type #10; ARSO: Diffuseness of real pot. of spin-orbit type #10; INC-ENGY-LAB: Incident energy in lab. system #3; RC: Radius of pot. of Coulomb type #10; RIS: Radius of imag. pot. of surface type #10; RR: Radius of real. pot. of central type #10; RRSO: Radius of real. pot. of spin-orbit type #10; V: Depth of real pot. of central type #10; VSO: Depth of real part of spin-orbit potential #10; WS: Depth of imag. pot. of surface type #10		 130TE(P,P)130TE; between 7.5 and 14 MEV
18 *INC-ENGY-LAB DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; INC-ENGY-LAB: Incident energy in lab. system #3		 130TE(P,P)130TE; between 7.856 and 8.497 MEV
19 *INC-ENGY-LAB DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; INC-ENGY-LAB: Incident energy in lab. system #3		 130TE(P,P)130TE; between 9.716 and 10.784 MEV
20 *RESN-ENGY ENGY6) J-PI TOT-WDTH PART-WDTH7) PART-WDTH8) PART-WDTH9) PART-WDTH10) PART-WDTH11)
ENGY: Energy; PART-WDTH: Partial width; RESN-ENGY: Resonance energy; TOT-WDTH: Total level width		 130TE(P,P)130TE; between 7.5 and 14 MEV
21 *RESN-ENGY ENGY6) J-PI TOT-WDTH PART-WDTH7) PART-WDTH12) PART-WDTH13) PART-WDTH14)
ENGY: Energy; PART-WDTH: Partial width; RESN-ENGY: Resonance energy; TOT-WDTH: Total level width		 130TE(P,P)130TE; between 7.5 and 14 MEV
22 *J-PI EXC-ENGY15) SPEC-AMPL16) SPEC-AMPL17) SPEC-AMPL18) SPEC-AMPL19) SPEC-AMPL20)
EXC-ENGY: Excitation energy (of the final state) #2; SPEC-AMPL: Spectroscopic amplitude		 130TE(P,P)130TE; between 7.5 and 14 MEV
23 *J-PI EXC-ENGY15) SPEC-AMPL16) SPEC-AMPL21) SPEC-AMPL22) SPEC-AMPL23) SPEC-AMPL24) SPEC-AMPL20)
EXC-ENGY: Excitation energy (of the final state) #2; SPEC-AMPL: Spectroscopic amplitude		 130TE(P,P)130TE; between 7.5 and 14 MEV

5) RUTHERFORD RATIO
6) ENGY=RESONANCE ENERGY(C.M.)-INCIDENT CENTER OF MASS ENERGY
7) P(0)
8) P(1)*(1/2-)
9) P(1)*(3/2-)
10) P(1)*(5/2-)
11) P(1)*(7/2-)
12) P(1)*(1/2+)
13) P(1)*(3/2+)
14) P(1)*(5/2+)
15) EXCITATION ENERGY OF THE PARENT STATE
16) J*0+
17) S1/2*2+
18) D3/2*2+
19) D5/2*2+
20) TOTAL
21) P1/2*2+
22) P3/2*2+
23) F5/2*2+
24) F7/2*2+
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Last update of this script: April 12, 2006. Contact address: darpe-admin@jcprg.org