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Entry No. D0420

R.De Leo¹,G.Derasmo¹,E.M.Eiore¹,G.Guarino¹, A.Pantaleo¹,S.Micheletti²
Bari, University¹
Bari, University²
Univ. + INFN Milan²
Nuovo Cimento A59(1980)101

ENERGY DEPENDENCE OF OPTICAL-MODEL PARAMETERS FOR THE P+32S SYSTEM BETWEEN 15 AND 35 MEV

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Data File Physical quantities Reaction(s) Energies

1 * THTC XSECTN-RATIO¹⁾
THTC: Scattering angle theta in c.m. system #4; XSECTN-RATIO: Cross section ratio #1 32S(P,P)32S; 18.24 MEV
2 * THTC XSECTN-RATIO¹⁾
THTC: Scattering angle theta in c.m. system #4; XSECTN-RATIO: Cross section ratio #1 32S(P,P)32S; 20.37 MEV
3 * THTC XSECTN-RATIO¹⁾
THTC: Scattering angle theta in c.m. system #4; XSECTN-RATIO: Cross section ratio #1 32S(P,P)32S; 23.24 MEV
4 * THTC XSECTN-RATIO¹⁾
THTC: Scattering angle theta in c.m. system #4; XSECTN-RATIO: Cross section ratio #1 32S(P,P)32S; 26.55 MEV
5 * THTC XSECTN-RATIO¹⁾
THTC: Scattering angle theta in c.m. system #4; XSECTN-RATIO: Cross section ratio #1 32S(P,P)32S; 29.64 MEV
6 * THTC XSECTN-RATIO¹⁾
THTC: Scattering angle theta in c.m. system #4; XSECTN-RATIO: Cross section ratio #1 32S(P,P)32S; 35.2 MEV
7 * THTC DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4 32S(P,P)32S; 18.24 MEV
8 * THTC DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4 32S(P,P)32S; 20.37 MEV
9 * THTC DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4 32S(P,P)32S; 23.24 MEV
10 * THTC DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4 32S(P,P)32S; 26.55 MEV
11 * THTC DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4 32S(P,P)32S; 29.64 MEV
12 * THTC DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4 32S(P,P)32S; 35.2 MEV
13 * INC-ENGY-LAB V RR AR WV RIV AIV WS RIS AIS WG RIG AIG VSO RRSO ARSO WSO RISO AISO RC
AIG: Width of imag. pot. of surface gaussian type #10; AIS: Diffuseness of imag. pot. of surface type #10; AISO: Diffuseness of imag. pot. of spin-orbit type #10; AIV: Diffuseness of imag. pot. of volume 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; RIG: Radius of imag. pot. of surface Gaussian type #10; RIS: Radius of imag. pot. of surface type #10; RISO: Radius of imag. pot. of spin-orbit type #10; RIV: Radius of imag. pot. of volume 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; WG: Depth of imag. pot. of surface gaussian type #10; WS: Depth of imag. pot. of surface type #10; WSO: Depth of imag. pot. of spin-orbit type #10; WV: Depth of imag. pot. of volume type #10 32S(P,P)32S; DATA1 MEV
14 * INC-ENGY-LAB V RR AR WV RIV AIV WS RIS AIS WG RIG AIG VSO RRSO ARSO WSO RISO AISO RC
AIG: Width of imag. pot. of surface gaussian type #10; AIS: Diffuseness of imag. pot. of surface type #10; AISO: Diffuseness of imag. pot. of spin-orbit type #10; AIV: Diffuseness of imag. pot. of volume 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; RIG: Radius of imag. pot. of surface Gaussian type #10; RIS: Radius of imag. pot. of surface type #10; RISO: Radius of imag. pot. of spin-orbit type #10; RIV: Radius of imag. pot. of volume 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; WG: Depth of imag. pot. of surface gaussian type #10; WS: Depth of imag. pot. of surface type #10; WSO: Depth of imag. pot. of spin-orbit type #10; WV: Depth of imag. pot. of volume type #10 32S(P,P)32S; DATA1 MEV

1) RUTHERFORD RATIO

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Last update of this script: April 12, 2006. Contact address: darpe-admin@jcprg.org

Data	File	Physical quantities	Reaction(s)	Energies
1	*	THTC XSECTN-RATIO¹⁾ THTC: Scattering angle theta in c.m. system #4; XSECTN-RATIO: Cross section ratio #1	32S(P,P)32S;	18.24 MEV
2	*	THTC XSECTN-RATIO¹⁾ THTC: Scattering angle theta in c.m. system #4; XSECTN-RATIO: Cross section ratio #1	32S(P,P)32S;	20.37 MEV
3	*	THTC XSECTN-RATIO¹⁾ THTC: Scattering angle theta in c.m. system #4; XSECTN-RATIO: Cross section ratio #1	32S(P,P)32S;	23.24 MEV
4	*	THTC XSECTN-RATIO¹⁾ THTC: Scattering angle theta in c.m. system #4; XSECTN-RATIO: Cross section ratio #1	32S(P,P)32S;	26.55 MEV
5	*	THTC XSECTN-RATIO¹⁾ THTC: Scattering angle theta in c.m. system #4; XSECTN-RATIO: Cross section ratio #1	32S(P,P)32S;	29.64 MEV
6	*	THTC XSECTN-RATIO¹⁾ THTC: Scattering angle theta in c.m. system #4; XSECTN-RATIO: Cross section ratio #1	32S(P,P)32S;	35.2 MEV
7	*	THTC DSIGMA/DOMEGA DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4	32S(P,P)32S;	18.24 MEV
8	*	THTC DSIGMA/DOMEGA DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4	32S(P,P)32S;	20.37 MEV
9	*	THTC DSIGMA/DOMEGA DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4	32S(P,P)32S;	23.24 MEV
10	*	THTC DSIGMA/DOMEGA DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4	32S(P,P)32S;	26.55 MEV
11	*	THTC DSIGMA/DOMEGA DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4	32S(P,P)32S;	29.64 MEV
12	*	THTC DSIGMA/DOMEGA DSIGMA/DOMEGA: dsigma/dOmega #1; THTC: Scattering angle theta in c.m. system #4	32S(P,P)32S;	35.2 MEV
13	*	INC-ENGY-LAB V RR AR WV RIV AIV WS RIS AIS WG RIG AIG VSO RRSO ARSO WSO RISO AISO RC AIG: Width of imag. pot. of surface gaussian type #10; AIS: Diffuseness of imag. pot. of surface type #10; AISO: Diffuseness of imag. pot. of spin-orbit type #10; AIV: Diffuseness of imag. pot. of volume 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; RIG: Radius of imag. pot. of surface Gaussian type #10; RIS: Radius of imag. pot. of surface type #10; RISO: Radius of imag. pot. of spin-orbit type #10; RIV: Radius of imag. pot. of volume 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; WG: Depth of imag. pot. of surface gaussian type #10; WS: Depth of imag. pot. of surface type #10; WSO: Depth of imag. pot. of spin-orbit type #10; WV: Depth of imag. pot. of volume type #10	32S(P,P)32S;	DATA1 MEV
14	*	INC-ENGY-LAB V RR AR WV RIV AIV WS RIS AIS WG RIG AIG VSO RRSO ARSO WSO RISO AISO RC AIG: Width of imag. pot. of surface gaussian type #10; AIS: Diffuseness of imag. pot. of surface type #10; AISO: Diffuseness of imag. pot. of spin-orbit type #10; AIV: Diffuseness of imag. pot. of volume 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; RIG: Radius of imag. pot. of surface Gaussian type #10; RIS: Radius of imag. pot. of surface type #10; RISO: Radius of imag. pot. of spin-orbit type #10; RIV: Radius of imag. pot. of volume 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; WG: Depth of imag. pot. of surface gaussian type #10; WS: Depth of imag. pot. of surface type #10; WSO: Depth of imag. pot. of spin-orbit type #10; WV: Depth of imag. pot. of volume type #10	32S(P,P)32S;	DATA1 MEV