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Data	File	Physical quantities	Reaction(s)	Energies
1	*	TGT DATA11) DATA22) EXC-ENGY DSIGMA/DOMEGA DATA33) DATA44) DSIGMA/DOMEGA: dsigma/dOmega #1; EXC-ENGY: Excitation energy (of the final state) #2; TGT: Target	(7LI(P,N)7BE, 12C(P,N)12N, 13C(P,N)13N, 25MG(P,N)25AL,	120 MEV
2	*	DATA111) DATA213)	(7LI(P,N)7BE, 12C(P,N)12N, 13C(P,N)13N, 25MG(P,N)25AL,	120 MEV
3	*	DATA111) DATA213)	(7LI(P,N)7BE, 12C(P,N)12N, 13C(P,N)13N, 25MG(P,N)25AL,	120 MEV

1) THE EXCITATION ENERGY IN THE FINAL NUCLEUS:26AL(0.2MEV)
2) THE EXCITATION ENERGY IN THE FINAL NUCLEUS:13N(0MEV)
3) THE EXCITATION ENERGY IN THE FINAL NUCLEUS:27SI(0MEV)
4) THE EXCITATION ENERGY IN THE FINAL NUCLEUS:25AL(0MEV)
11) DATA1=SQUARED EFFECTIVE MATRIX ELEMENT DEFINED BY DATA1=M(GT)**2+ND(T)/ND(ST)*(J(T)/J(ST))**2*M(F)**2, WHERE M(F), M(GT) ARE THE MATRIXELEMENTS OF THE FERMI AND GAMOW-TELLER MATRIX ELEMENT ND(T),ND(ST)ARE THE DISTORTION FACTORS DEFINED AS ND ABOVE OF THE SPIN-INDEPENDENTAND SPIN-DEPENDENT ISOVECTOR TERMS AND J(T),J(ST) ARE THE MAGNITUDES OFTHE VOLUME INTEGRALS OF Q(MOMENTUM)=0 COMPONENTS OF THE EFFECTIVE SPININDEPENDENT AND EFFECTIVE SPIN DEPENDENT ISOVECTOR CENTRAL TERM.A STRIKING FEATURE OF THE PRESENT RESULTS IS THE E=(ND(ST)/ND(T))*(J(ST)/J(T))**2 WHICH MEASURES THE EFFECTIVENESS OF THE (P,N) REACTION IN REPRODUCING SPIN-ELIP TRANSITIONS RELATIVE TO ANALOG TRANSITIONS IS ABOUT
13) DATA2=DSIGMA/DOMEGA(0DEG)*((M/(PI*PLANCK-H**2))**2KF/KI*ND)**(-1),WHERE M,KI,KF ARE THE REDUCED ENERGY DIVIDED BY C**2,INITIAL WAVE NUMBER,FINAL WAVE NUMBER AND ND=THE DISTORTION FACTOR DEFINED AS THE RATIOOF DWBA DSIGMA/DOMEGA (0DEG) TO PWBA DSIGMA/DOMEGA(0DEG).ERROR BARS REFLECT UNCERTAINTIES IN MEASURED CROSS SECTION ONLY.

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