1995
DOI: 10.1063/1.48946
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Effective analyzing powers of NPOL at 290 and 386 MeV

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“…Within the plane wave impulse approximation, the amplitude of the nucleon-nuclear reaction is the product of NN ampli tudes and the nuclear transition density, so if we ana lyze the spin transfer coefficient D NN for the reaction at zero degrees, as was done in [51], we will use the same amplitude of NN scattering that was used above [6] to analyze the polarization transfer coeffi cients in scattering. As before, M(q) is the sum of the central, spin orbit, and tensor terms.…”
Section: The Polarization Transfer Coefficients D Nn and D Ss At Diffmentioning
confidence: 99%
“…Within the plane wave impulse approximation, the amplitude of the nucleon-nuclear reaction is the product of NN ampli tudes and the nuclear transition density, so if we ana lyze the spin transfer coefficient D NN for the reaction at zero degrees, as was done in [51], we will use the same amplitude of NN scattering that was used above [6] to analyze the polarization transfer coeffi cients in scattering. As before, M(q) is the sum of the central, spin orbit, and tensor terms.…”
Section: The Polarization Transfer Coefficients D Nn and D Ss At Diffmentioning
confidence: 99%