Measurements of D{sub {sigma}} and D{sub {gamma}} for {sup 10}B(p,p{prime}){sup 10}B inelastic scattering at E{sub p}=200 MeV

We report measurements of the two linear combinations of the in-plane polarization transfer coefficients, D{sub {sigma}} = D{sub SS`} cos {alpha} + D{sub SL`} sin {alpha} and D{lambda} = D{sub LS`} cos {alpha} + D{sub LL`} sin {alpha}, where {alpha} = 235{degrees} is the spin procession angle in the IUCF K600 spectrometer, for the inelastic scattering of 200 MeV protons from {sup 10}B at {theta}{sub lab} = 20{degrees}, 31{degrees}, 40{degrees}, 48{degrees} and 60{degrees}. The isovector 0h{omega} 3{sup +} {r_arrow} 0{sup +} transition at 1.74 MeV is of particular interest as a test of the medium modification of the effective NN interaction. Theoretical calculations employing DWBA86 use distortions constrained by proton elastic scattering on {sup 10}B and a (p{sub 3/2}){sup 2} formfactor consistent with electron scattering results. The evidence, for modifications of the short-range tensor force will be discussed.