Abstract
Spin effects in excitation of the 3d104s24p3P0,1,2 states of zinc via 3d core excited negative ion resonances were studied using a spin polarized electron beam. Energy dependence of the angle differential scattered electron intensity is reported for two scattering angles, θ = 30° and θ = 54°. Observations indicate strong spin-up/down scattering asymmetries in the energy region where excitation proceeds via 3d94s24p2 negative ion resonances.
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