Abstract

A new measurement of ΔσTΔσ_T for polarized neutrons transmitted through a polarized proton target at 16.2 MeV has been made. A polarized neutron beam was obtained from the 3H(d,n⃗)4He^{3}\rm{H}(d,\vec n)^{4}\rm{He} reaction; proton polarization over 90\% was achieved in a frozen spin target of 20 cm3^3 volume. The measurement yielded the value ΔσT=(−126±21±14)Δσ_T=(-126\pm21\pm14) mb. The result of a simple phase shift analysis for the 3S1−3D1^3S_1-^3D_1 mixing parameter ε1ε_1 is presented and compared with the theoretical potential model predictions.

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