Abstract
A phase-shift analysis of neutron-proton differential cross section and polarization measurements at 95 Mev has been carried out. With the isotopic-spin-one phase shifts taken from the results of proton-proton phase-shift analyses at the same energy, only one set of isotopic-spin-zero phase shifts was obtained that gave a good least-squares fit to the data. The analysis indicates that the forward and backward peaks in the neutron-proton differential cross section at 95 Mev are predominantly triplet- and singlet-spin scattering states, respectively.
- Received 12 May 1961
DOI:https://doi.org/10.1103/PhysRev.123.2154
©1961 American Physical Society
