|Author||Peck, R. A. ♦ Eubank, H. P. ♦ Howard, R. M.|
|Source||United States Department of Energy Office of Scientific and Technical Information|
|Subject Keyword||PHYSICS ♦ ANGULAR DISTRIBUTION- ANISOTROPY- ANTIMONY- CROSS SECTIONS- ENERGY RANGE- EXCITATION- MEASURED VALUES- NEUTRON BEAMS- NUCLEAR REACTIONS- PROTONS- TIN ♦ ANGULAR DISTRIBUTION- ANTIMONY- COMPOUND NUCLEI- ENERGY RANGE- EXCITATION- MEASURED VALUES- NEUTRON BEAMS- NUCLEAR REACTIONS- NUCLEI- PROTONS- TIN ♦ ANGULAR DISTRIBUTION- ANTIMONY- ENERGY RANGE- EXCITATION- MEASURED VALUES- NEUTRON BEAMS- NUCLEAR REACTIONS- PROTONS- SPECTRA- TIN|
|Abstract||The reaction Sb(n,p)Sn was studied at 14 Mev and over the ranges 0 to 3 Mev excitation and angles of 0 to 60 deg . It ts demonstrated that the forward- peaked contribution is relatively concentrated at high proton energy and gives rise to most of the spectral group structure, and that the angle-insensitive pontion has a smooth spectrum rising with decreasing proton energy. The isotropic portion does not fit the theoretical compound nucleus spectrum but is consistent with a process of incomplete compound nucleus formation. Total cross- section for the ranges of energy and angle studied is (22 plus or minus 4) mb, of which 20% is the anisotropic contribution.|
|Learning Resource Type||Article|
|Publisher Department||Brown Univ., Providence|
|Organization||Brown Univ., Providence|
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