Elastic scattering of 10.5- and 14.5-MeV polarized protons from nuclei and the optical model potential at intermediate energies☆
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Cited by (258)
Nuclear matter parameters and optical model analysis of proton elastic scattering on the doubly magic nucleus <sup>40</sup>Ca
2018, Nuclear Physics ACitation Excerpt :Because of its global character, it did not succeed to agree well with experimental data of a given reaction within wide energy range. It was the aim of the present work to use the available experimental data of differential cross section [12] and polarization [13] for proton scattering on the doubly magic spherical 40Ca nucleus between 9 and 22 MeV, to analyze the data using the optical model for best fit to experimental data, and hence refining the OM parameters. Then the refined set of parameters was utilized to extract some nuclear reaction and nuclear matter parameters.
Local and global nucleon optical models from 1 keV to 200 MeV
2003, Nuclear Physics AModel calculations of the radiative capture process and the Brink-Axel hypothesis
2001, Nuclear Physics AIntegrated cross sections in fast neutron capture in medium weight and heavy nuclei
1998, Nuclear Physics AIntegrated cross sections in fast neutron capture in light nuclei
1998, Nuclear Physics A
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Work performed at Los Alamos Scientific Laboratory under the auspices of the United States Atomic Energy Commission.
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Present address: University of California, Berkeley, California.