## Tables and graphs of cross sections for compound nucleus formation by charged particles |

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30.0 Neutron Energy account the Hill-Ford adopted parameter values Atomic Energy Research B-ll barns charged particle emission CHARGED PARTICLES Teruo COMPOUND FORMATION Compound Nucleus Formation Coulomb barrier height Coulomb potential depth of imaginary deuteron diffuseness parameter ELIESE-3 Energy Research Institute ENERGY(MEV F.D. Becchetti F.G. Perey FORMATION BY CHARGED Formation Cross Sections global optical model Hill-Ford3 imaginary surface type imaginary volume type incident particle Japan Atomic Energy linear interpolation Lines are corresponding mass number Multi-Step Evaporation Neutron Energy MeV neutron induced charged neutron number Nuclear Engineering nuclear radius parameter Nucleus Formation Cross Optical Model Parameters optical potential parameter of imaginary particle emission cross Phys proton Residual nuclides SECTIONS FOR COMPOUND sections were calculated SUGI surface type potential Table 3-3 continued TABLES AND GRAPHS target nuclei type potential fm typical nuclides uniform charge distribution volume type potential