Computer program for parameterization of nucleus-nucleus electromagnetic dissociation cross sections
John W. Norbury, Lawrence W. Townsend, Forooz F. Badavi, United States. National Aeronautics and Space Administration. Scientific and Technical Information Division
National Aeronautics and Space Administration, Scientific and Technical Information Division, 1988 - Science - 23 pages
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10-percent-charge density radius 160 Photonuclear reaction 24 Virtual photon Badavi Dipole Resonance Width dissociation cross sections Electromagnetic Dissociation Cross experimental photoneutron reaction experimental photoproton reaction Experimental ref Forooz F Function=.5*Function galactic heavy ion GAMMA FACTOR GeV/N giant dipole resonance Heckman and Lindstrom INPUT ENTER integration interval width KE/N Langley Research Center limit of integration mb Theoretical ref MeV Figure MeV/N NASA Norbury Nucleus Reference Nucleus-Nucleus Electromagnetic Dissociation number of integration overlap distance Parameterized gp Performing Organization photon spectrum photoneutron and photoproton photoneutron reaction cross photonmax photonuclear cross section Photonuclear reaction cross photoproton cross sections photoproton reaction cross Present work 7Li PRINT projectile and target projectile kinetic energy proton branching ratio radii reaction cross sections Reference 3 Present Research Center Hampton Rq.i sections are identical sections for 180 Sigmam Sigmanu single nucleon emission target fragmentation Theoretical gp Townsend University of Idaho unstable nuclei Virginia Virtual photon energy