
Accession Number : AD0475347
Title : STATISTICAL MODEL CALCULATIONS FOR PHOTO NUCLEAR REACTIONS.
Descriptive Note : Master's thesis,
Corporate Author : NAVAL POSTGRADUATE SCHOOL MONTEREY CA
Personal Author(s) : Lowry, Montecue J.
Report Date : 1965
Pagination or Media Count : 162
Abstract : The statistical model assumes a statistical distribution of nuclear density levels in the decay of the compound nucleus. The densities of nuclear levels can be described by a standard formula in a region containing many energy levels. This formula can be used to predict the crosssections for photonuclear reactions within the energy range 0 to 30 MEV. Provided assumptions are made neglecting the coulomb effect, spin, parity, angular momentum, and tertiary and higher order reactions, these predictions can be made by a digital computer and the results plotted on a graph with experimental data for comparison. The digital computer program is used to find the statistical level density formula that most closely approximates the crosssections obtained experimentally. (Author)
Descriptors : (*PHOTONUCLEAR REACTIONS, MATHEMATICAL MODELS), (*MATHEMATICAL MODELS, STATISTICAL ANALYSIS), RADIOACTIVE DECAY, ATOMIC ENERGY LEVELS, MATHEMATICAL PREDICTION, DIGITAL COMPUTERS, THEORY, EXPERIMENTAL DATA, NUCLEI, DENSITY, NUCLEAR CROSS SECTIONS, PHOTONS, GAMMA RAYS, ENERGY, SPINNING(MOTION), PARITY, RADIOACTIVE ISOTOPES, COPPER, NICKEL, NEUTRONS, PRODUCTION, COMPUTER PROGRAMMING, COMPUTER LOGIC.
Subject Categories : Nuclear Physics & Elementary Particle Physics
Distribution Statement : APPROVED FOR PUBLIC RELEASE