Generalized Potentials for Inelastic Scattering
Generalized potential for inelastic scattering, and unified theory of nuclear reactions
POTENTIAL THEORY↗
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The correspondence principle in inelastic scattering
Quantum number correspondence principle in inelastic scattering
INELASTIC SCATTERING↗
Core polarization effects in inelastic scattering.
Core polarization effects in inelastic scattering cross sections for several nuclei in 2s-1d shell, using Hartree-Fock wave functions and Born approximation
Braley, R. C.↗
Collision spectroscopy. II - Inelastic scattering of He/plus/ by Ne
Inelastic scattering of He ions by Ne as function of angle, initial energy and energy loss using collision spectroscopy
Coffey, D., Jr.↗
Inelastic scattering of protons from In115
Inelastic scattering of protons from In 115, using proton beam cyclotron
Leonard, R. F.↗
Elastic and inelastic scattering of 40-mev alpha particles from even tin isotopes
Angular distributions measured for elastic and inelastic scattering of 40-MeV alpha particles from even tin isotopes
TIN↗
Core excitation in silver, indium, and antimony resulting from inelastic scattering of 42-MeV /6.7-pj/ alpha particles
Inelastic scattering of 42 MeV alpha particles used to describe excited core mode for silver, indium, and antimony
ANTIMONY↗
Generalized Potentials for Inelastic Scattering
Generalized potentials for medium energy inelastic nuclear scattering derived with projection operator method
SCATTERING AMPLITUDE↗
Elastic and inelastic scattering of 42-MeV alpha particles from even tellurium isotopes
Angular distributions of elastic and inelastic scattering of 42-MeV alpha particles measured for even tellurium isotopes
ELASTIC SCATTERING↗
Polarization of Protons Elastically and Inelastically Scattered from Carbon Near 17 and 19 MeV
Polarization of protons elastically and inelastically scattered from carbon
POLARIZATION↗
Inclusive inelastic scattering of heavy ions and nuclear correlations
Calculations of inclusive inelastic scattering distributions for heavy ion collisions are considered within the high energy optical model. Using ground state sum rules, the inclusive projectile and complete projectile-target inelastic angular distributions are treated in both independent particle and correlated nuclear models. Comparisons between the models introduced are made for alpha particles colliding with He-4, C-12, and O-16 targets and protons colliding with O-16. Results indicate that correlations contribute significantly, at small momentum transfers, to the inelastic sum. Correlation effects are hidden, however, when total scattering distributions are considered because of the dominance of elastic scattering at small momentum transfers.
Cucinotta, Francis A.↗
Comparison of gryzinski's and born's approximations for inelastic scattering in atomic hydrogen
Comparison of Gryzinski and Born experimental approximations of excitation cross section from inelastic scattering in atomic hydrogen
HYDROGEN ATOM↗
Diffraction of inelastically scattered electrons in tungsten at low energies
Diffraction of inelastically scattered electrons in tungsten at low energies
Porteus, J. O.↗
Inelastic scattering form factors using projected Hartree-Fock wave functions
Inelastic scattering form factors using projected Hartree-Fock wave functions
Braley, R. C.↗
Inelastic scattering calculations with Wood- Saxon Hartree-Fock wave functions.
Inelastic scattering cross sections calculated, comparing results for various nuclear states expressed as Wood-Saxon radial and harmonic oscillator functions
Bar-Touv, J.↗
Elastic and inelastic scattering of 18-Mev protons on super 20 Ne
Elastic and inelastic scattering of proton beam from Ne 20 measured for cross sections to interpret polarization data
Baron, N.↗
Elastic and inelastic scattering of protons by hydrogen atoms
Glauber approximations for elastic and inelastic scattering of protons by ground state hydrogen atoms, comparing with measurements
Franco, V.↗
A computer code for predicting gamma production cross sections by neutron inelastic scattering from light nuclei
Gamma-ray production cross section by the inelastic scattering of neutrons from light nuclei are considered. The applicability of optical model potential is discussed. Based on experimental data, a cascade approach is developed to calculate the inelastic gamma production cross sections. In the case of O-16 using computer code LINGAP in conjunction with ABACUS-2; results are compared with reported values.
George, M. C.↗