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Author Heikkinen, D. W. ♦ Lutz, H. F. ♦ Bartolini, W.
Sponsorship USDOE
Source United States Department of Energy Office of Scientific and Technical Information
Content type Text
Language English
Subject Keyword Physics (Nuclear)-Nuclear Properties & Reactions, 20 <= A <= 38-Nuclear Reactions & Scattering ♦ Physics (Nuclear)-Nuclear Properties & Reactions, 20 <= A <= 38-Nuclear Reactions & Scattering-Deuterons & Tritons ♦ Physics (Nuclear)-Nuclear Properties & Reactions, 20 <= A <= 38-Energy Levels & Transitions ♦ Physics (Nuclear)-Nuclear Properties & Reactions, 20 <= A <= 38-Moments & Spin ♦ COUPLED CHANNEL THEORY- DEUTERON BEAMS- DIFFERENTIAL CROSS SECTIONS- INELASTIC SCATTERING- MEV RANGE 10-100- NEON 21- PROTON BEAMS ♦ DEFORMED NUCLEI- NEON 21- NUCLEAR PROPERTIES ♦ DEUTERON BEAMS- DIFFERENTIAL CROSS SECTIONS- DWBA- MEV RANGE 10-100- NEON 21- NEON 22- PROTONS- SPECTRA- STRIPPING ♦ DEUTERONS- DIFFERENTIAL CROSS SECTIONS- DWBA- MEV RANGE 10-100- NEON 20- NEON 21- PICKUP REACTIONS- PROTON BEAMS- SPECTRA ♦ EXCITED STATES- GROUND STATES- NEON 20- NEON 22- SPECTROSCOPIC FACTORS ♦ PROTONS/scattering by neon-21 at 14.1 MeV, coupled- channels analysis of differential cross sections for inelastic, (E) ♦ PROTONS/ reactions (p,d) with neon-21 at 14.1 MeV, DWBA analysis of differential cross sections and spectrum from, (E) ♦ NEON ISOTOPES Ne-22/energy levels from neon-21 (d,p) reactions, spectroscopic factors for, (E) ♦ NEON ISOTOPES Ne-20/energy levels from neon-21 (p,d) reactions, spectroscopic factors for, (E) ♦ NEON ISOTOPES Ne-21/nuclear deformation parameters from deuteron and proton inelastic scattering, (E) ♦ NEON ISOTOPES Ne-21/deuteron inelastic scattering at 12.2 and 14.5 MeV, coupled-channels analysis of differential cross sections for, (E) ♦ NEON ISOTOPES Ne-21/deuteron reactions (d,p) at 12.2 MeV, DWBA analysis of differential cross sections and spectrum from, (E) ♦ DEUTERONS/reactions (d,p) with neon-21 at 12.2 MeV, DWBA analysis of differential cross sections and spectrum from, (E) ♦ NEON ISOTOPES Ne-21/proton inelastic scattering at 14.1 MeV, coupled-channels
Educational Use Research
Learning Resource Type Article
Publisher Date 1972-01-01
Journal Nucl. Phys.
Volume Number A193
Issue Number 2
Organization Univ. of California, Livermore


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