Microscopic optical potentials proceedings (6 résultats)

Etat : New. In.

Paperback. Etat : New.

Paperback. Etat : Brand New. 1979 edition. 496 pages. 10.00x7.00x1.12 inches. In Stock.

Taschenbuch. Etat : Neu. Druck auf Anfrage Neuware - Printed after ordering - Nuclear matter approach to the nucleon-nucleus optical model.- Nuclear structure approach to the nucleon-nucleus optical model.- On the general theory of the nucleon optical potential.- Nucleon scattering from nuclei with nuclear matter t-matrices.- Effective nuclear matter interactions applied to finite nuclei.- Effects of particle-vibration coupling on the hartree-fock potential.- The isospin dependence of the non-local optical potential.- Shell model description of the optical model potential.- Three-body Bethe-Faddeev equations and single-particle potentials in nuclei.- The imaginary part of the nuclear optical potential and inelastic form factor.- Folding description of elastic and inelastic scattering.- A new type of parameter systematics for proton-nucleus scattering.- L-dependent optical potentials: What experiment tells us about local density models.- Microscopic analysis of p-40Ca elastic scattering at 30.3 MeV.- A semi-phenomenological analysis of proton elastic scattering.- Prominent features of proton elastic scattering on nuclei below A=70 at incident energies between 10 and 50 MeV.- Optical model proton parameters at subcoulomb energies.- A new technique for measuring ratios of elastic scattering cross sections: An application to the calcium isotopes.- Propagation of a deuteron in nuclear matter and the spin dependence of the deuteron optical potential.- Description of low energy deuteron scattering using multishell form factors.- Deuteron and 3He scattering: Discussion on the uniqueness of their optical potentials.- The form of the spin-orbit potential for spin-1/2 particles.- Polarization effects in elastic scattering of 3He.- Sensitivity of alpha-decay to the real alpha-nucleus potential.- The effective surface potential for particles and its OCMjustifications.- Fourier-bessel-analysis of alpha-particle scattering optical potentials and nuclear matter densities.- Validity of refined folding model approaches for light projectile scattering.- Energy dependence of the phenomenological -90Zr optical potential.- Accurate optical potentials for elastic -particle scattering from nuclei around A=40.- High energy alpha scattering used to study the uniqueness and shape of the optical potential.- Odd-even dependence of the optical potential.- The imaginary part of the heavy ion optical potential.- Heavy ion folding potentials.- A microscopic nucleus-nucleus optical potential.- Long range absorption and other direct reaction components in the optical potential.- Adiabatic and dynamic polarization effects in subcoulomb elastic scattering.- Optical models from experiments with oriented heavy ions.- Molecular states in heavy ion potentials.- Quantum corrections to optical potentials.- The optical model in atomic physics.- The kaon-nucleus optical potential for kaonic atoms.- Summary.…

Paperback. Etat : Very Good. Dust Jacket may NOT BE INCLUDED.CDs may be missing. SHIPS FROM MULTIPLE LOCATIONS. book.

Etat : Sehr gut. Zustand: Sehr gut | Seiten: 496 | Sprache: Englisch | Produktart: Bücher | Nuclear matter approach to the nucleon-nucleus optical model.- Nuclear structure approach to the nucleon-nucleus optical model.- On the general theory of the nucleon optical potential.- Nucleon scattering from nuclei with nuclear matter t-matrices.- Effective nuclear matter interactions applied to finite nuclei.- Effects of particle-vibration coupling on the hartree-fock potential.- The isospin dependence of the non-local optical potential.- Shell model description of the optical model potential.- Three-body Bethe-Faddeev equations and single-particle potentials in nuclei.- The imaginary part of the nuclear optical potential and inelastic form factor.- Folding description of elastic and inelastic scattering.- A new type of parameter systematics for proton-nucleus scattering.- L-dependent optical potentials: What experiment tells us about local density models.- Microscopic analysis of p-40Ca elastic scattering at 30.3 MeV.- A semi-phenomenological analysis of proton elastic scattering.- Prominent features of proton elastic scattering on nuclei below A=70 at incident energies between 10 and 50 MeV.- Optical model proton parameters at subcoulomb energies.- A new technique for measuring ratios of elastic scattering cross sections: An application to the calcium isotopes.- Propagation of a deuteron in nuclear matter and the spin dependence of the deuteron optical potential.- Description of low energy deuteron scattering using multishell form factors.- Deuteron and 3He scattering: Discussion on the uniqueness of their optical potentials.- The form of the spin-orbit potential for spin-1/2 particles.- Polarization effects in elastic scattering of 3He.- Sensitivity of alpha-decay to the real alpha-nucleus potential.- The effective surface potential for ? particles and its OCMjustifications.- Fourier-bessel-analysis of alpha-particle scattering optical potentials and nuclear matter densities.- Validity of refined folding model approaches for light projectile scattering.- Energy dependence of the phenomenological ?-90Zr optical potential.- Accurate optical potentials for elastic ?-particle scattering from nuclei around A=40.- High energy alpha scattering used to study the uniqueness and shape of the optical potential.- Odd-even dependence of the optical potential.- The imaginary part of the heavy ion optical potential.- Heavy ion folding potentials.- A microscopic nucleus-nucleus optical potential.- Long range absorption and other direct reaction components in the optical potential.- Adiabatic and dynamic polarization effects in subcoulomb elastic scattering.- Optical models from experiments with oriented heavy ions.- Molecular states in heavy ion potentials.- Quantum corrections to optical potentials.- The optical model in atomic physics.- The kaon-nucleus optical potential for kaonic atoms.- Summary.…