Results 271 to 280 of about 158,863 (282)

Parity dependence in heavy-ion scattering

Nuclear Physics A, 1986
Abstract The parity dependence of collisions between p- and sd-shell nuclei is studied microscopically in the two-centre harmonic oscillator model. A simple rule giving the sign of the odd-even part of the potential is established. Besides the well-known dependence on the nucleon-number difference, a marked variation of the parity effect with the ...
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Diffraction theory of heavy-ion scattering

Journal of Physics G: Nuclear Physics, 1976
Detailed analysis of phase-amplitude curves is found to provide much insight into the elastic scattering of heavy ions at intermediate and high energies, where numerical calculations become lengthy. The nuclear interaction is first treated by the strong absorption model, and a semiclassical analysis providing a link with Fresnel diffraction is found to
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Deformation effects in heavy-ion scattering

Nuclear Physics A, 1974
Abstract Many experiments on the scattering of heavy ions confirm that the elastic cross sections display characteristics of Fresnel diffraction. Recent experiments on the scattering of very heavy ions, however, show marked deviations from the expected Fresnel shapes and an analysis of these experiments using the “quarter-point-recipe” of the Fresnel
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Heavy ion elastic scattering survey

Nuclear Physics A, 1975
J.B. Ball, C.B. Fulmer, E.E. Gross, M.L. Halbert, D.C. Hensley, C.A. Ludemann, M.J. Saltmarsh, G.R. Satchler   +7 more
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Heavy ion scattering: A fixed energy inverse problem

1994
The ultimate aim of any scattering experiment is to determine the real forces that are acting between the colliding particles and, in that quest dealing with non-relativistic atomic and nuclear collisions, there are two basic approaches taken in the analyses of measured data.
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Algebraic Scattering Theory and Light Heavy-Ion Reactions

1997
The similarities and differences between the Algebraic Scattering Theory and the (Semimicroscopic) Algebraic Cluster Model are discussed. Based on this comparison suggestions are made for new kind of applications and for an alternative formulation of the scattering model.
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Tensor interaction in heavy-ion scattering

Nuclear Physics A, 1985
H. Nishioka, R.C. Johnson
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Large-angle scattering of heavy ions

Nuclear Physics A, 1980
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On Identical Heavy-Ion Scattering

1976
Doubre, H., Marty, C., Plagnol, E.
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Interference in heavy ion inelastic scattering

Nature, 1974
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