Heavy Ion Collisions, Volume 2R. Bock |
Contents
Classical theory of elastic scattering | 10 |
Gross properties of heavyion collisions | 24 |
W Nörenberg | 36 |
Copyright | |
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Common terms and phrases
A₁ adiabatic angular distribution Ayik bombarding energy calculated classical complete fusion composite system compound nucleus coordinate correlation corresponding Coulomb Coulomb barrier curve deflection function deformation degrees of freedom dependence described diffusion coefficient dissipative collisions distance Elab element distributions energy loss equation excitation energy experimental fission barrier Fokker-Planck equation friction forces Galin given grazing angle groundstate Gutbrod heavy ion collisions heavy-ion HUIZENGA inelastic interaction barrier intrinsic kinetic energy LEFORT Lett level density limit liquid-drop macroscopic mass asymmetry mass distribution measured MeV/u moment of inertia momenta Mosel neutron NGÔ Nörenberg Nucl nuclear fission nuclei nucleons observed obtained particle Phys potential energy surface projectile projectile-like region relative motion rotational saddle point scattering angle Schrödinger equation shell model shown in fig single-particle spin symmetric target tion TKEL total kinetic energy trajectory values velocity wavefunction WEIDENMÜLLER Wilczynski yrast