Handbuch der Physik, Том 39

alpha decay alpha particle amplitude angular momentum approximation assumed binding energy calculation central force charge distribution closed shells coefficients consider COULOMB coupling cross section defined deformation density dependence deuteron effect electron scattering empirical equation even-even nuclei excited experimental factor Fermi gas give given ground hard core high energy integral interaction intrinsic isotopic spin kinetic energy levels liquid drop model low energy magic numbers mass matrix elements meson motion neutron-proton neutrons and protons nuclear force nuclear potential nuclear radius nuclear size nuclei nucleons observed obtained operator orbital parameters parity perturbation phase shift Phys predicted proton quadrupole moments quantum numbers radial range rotational Sect shape shell-model Single Particle Model singlet spectra spectrum spherical spheroidal spin-orbit symmetry Table tensor force theoretical theory tion transition triplet two-body wave function wavefunction YUKAWA zero