Nuclear Structure: Volume Ii (nuclear Deformations) |
Contents
13a Isospin Symmetry | 31 |
13b Extension of Isobaric Symmetry | 38 |
Rotational Invariance | 70 |
Copyright | |
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Common terms and phrases
analysis angular momentum antisymmetric approximately associated average baryon binding energy characterized closed shells coefficients components configuration conjugate coordinates correlation corresponding coupling cross sections dependence discussed effect eigenstates electromagnetic electron employed estimate example excitation energy factor Fermi gas given Hamiltonian implies invariance involving isobaric isospin j₁ labeled leptons level density M₁ M₂ magnetic magnetic moment mass matrix elements mesons moments motion multipole multipole moments neutrons and protons Nuclear Phys nuclear potential nucleons nucleus observed obtained one-particle operator orbits parameters parity particles permutation symmetry phase shift polarization processes properties proton quantum numbers radial radius reaction relation representation represents resonance rotation scattering amplitude single-particle space spectra spectrum spherical spin spin-orbit strength function structure Table tableaux tensor transformation transition two-particle unitary V₁ values variables vector wave function width Young diagram