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Plasma and Fluid Dynamics; Statistical Physics Thermal states of vector meson model, 102,71 Clusters in Ising model, 98, 390 Coulomb gas classical one-component, statistical mechanics of, 102, 189 Dielectrics Equilibrium state of classical hard-core continuous systems, 97, 55 Hard-core continuous systems response properties, longitudinal, of twodimensional quantized plasma in magequilibrium and metastable states, charac-netic field, 97, 216 Doppler broadening at all temperatures, 100, 457 terization, 97, 55 Quantum Mechanics of Atoms and Molecules Bloch equations non-Markovian character, 101, 574 Dicke maser model infinite mode, equilibrium state and free energy, 98, 38 Ferromagnetics ground-state spin determination, 98, 418 Few particle system Equilibrium state infinite mode Dicke maser model, 98, 38 scattering, integral-equation approach, 98,14 Free energy infinite mode Dicke maser model, 98, 38 Ising model clusters in, 98, 390 Magnetic field two-dimensional quantized plasma in, longitudinal dielectric response properties of, 97, 216 Meson vector meson model, thermal states, 102, 71 Metastable state of classical hard-core continuous systems, 97,55 clusters in Ising model, 98, 390 Plasma two-dimensional quantized, in magnetic field, longitudinal dielectric response properties of, 97, 216 Statistical mechanics of classical one-component Coulomb gas, 102, 189 Ground-state spin determination in ferromagnetics, 98,418 Hyperfine structure constants by projected Hartree-Fock method, Li, 98, 451 Ion elastic heavy, scattering, amplitude for, 101, 520 Projected Hartree-Fock method hyperhne structure constants, Li, 98, 451 Quantum electrodynamics corrections to graviton-matter vertices, 98, 225 decay of 23S, state, helium-like ions, 98, 462 Scattering elastic heavy ion, amplitude for, 101, 520 few-particle, integral-equation approach, 98, 14 Two-body potentials statistical mechanics, 102, 108 1 Boldface numbers indicate appropriate volume; lightface numbers indicate pagination.
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