Effective dielectric tensor and propagation constant of plane waves in a random anisotropic medium.
Wave propagation in turbulent magnetoactive plasma, deriving dielectric tensor operator through Green function
Liu, C. H.↗
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Results for “GREEN FUNCTION”
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Singlet-triplet formulation for dilute magnetic alloys. I.
Singlet-triplet pair Green functions formulated for s-d exchange model of dilute magnetic alloys with single magnetic impurity
Alexander, S.↗
Singlet-triplet formulation for dilute magnetic alloys. II.
Anderson model of dilute magnetic alloy studied using singlet-triplet pair Green functions, noting existence of pole of function below certain temperature
Fibich, M.↗
Ultrasonic attenuation in imperfect insulating crystals.
Ultrasonic attenuation in imperfect insulating crystals calculated by thermodynamic Green functions method, noting temperature dependence in neutron irradiated quartz
Silverman, B. D.↗
Moessbauer diffraction. I - Quantum theory of gamma-ray and X-ray optics.
X rays and gamma rays interaction with crystals analyzed by quantum electrodynamics Green function methods, emphasizing Mossbauer gamma ray diffraction optics
Hannon, J. P.↗
Derivation and analysis of the Pariser-Parr- Pople model.
Second quantization formalism for deriving Pariser-Parr-Pople model for planar unsaturated molecules, analyzing model by propagator or Green function methods
Linderberg, J.↗
Displacement correlations and frequency spectra for mass-disordered lattices. II.
Displacement correlations and frequency spectra for mass disordered lattices, deriving cluster expansion for phonon Green function
Goodman, B.↗
A model of interplanetary and coronal magnetic fields.
Green function solution to Maxwell equations for interplanetary and coronal magnetic fields above photosphere, considering field at source surface
Ness, N. F.↗
Radiative decay of polyatomic molecules.
Radiative decay of polyatomic molecules, applying Green function form for transition probability to decay of manifold of closely spaced coupled levels
Freed, K. F.↗
Extension of the integral formulation of scattering theory to Coulomb interactions.
Integral formulation of scattering theory extended to Coulomb interactions by expanding Green function and treating kernel singularities
Altick, P. L.↗
Radiation from sources in a moving, conducting medium.
Relativistic formulation of radiation for sources in uniformly moving isotropic dispersionless conducting medium in terms of Green functions
Kalafus, R. M.↗
Spherically symmetric boundary-value problems in one-speed transport theory
Boundary value problems in one speed transport theory, applying Green function technique to neutrons with spherical symmetry
Case, K. M.↗
Nonlinear spin-wave theory for the anisotropic Heisenberg antiferromagnet
Nonlinear spin wave theory for anisotropic antiferromagnetism, solving sublattice magnetization by thermodynamic Green function for temperature dependence
Flax, L.↗
Impedance of arbitrarily oriented cylindrical and helical antennas in magnetoplasma
Cylindrical and helical antennas impedance in cold magnetoplasma, using three dimensional integral involving Fourier transform and Green function
Weil, H.↗
Evaporation of He-3 atoms from liquid He-3/He-4 mixtures
Green function theory of evaporation of He 3 atoms from liquid He 3/He 4 mixtures, determining energy distribution
Hyman, D. S.↗
Thermodynamics of a Heisenberg ferromagnet in the random phase approximation
Green function used for thermodynamic model of Heisenberg ferromagnet in random phase approximation
Flax, L.↗
Time-dependent Hartree-Fock theory for atoms
Coupled and uncoupled versions of Hartree-Fock theory, calculating atomic system linear response to external time dependent perturbation and Green function
Jamieson, M. J.↗
Thermodynamics of Heisenberg ferromagnet in the random phase approximation
Heisenberg ferromagnet magnetic and thermodynamic properties in random phase approximation, determining magnetization and susceptibility with Green function theory
Flax, L.↗