Interactions of waves and particles in an inhomogeneous one-dimensional plasma
Inhomogeneous one dimensional plasma in electrostatic normal modes, considering interactions of waves and particles
Kaufman, A. N.↗
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Influence of degeneracy on coherent pulse propagation in an inhomogeneously broadened attenuator
Coherent pulse propagation in inhomogeneously broadened attenuator, examining degeneracy influence and connection with self induced transparency /SIT/ in nondegenerate system
Hopf, F. A.↗
Anisotropic solar cosmic ray propagation in an inhomogeneous medium. II
Anisotropic solar cosmic rays in inhomogeneous medium, investigating shell effect on propagation by one dimensional model
Burlaga, L. F.↗
Integral equation formulations of scattering from two-dimensional inhomogeneities in a conductive earth, part 1 Final report
Integral equation formulations for electromagnetic scattering from two-dimensional inhomogeneities in conductive earth
Parry, J. R.↗
Integral equation formulations of scattering from two-dimensional inhomogeneities in a conductive earth, part 2 Final report
Integral equation formulations for electromagnetic scattering from two-dimensional inhomogeneities in conductive earth - appendices, figures, bibliography, and computer programs
Parry, J. R.↗
On the thermodynamics of inhomogeneous bodies
Thermodynamic properties of inhomogeneous elastic bodies
Wang, C. C.↗
The propagation of waves in inhomogeneous media
Approximations for predicting amplitudes of reflected and transmitted waves in inhomogeneous media
Haq, A.↗
Numerical coefficient of the first exchange inhomogeneity term
First exchange energy inhomogeneity term numerical coefficient approximate derivation
Smith, J. R.↗
Effect of composition and composition inhomogeneity on the strain sensitivity of plated wire memory elements
Composition and composition inhomogeneity effects on plated wire memory elements strain sensitivity, considering tension and torsion sensitivities
Holmen, J. O.↗
Parametric excitation in an inhomogeneous plasma
Parametric excitation of transverse waves in inhomogeneous electron plasma driven by oscillating electric field, using multitime perturbation method
Chen, C. S.↗
Fields excited by an arbitrarily oriented dipole in a cylindrically inhomogeneous plasma
Three dimensional fields excited by arbitrarily oriented dipole in cylindrically inhomogeneous isotropic plasma, deriving closed form solution
Ishimaru, A.↗
Type III solar radio burst storms observed at low frequencies. III - Streamer density, inhomogeneities, and solar wind speed
Type 3 solar LF radio burst storms, considering streamer density, inhomogeneities and solar wind speed
Fainberg, J.↗
Thermodynamic influences on acceleration waves in inhomogeneous isotropic elastic bodies with internal state variables
Thermodynamic properties effects on transverse acceleration wave propagation in inhomogeneous isotropic elastic bodies with internal state variables
Bowen, R. M.↗
Method for the solution of electromagnetic scattering problems for inhomogeneous dielectrics as a power series in the ratio /dimension of scatterer//wavelength
Electromagnetic scattering solutions for inhomogeneous dielectrics as power series, using multipoles for far field determination
Von Roos, O.↗
Influence of vertical drift of small scale ionization inhomogeneities on the diurnal variation of f0F2
The diurnal variations of the critical frequencies of the ionospheric F2 region may be influenced substantially by the 12-hour component of the vertical drift of small-scale ionization inhomogeneities. The appearance of the forenoon maximum of F2 and the evening ionization maximum are examined.
Drobzhev, V. I.↗
Laser amplification in an inhomogeneous plasma
The propagation of an electromagnetic wave into an inhomogeneous plasma was studied. In a plasma with large density gradients a QTX mode propagating perpendicular to the magnetic field can encounter a resonance and a cutoff separated by a distance comparable to the incident wave length. In this region the wave is evanescent, and in general there will be a reflected and transmitted wave, and amplification will occur in the region near the resonance. The amplification is important for the study of nonlinear phenomena and for feedback stabilization applications.
White, R.↗
Solar-wind structure determined by corotating coronal inhomogeneities. II - Arbitrary perturbations.
The problem of the solar-wind structure resulting from long-lived inhomogeneities in the solar corona has been extended within the framework of a linearized hydrodynamic approach to allow for arbitrary perturbations in the plasma parameters, namely, velocity, density, and temperature. By using a Parker model for the zero-order flow speed, solutions are given for perturbations imposed at the zero-order critical point. Using the restriction that the solutions must be regular at the critical point, it is possible to express all situations as a linear sum of the solutions for pure velocity, density, and temperature perturbations at the critical point. The results of the integrations for three inner-boundary conditions can be used as the elements of matrices that map arbitrary perturbations at one heliocentric distance to any other distance. One interesting feature of the solutions is that the amplitudes at earth for the pure initial temperature situation are larger than for the other two situations.
Siscoe, G. L.↗
Inhomogeneous structure of the solar chromosphere from Lyman-continuum data.
A new model of the chromosphere is described that is based on Lyman-continuum observations by Harvard spectrometers aboard the satellites OSO 4 and OSO 6. The temperature, gas pressure, electron pressure, particle densities, and hydrogen ground-state departure coefficient are calculated as a function of height in the chromosphere. The model reproduces the observed quiet-region intensities in the Lyman continuum. The inhomogeneous structures, believed to be spicules, are inferred to be optically thick in the Lyman continuum and to have a source function below that of the mean chromosphere.
Vernazza, J. E.↗