Propagation of internal gravity waves in a thermally stratified atmosphere.
Internal gravity wave propagation in thermally stratified atmosphere
GRAVITY WAVE↗
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Stratified and faceted shapes on panoramas obtained from the station Luna-9
Interpretation of stratified and faceted shapes appearing in lunar photographs
PHOTOGRAPH INTERPRETATION↗
Generation of acoustic and gravity waves by turbulence in an isothermal stratified atmosphere.
Acoustic and gravity waves generation by turbulence in isothermal stratified atmosphere using Lighthill method extension
Stein, R. F.↗
Wave propagation in a random medium with stratified background.
Wave propagation in stratified medium with random background using Fourier-Stieltjes spectral representation
Liu, C. H.↗
The structure of shear-dependent turbulence in a stably stratified medium.
Shear dependent turbulence in stably stratified medium, discussing structural properties, isotropic and axisymmetric forms and Reynolds stress
Justus, C. G.↗
Development of sonic-boom signatures in a stratified atmosphere
Equations for pressure signature of supersonic projectile in stratified atmosphere
Barger, R. L.↗
Sonic Boom Propagation in a Stratified Atmosphere, with Computer Program
Sonic boom propagation in stratified atmosphere using FORTRAN computer program with integral and differential equations
Haefeli, R. C.↗
Stability of density stratified rotating flows.
Stability of nondissipative stratified rotating flows with constant density to axisymmetric disturbances
Leibovich, S.↗
Shear layer and jet instability in stratified media
Shear layer and jet instability in stratified media
Fichtl, G. H.↗
Role of elasticity on the stability of stratified flow of viscoelastic fluids
Viscoelastic fluids stratified flow down inclined plane, examining liquids elasticity role in stability
Li, C.-H.↗
A mathematical model for investigating the stability of thermally stratified flow of unbounded viscous incompressible fluid
Mathematical models for investigating stability of thermally stratified shear flow in atmosphere
Gage, K. S.↗
Patterns of dipole antenna on stratified medium
Radiation patterns of dipole antenna in stratified medium representing lunar surface
Cooper, W. W.↗
Group rays of internal gravity waves in a wind- stratified atmosphere
Internal gravity wave propagation in neutral wind stratified atmospheric model
Cowling, D. H.↗
Intermode coupling at ion whistler frequencies in a stratified collisionless ionosphere
Radio wave propagation at frequencies near proton gyrofrequency in horizontally stratified ionosphere, taking into account intermode coupling
Wang, T.-I.↗
Transient propagation of electromagnetic waves in a stratified plasma
Transient electromagnetic wave propagation in lossy directionally anisotropic time varying stratified plasma, using characteristics method
Field, J. C.↗
Half wavelength dipole antennas over stratified media
Theoretical solutions of the fields induced by half-wavelength, horizontal, electric field dipoles (HEDS) are determined based on studies of infinitesimal, horizontal, electric field dipoles over low loss plane-stratified media. To determine these solutions, an approximation to the current distribution of a half-wavelength HED is derived and experimentally verified. Traverse and antenna measurements obtained on the Athabasca Glacier in the summer of 1971 are related to the characteristics of the transmitting antenna design, and the measurement techniques and field equipment used in the glacier trials are described and evaluated.
Latorraca, G. A.↗
Effect of eddy diffusivity on wind-driven currents in a two-layer stratified lake
The steady state wind-driven circulation was numerically calculated in a rectangular stratified lake. The lake is composed of two layers having uniform but unequal densities and eddy diffusivities. The position in thermocline and the three-dimensional velocities in both layers calculated using shallow lake equations. The results show that, as the eddy diffusivity in the hypolimnion is increased, the thermocline tilt and hypolimnetic velocities increase. The effect of the other variables such as wind stress, density, basin length, and mean thermocline depth are also shown.
Gedney, R. T.↗
Sonic-boom propagation through a stratified atmosphere.
Theoretical approach to the problem of predicting the sonic-boom signature due to a maneuvering aircraft, with outline of the resulting calculation method. This method includes the effects of a variable, stratified atmosphere, and is based on geometric-acoustic principles. A nonlinear distortion is used to account for the weak shock field. The analytical results are compared with experimental data and excellent agreement was found, particularly with regard to signature length.
Hayes, W. D.↗