Wave propagation in a random medium with anisotropic background.
Wave propagation in anisotropic plasma in presence of electron density irregularities, noting Faraday effect
PLASMA WAVE↗
Engineering topics
Yeh, K. C.
Publications and source records attributed to Yeh, K. C..
Total ionospheric electron content at Houghton, Michigan.
Omicron I satellite measurements of total ionospheric electron content, comparing values at Houghton, Michigan, with others for different latitudes
IONOSPHERIC ELECTRON DENSITY↗
Latitude dependence of ionospheric electron content
Ionospheric electron content calculation method applied to Faraday fading signals
FARADAY ROTATION↗
Scintillation observations at medium latitude geomagnetically conjugate stations
Scintillation observations at medium latitude geomagnetically conjugate stations
GEOMAGNETIC LATITUDE↗
Response of Ionospheric Electron Density to a Change of Electron Temperature
Spatial and temporal models used to study response of ionospheric electron density to change of electron temperature
MATHEMATICAL MODEL↗
Gradient instabilities as possible causes of irregularities in the ionosphere.
Ionospheric irregularities explained by gravitational field and positive electron density gradient joint effect on ionospheric region below electron distribution peak
PLASMA DISPERSION↗
Ionospheric electron content at temperate latitudes during the declining phase of the sunspot cycle.
Ionospheric electron content at temperature latitudes during declining phase of sunspot cycle determined by observation of Faraday effect
F LAYER↗
Low-frequency waves and gradient instabilities in the ionosphere.
LF incompressible waves and gradient instabilities in ionosphere
COLLISION RATE↗
Ionospheric electron content at temperate latitudes during the declining phase of the sunspot cycle
Ionospheric electron density during declining phase of sunspot cycle by Faraday effect observations
IONOSPHERIC ELECTRON DENSITY↗
F-region irregularities studied by scintillation of signals.
F region irregularities studied by scintillation of radio signals from earth satellites
IONOSPHERIC IRREGULARITY↗
Scintillation observations of satellite signals.
Scintillation observations of satellite signals noting latitude, diurnal, seasonal and sunspot cycle variations
DIURNAL VARIATION↗
Parameter dependence of phase and log amplitude scintillation
Parameter dependence of phase and log amplitude scintillation - Signal statistics of spherical wave emitted by transmitter through intervening slab of irregularities
SIGNAL MEASUREMENT↗
Diffraction of random waves in a homogeneous anisotropic medium
Diffraction of random waves propagated in homogeneous anisotropic medium
WAVE PROPAGATION↗
Scintillation observations of satellite signals
Scintillation observations of satellite signals
SATELLITE TRANSMISSION↗
F-region irregularities studied by scintil- lation of signal from satellites
F region irregularities studied by scintillation of signals from satellites
IONOSPHERIC IRREGULARITY↗
A theoretical and experimental study of the ionosphere using radio signals from earth satellites progress report no. 9, 1 jan. - 30 jun. 1964
Morphology of ionosphere using radio signals from earth satellites
RADIO SIGNAL↗
ELECTRON DENSITY DISTRIBUTION DEDUCED BY THE FARADAY ROTATION METHOD
Electron density distribution deduced by the faraday rotation method
FARADAY EFFECT↗