Add to ORKGThe turbulence in the atmosphere can strongly affect propagation optical waves. The turbulence is created by a variety of atmospheric conditions. Using a mathematical model the fluctuations the statistical fluctuations and wave parameters are computed
This paper reviews three phenomena that affect the propagation of electro-optical radiation through ...
This paper introduces analytic expressions for the long time average atmospheric-induced frequency s...
Statistical characteristics of electromagnetic waves of visible range in turbulent atmosphere are co...
The Earth’s atmosphere is the living environment in which we live and cannot escape. Atmospheric tur...
It is well known that optical signals propagating through the atmosphere are subject to random fluct...
A model is developed for the probability density function of the phase of an optical wave propagatin...
This book presents some of the most important results concerning atmospheric turbulence and some of ...
It is well known that the transmission of an optical signal through the turbulent atmosphere results...
Under the assumption that small-scale irradiance fluctuations are modulated by large-scale irradianc...
A number of atmospheric phenomena affect the propagation of light. This article reviews the effects ...
Atmospheric turbulence affects optical systems that operate in various atmospheric conditions. The c...
Optical beam propagation through oceanic waters is explored using a recently proposed model for the ...
This paper introduces analytic expressions for the long time average atmospheric-induced frequency s...
This paper is focused on the effect of turbulence in atmospheric transmission media. A short introdu...
Proper and precise interpretation of radio occultation soundings of planetary atmospheres requires u...
This paper reviews three phenomena that affect the propagation of electro-optical radiation through ...
This paper introduces analytic expressions for the long time average atmospheric-induced frequency s...
Statistical characteristics of electromagnetic waves of visible range in turbulent atmosphere are co...
The Earth’s atmosphere is the living environment in which we live and cannot escape. Atmospheric tur...
It is well known that optical signals propagating through the atmosphere are subject to random fluct...
A model is developed for the probability density function of the phase of an optical wave propagatin...
This book presents some of the most important results concerning atmospheric turbulence and some of ...
It is well known that the transmission of an optical signal through the turbulent atmosphere results...
Under the assumption that small-scale irradiance fluctuations are modulated by large-scale irradianc...
A number of atmospheric phenomena affect the propagation of light. This article reviews the effects ...
Atmospheric turbulence affects optical systems that operate in various atmospheric conditions. The c...
Optical beam propagation through oceanic waters is explored using a recently proposed model for the ...
This paper introduces analytic expressions for the long time average atmospheric-induced frequency s...
This paper is focused on the effect of turbulence in atmospheric transmission media. A short introdu...
Proper and precise interpretation of radio occultation soundings of planetary atmospheres requires u...
This paper reviews three phenomena that affect the propagation of electro-optical radiation through ...
This paper introduces analytic expressions for the long time average atmospheric-induced frequency s...
Statistical characteristics of electromagnetic waves of visible range in turbulent atmosphere are co...