以无线光通信为切入点, 首先对大气湍流的研究进展进行了阐述, 解释了大气湍流及其产生的
机理与传输特性. 然后分析了大气湍流所引起的光束扩展, 光束漂移, 光强闪烁等对无线光通信的 …

The extended Huygens-Fresnel principle is used to formulate general expressions of the
mutual intensity function for a finite optical source with partial spatial coherence propagating …

This paper presents a review of basic theories and recent advances in the studies of wave
propagation and scattering in random media. Examples of the random media include the …

The results obtained in recent years on laser irradiance propagation in random weakly
inhomogeneous media with large scale index of refraction fluctuations are reviewed. Of …

The propagation characteristics of an optical beam in the earth's atmosphere are greatly
affected by random fluctuations of the index of refraction caused by the turbulent motion of …

We have been able by a Monte Carlo technique to generate the point spread function (PSF)
for light in tissue for a generalized range of tissue characteristics. We have demonstrated …

The general solution for the mean irradiance distribution of a finite cross section laser beam
propagating in a turbulent medium has been given by Lutomirski and Yura.[1] This analysis …

The complete statistical description of the waves in a random medium can be obtained from
the characteristic functional or the cumulant functional of the wave function. The basic …

Publisher Summary This chapter discusses the essential results of recent theoretical
investigations of wave propagation in randomly inhomogeneous media. Differential …

It is shown theoretically that the spatial coherence radius of the field of a single-mode laser
beam traveling in a turbulent atmosphere exceeds the coherence radius of plane and …