作者: R.J. Hill , R.A. Bohlander , S.F. Clifford , R.W. McMillan , J.T. Priestly
DOI: 10.1109/36.3035
关键词: Wavelength 、 Wave propagation 、 Clear-air turbulence 、 Planetary boundary layer 、 Phase (waves) 、 Turbulence 、 Scintillation 、 Optics 、 Physics 、 Surface wave
摘要: Scintillations of intensity and phase difference were measured at millimeter wavelengths in a horizontally homogeneous atmospheric surface layer. Simultaneous micrometeorological optical propagation measurements characterized the clear-air turbulence. Predicted statistics are good agreement. It is shown that structure function showed rolloff large spacings as was expected because outer scale turbulence log-intensity Gaussian random variables. The mutual coherence exp(-D/2) to great accuracy, where D sum log-amplitude functions. Estimating heat humidity fluxes from variances be valid. >