January 1967 | Technical Memorandum IER TM ITSA 39
Calculation of electrical length variations and focusing-defocusing due to tropospheric layers in microwave propagation
Cite This Publication
John S. Nicolis and Carolen Moncure, “Calculation of electrical length variations and focusing-defocusing due to tropospheric layers in microwave propagation,” Technical Memorandum IER TM ITSA 39, U.S. Department of Commerce, Environmental Science Services Administration, Institute for Telecommunication Sciences and Aeronomy, January 1967.
Abstract: Numerical results concerning the disturbances caused by a typical category of slightly subrefractive or superrefractive thick tropospheric layers in line-of-sight propagation as well as the importance of total reflection from such layers. These reflection processes seem to play an important role in tropospheric microwave propagation. In fact, as the calculations indicate, considerable enhancement or fadeout of the received field may be explained satisfactorily in terms of the above mechanisms.
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