Casper: Coupled Air-Sea Processes And Electromagnetic Ducting Research

Qing Wang, Denny P. Alappppattu, Stephanie Billingsley,Byron Blomquist,Robert J. Burkholder,Adam J. Christman, Edwdward D. Creegan,Tony De Paolo,Daniel P. Eleuterio,Harindra Joseph S. Fernando, Kyle B. Franklin,Andrey A. Grachev,Tracy Haack,Thomas R. Hanley,Christopher M. Hocut, Teddddy R. Holt, Kate Horgan, Haflidi H. Jonsssson, Robert A. Hale,John A. Kalogiros,Djamal Khelif,Laura S. Leo,Richard J. Lind,Iossif Lozovatsky,Jesus Planella-Morato,Swagato Mukherjee,Wendell A. Nussss,Jonathan Pozderac,L. Ted Rogers,Ivan Savelyev,Dana K. Savidge,R. Kipppp Shearman,Lian Shen,Eric Terrill,A. Marcela Ulate,Qi Wang, R. Travis Wendt, Russssell Wissss,Roy K. Woodsds,Luyao Xu,Ryan T. Yamaguchi,Caglar Yardim

BULLETIN OF THE AMERICAN METEOROLOGICAL SOCIETY（2018）

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摘要

The objective of CASPER is to improve our capability to characterize the propagation of radio frequency (RF) signals through the marine atmosphere with coordinated efforts in data collection, data analyses, and modeling of the air-sea interaction processes, refractive environment, and RF propagation.

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