... The resulting near-field images can be used to extract the far-field radar cross section (RCS... more ... The resulting near-field images can be used to extract the far-field radar cross section (RCS) of the target overcoming the need for long-range measurement setups. ... Index TermsNear-field measurements, radar cross section (RCS) , radar imaging. ...
INTRODUCTION Radar has been increasingly used over the past 10 years to observe insects in flight... more INTRODUCTION Radar has been increasingly used over the past 10 years to observe insects in flight and it is now well established as a technique for studying their aerial migration [I], [2]. A knowledge of insect radar cross sections is a prerequisite of quantitative studies [3], [4] ...
A summary of the development and verifications of a computer code, RECOTA (return from complex ta... more A summary of the development and verifications of a computer code, RECOTA (return from complex target), developed at Boeing Aerospace for calculating the radar cross section of complex tar-gets is presented. The code utilizes a computer-aided design pack-age for modeling ...
... The resulting near-field images can be used to extract the far-field radar cross section (RCS... more ... The resulting near-field images can be used to extract the far-field radar cross section (RCS) of the target overcoming the need for long-range measurement setups. ... Index TermsNear-field measurements, radar cross section (RCS) , radar imaging. ...
INTRODUCTION Radar has been increasingly used over the past 10 years to observe insects in flight... more INTRODUCTION Radar has been increasingly used over the past 10 years to observe insects in flight and it is now well established as a technique for studying their aerial migration [I], [2]. A knowledge of insect radar cross sections is a prerequisite of quantitative studies [3], [4] ...
A summary of the development and verifications of a computer code, RECOTA (return from complex ta... more A summary of the development and verifications of a computer code, RECOTA (return from complex target), developed at Boeing Aerospace for calculating the radar cross section of complex tar-gets is presented. The code utilizes a computer-aided design pack-age for modeling ...
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