2004Institution of Engineering and Technology eBooksRequires access

Target Cross Section

Nicholas J. Willis

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Abstract

The bistatic radar cross section of a target, σB, is a measure as is the monostatic RCS, σM, of the energy scattered from the target in the direction of the receiver. Bistatic cross sections are more complex than monostatic cross sections because σp is a function of aspect angle and bistatic angle. Three regions of bistatic RCS are of interest: pseudomonostatic, bistatic, and forward-scatter (sometimes called near-forward-scatter). Each region is defined by the bistatic angle. The extent of each region is set primarily by physical characteristics of the target.

About this research paper

What this paper is about

The bistatic radar cross section of a target, σB, is a measure as is the monostatic RCS, σM, of the energy scattered from the target in the direction of the receiver. Bistatic cross sections are more complex than monostatic cross sections because σp is a function of aspect angle and bistatic angle. Three regions of bistatic RCS are of interest: pseudomonostatic, bistatic, and forward-scatter (sometimes called near-forward-scatter). Each region is defined by the bistatic angle. The extent of each region is set primarily by physical characteristics of the target.

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Available abstract

The bistatic radar cross section of a target, σB, is a measure as is the monostatic RCS, σM, of the energy scattered from the target in the direction of the receiver. Bistatic cross sections are more complex than monostatic cross sections because σp is a function of aspect angle and bistatic angle. Three regions of bistatic RCS are of interest: pseudomonostatic, bistatic, and forward-scatter (sometimes called near-forward-scatter). Each region is defined by the bistatic angle. The extent of each region is set primarily by physical characteristics of the target.

Key concepts: Section (typography), Computer science, Operating system

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