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Topics for a Statistical Description of Radar Cross Section

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Andrew Lewis Maffett

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Wiley

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Treats radar cross section (RCS), with special emphasis on statistical aspects and their applications. Focus is on RCS estimation for complex targets, with full discussion of detection theory and comparison of RCS data. Opening chapters provide fundamentals, notation, definitions, and formulas. Middle chapters address scattering and diffraction of electromagnetic waves and practical RCS analyses and applications. Closing chapters discuss the role of constitutive parameters in RCS.

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Table Of Contents:

FUNDAMENTALS.
Definition of Field Quantities and Maxwells Equations.
Constitutive Relations.
Boundary Conditions and Surface Currents.
Greens Functions.
Radar Cross-Section (RCS).
SCATTERING AND DIFFRACTION OF ELECTROMAGNETIC WAVES.
Diffraction of a Plane Wave by a Perfectly Absorbing Half-Plane.
Asymptotic Approximation Methods.
Diffraction Approximation Methods.
Numerical Approximations and Numerical Methods.
RCS Measurements.
PRACTICAL ASPECTS OF RCS.
RCS of Simple Shapes.
RCS of Complex Shapes.
Examples: 727 at 0.94 GHz; Firebee at 9.0 GHz.
A New Method for Comparing Experimental and Theoretical Data.
Elements of Detection Theory.
CONSTITUTIVE PARAMETERS.
Impedance Boundary Condition.
Reflection and Transmission: A Different Viewpoint.
Stratified Media.
Gyroelectromagnetic Layers.
The Inverse Problem for Biaxial Materials.
References.
Author Index.
Subject Index

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