## Methods of radar cross-section analysis |

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### Contents

Some Basic Concepts and Results from Electromagnetic | 3 |

Asymptotic Methods | 17 |

HighFrequency Approximations | 33 |

Copyright | |

53 other sections not shown

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### Common terms and phrases

absorbing aircraft amplitude angle antenna apply approach approximation aspect assume asymptotic average axis backscattered field backscattering bistatic cross-section boundary condition calculated Chapter coated complex shapes components cone-sphere consider contribution corner reflector cos2 creeping wave curve cylinder determined dielectric spheres diffraction direction of incidence discussion edge electric field electromagnetic equation estimate evaluation expression flat plate formula Frequency a Frequency function geometric optics geometry given by Eq impedance index of refraction integral K. M. Siegel length magnetic field Maxwell's equations measurements method missile mode monostatic normal nose-on obtain ogive optics parameters perfectly conducting physical-optics polarization problem prolate spheroid propagation Radar Cross Sections radar cross-section radiation radii of curvature radius range Rayleigh region reflection coefficient relative phase Rept S(HV scattered field scattering body semi-minor axis shown in Fig sin2 solution specular surface target theoretical theory and experiment values wavelength wedge zero