Advanced Microwave and Millimeter-wave Detectors: 25-26 July 1994, San Diego, CaliforniaSatish S. Udpa, Hsiu C. Han |
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Microwave detection of defects in glassreinforced polymer composites 227502 | 11 |
Millimeterwave nondestructive evaluation of glass fiberepoxy composites subjected to impact | 21 |
Highresolution millimeterwave imaging system for defect characterization in dielectric slabs | 27 |
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according algorithm amplitude angle antenna aperture applications approach approximation array beam boundary codes complex components composite Computer concrete conducting considered crack depth detection detector determined dielectric diffraction direction distance domain edge effective electric electromagnetic elements energy equation estimate evaluation exercise experimental experiments field Figure frequency function geometry given ground penetrating radar horn imaging incident increased indicate integral inverse layer leading material measurement medium metallic method microwave mode modulated muscle nondestructive normal object observed obtained operating parameters performed permittivity phase plane position presented probe problem processing propagation pulse radar range receiver reconstruction rectangular REFERENCES reflection coefficient relative resolution resonator respectively sample scattering shift shown in Figure shows signal solution space speed structures surface Table technique Theory thickness transmitted values vector wave waveguide wavelength