Industrial Microwave SensorsTextbook designed for an advanced undergraduate course in industrial applications of microwaves. Provides knowledge about the possibilities of the microwave technique in implementing practical measurement sensors. Knowledge of the fundamentals of physics and electronics is assumed. Annotation copyri |
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accuracy achieved amplitude angle antenna aperture applications attenuation brightness temperature calculated called caused cavity circuit coaxial complex components conductivity Conf constant coupling density depends described detected detector determined developed dielectric direction distance effect electric field electronic equal equation error et al example Figure formulas function given gives IEEE Trans industrial layer length limited liquid loss lower material means measurement medium meter method Microwave mode moisture molecules needed noise normal object pattern permittivity phase plane plate points polarization possible practical probe Proc propagation properties quality factor radar radiation radiometer range ratio receiver reference reflection coefficient relative resolution resonant frequency response sample sensor September shift short signal strength structure studied surface technique temperature Theory thickness transmission line transmitted unit usually values variations volume wave waveguide wavelength