Doppler radar and weather observations
Geared toward upper-level undergraduates and graduate students, this text reviews the principles of Doppler radar and emphasizes the quantitative measurement of meteorological parameters. 1993 edition.
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Principles of Radar
Weather Echo Signals
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amplitude antenna assumed atmosphere attenuation autocorrelation autocovariance average axis azimuth backscatter bandwidth beam beamwidth cloud coefficients components contribute correlation function cross section dependence discrete Fourier transform Doppler radar Doppler shift Doppler spectrum Doppler velocity Doviak downdraft drop diameter drop size distribution echo power echo samples elevation angle equation error exponential filter frequency gauge Gaussian gradients gust front horizontal hydrometeors inertial subrange integral interval larger layer lightning linear maximum mesocyclone Meteorol noise observed obtained parameters pattern peak phase polarization power spectrum precipitation propagation radar measurements radial velocity rain rainfall rate random range ratio receiver reflectivity factor refractive index resolution volume scales scatter volume shear side lobes signal spaced spatial spectra spectrum width squall line storm targets temperature term thunderstorm tornado transmitted pulse turbulence updraft values variance vector velocity estimates vertical wave wavelength wavenumber weather radar weighting function wind zero Zrnic