The Study on the Ocean Echo Signal Coherent Time of Bistatic SAR

Fung A K. Microwave Scatttering and Emission Models andTheir Applicantions. Boston, London, Artech House, 1994,Ch. 4.[2]Kasilingam D P and Shemdin O H. Theory for syntheticaperture radar imaging of the ocean surface with applicationto tower ocean wave and radar dependence experiment onfocus, resolution, and wave height spectra. J Geophis. Res.C.1988, 93(11): 13837-13848.[3]Jackson F C and Lyzenga D R. Microwave techniques formeasuring directional wave spectra. in Surface Waves andFluxes, Geernhaert G L and Plant W J, Eds. Amsterdam,The Netherland, Kluwer, 1990, Vol. 2, ch.14, 221-264.[4]Carande R E. Estimating ocean coherence time usingdual-baseline interferometric synthetic aperture radar. IEEETrans. on G R S. 1994, 32(4): 846-854.[5]Frasier S J and Camps A J. Dual-beam interferometry forocean surface current vector mapping[J].IEEE Trans. on G R S.2001, 39(2):401-414[6]Romeiser R, Alpers W, and Wismann V. An improvedcomposite surface model for the radar backscattering crosssection of the ocean surface, 1. Theory of the model andoptimization / validation by scatterometer data. J Geophys.Res., 1997, 102(11): 25237-25250.[7]Romeiser R and Alpers W. An improved composite surfacemodel for the radar backscattering cross section of the oceansurface, 2. Model response to surface roughness variationsand the radar imaging of underwater bottom topography. JGeophys. Res. C., 1997, 102: 25251-25267.[8]Plant W J. A stochastic multiscale model of microwavebackscatter. J Geophys. Res. C., 2002, 107(9): 3120.