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Wave Refraction Simulation from AIRSAR and POLSAR C-Band Data

机译:来自Airsar和Polsar C波段数据的波折射仿真

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This work utilizes radar airborne data to simulate coastal wave refraction pattern. Two radar airborne data of AIRSAR and POLSAR with Cvv-band are involved. The quasi-linear model used to retrieve the significant wave height from radar airborne data. Then, wave transformation model based on first order Partial Differential Equation (PDEs) used to simulate wave refraction pattern. The study shows the convergence spectra refraction energy is 0.84 m2 sec is higher than divergence refraction energy. In conclusion, the integration between quasi-linear model and (PDEs) of wave spectra transform can be used as good tool to simulate coastal wave refraction pattern from AIRSAR and POLSAR Cvv-band data.
机译:这项工作利用雷达机载数据来模拟沿海波折射图案。涉及两个带有CVV带的Airsar和Polsar的雷达空气传播数据。用于从雷达机载数据检索显着波高的准线性模型。然后,基于第一阶偏微分方程(PDE)的波形变换模型用于模拟波折射图案。该研究表明,收敛光谱折射能量为0.84m2秒高于发散折射能量。总之,波谱变换的准线性模型和(PDE)之间的集成可以用作模拟来自Airsar和Polsar CVV带数据的沿海波折射图案的好工具。

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