首页> 外文会议>4th European Conference on Underwater Acoustics Vol.2, Sep 21-25, 1998, Rome, Italy >MODELING ACOUSTIC TOMOGRAPHY OF OCEAN CURRENTS IN COASTAL REGIONS VIA WIDE-ANGLE PARABOLIC APPROXIMATION
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MODELING ACOUSTIC TOMOGRAPHY OF OCEAN CURRENTS IN COASTAL REGIONS VIA WIDE-ANGLE PARABOLIC APPROXIMATION

机译:通过广角抛物线逼近模拟沿海地区的海洋声波断层

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摘要

Generalized Claerbout Parabolic Equation for Moving media (GCPE-M) ensures reciprocity and energy conservation of its solutions. The developed numerical scheme preserves these important properties in the finite-difference solution of GCPE-M. The presented model is applied to simulate full-field inversion of ocean currents in shallow sea under the presence of uncertainties in the sound speed field and bottom topography.
机译:运动介质的广义Claerbout抛物线方程(GCPE-M)确保其解决方案的互惠性和节能性。所开发的数值方案在GCPE-M的有限差分解决方案中保留了这些重要的属性。在声速场和海底地形存在不确定性的情况下,将提出的模型用于模拟浅海海流的全场反演。

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