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Simulation of SARAL (Satellite with ARgos and ALtika) resolution gravity over the western Indian offshore for geological/structural interpretation

机译:模拟印度西部近海的SARAL(带有ARgos和ALtika的卫星)分辨率重力,以进行地质/结构解释

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摘要

SARAL (Satellite with ARgos and ALtika) is expected to be launched in early 2011 by ISRO which includes the ALTIKA payload, a 35.75 GHz Ka band radar altimeter. The present investigation compares a simulated SARAL altimetric gravity field with various existing satellite altimetric gravity and ship-borne gravity over the western Indian offshore which is of interest for better understanding of geological evolution and oil prospecting. These comparisons show the superiority of high-resolution satellite gravity and simulated SARALresolution gravity over previous, lower resolution ERS-1 altimetric gravity. The SARAL simulated gravity also shows a high correlation with respect to available ship-borne gravity data as evident from power spectral density analyses. Thus, it is found to be quite useful for geological/structural interpretation and exploration in the Indian offshore.
机译:预期由ISRO于2011年初发射SARAL(带有ARgos和ALtika的卫星),其中包括ALTIKA有效载荷,35.75 GHz Ka波段雷达高度计。本研究将模拟的SARAL高空重力场与印度西部近海上各种现有的卫星高空重力和船载重力进行了比较,这对于更好地了解地质演化和石油勘探具有重要意义。这些比较表明,高分辨率卫星重力和模拟的SARAL分辨率重力优于以前的较低分辨率的ERS-1高度重力。从功率谱密度分析可以明显看出,SARAL模拟重力与可用船载重力数据也显示出高度相关性。因此,它对于印度洋近海的地质/构造解释和勘探非常有用。

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