Abstract

在没有半的声学的地里,在任何点的实际声学的压力由二部分组成:直接声学的压力和反映的声学的压力。因而,仅仅有直接声学的压力的 Thegeneral 声学的 holographic 理论和算法请求在全息图表面上在任何点在压力包含了他们不能被用来重建声学直接采购并且预言声学的地。考虑反映的压力,为基于波浪,重叠走近的没有半的声学的地的近地的声学的雷射摄影术被建议认识到没有半的声学的地的 holographic 重建和预言,和波浪重叠来临作为一个 holographictransform 算法被采用。建议理论和算法被认识到并且与将军的一个数字例子,和缺点证实在 holographic 重建和没有半的声学的地的预言的理论和算法被这个数字例子也表明。

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