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The Effect of Spike and Gap Deconvolution on 2D Land Seismic Data

机译:尖峰和间隙反褶积对二维陆地地震数据的影响

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In this paper we are performing Spiking and Gap deconvolution on land 2D data; we are applying on the shot and stack data with operator length (200 ms), while in the gap deconvolution it is used different gap window (16.24 ms). The quality of output data is better than input data, and there is homogeneity in the distribution of frequencies. Also the band width of frequencies is increasing and smoothing spec ialist in the case of spike deconvolution because it increases the temporal resolution so, it appears for us the inter beds between the layers and this is very important about the interpretation.
机译:在本文中,我们将对陆地2D数据执行Spiking和Gap反卷积;我们在操作员长度(200 ms)上应用击球和堆栈数据,而在间隙反卷积中使用了不同的间隙窗口(16.24 ms)。输出数据的质量优于输入数据,并且频率分布具有同质性。同样,在尖峰反卷积的情况下,频率的带宽也在增加,并且使专家更加平滑,因为它提高了时间分辨率,因此,对于我们来说,层之间的夹层显得尤为重要,这对于解释非常重要。

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