Static correction is very important in seismic data processing.
静校正在地震资料处理中十分重要。
Static correction is important for converted wave data processing.
静校正在转换波资料处理中有很重要的作用。
Static correction is one of the difficult problems of seismic data processing.
静校正是地震资料处理的难题之一。
Hence, I advance a new method, relative static correction using refraction wave.
为此，本文提出一种折射波法相对静校正方法。
A new static correction using inverse modeling of first break is recommended here.
本文讨论了初至波反演模拟实现静校正的新方法。
So the problem of static correction is one of the keys of the seismic exploration.
所以，静校正问题就成为复杂地区地震勘探成功与否的关键之一。
Static correction can be broken down into low-frequency and high-frequency components.
静校正量可以分解成低频和高频分量。
Thus, the optimum static correction values can be derived from the maximum stacked energy.
因而，最佳静校正量可以通过叠加能量的极大值来求得。
Static correction is the key to seismic processing in areas with complex surface conditions.
能否有效地解决静校正问题是复杂地表地区地震资料处理的关键。
In this paper a new method called orientation filter is presented for the static correction.
这里提出了一种新的静态校正方法—方向滤波法，并具体阐述了方向滤波算法的设计思想。
The estimation of residual static correction values is essentially a nonlinear inverse problem.
估算剩余静校正量本质上是一个非线性反演问题。
Static correction is a difficult problem in seismic exploration in a complicated topography area.
在地形复杂地区进行地震勘探，静校正是一个普遍的难题。
This paper presents a static correction method by using the first-arrival times in raw seismic data.
本文提出一个用折射波初至时间计算静校正量的新方法。
The static correction method of converted P-SV waves is always a problem in converted wave processing.
P - SV转换波静校正一直是转换波处理中的一个难题。
Static correction is the key to the improvement of seismic data processing in the complicated mountain areas.
静校正问题是复杂山地地震资料处理的关键。
Because of this way to the same ground point, the S-wave static correction is often much greater than the P-wave.
这样一来就导致了相对于同一地面点来说，横波静校正量往往远大于纵波静校正量。
At present, all widely used static correction methods in industry are based on the Surface Consistency Hypothesis.
目前，在生产中得到广泛使用的静校正方法几乎都是基于地表一致性假设。
These two methods use negative stacked energy as objective function and static correction value as model parameter.
这两种方法是将负叠加能量作为目标函数，静校正量作为模型参数。
Model static correction which mainly studies the surface structure build up the correct control of static correction.
模型法静校正主要是研究表层结构，建立对静校正合理的控制。
This paper introduces the methods of achieving dune curves and presents the application effects of dune curve static correction.
介绍了求取沙丘曲线的方法，并展示了沙丘曲线静校正的应用效果。
In seismic data processing, the accurate first break time is the key parameter to solve static correction problems of complex surface.
在地震资料处理中，正确的初至时间，是解决复杂地表静校正问题所需的关键参数。
This method can be used to increase the accuracy of static correction and to improve the quality of velocity spectrums and stacked sections.
这种方法可以提高自动静校正的精度，改善速度谱及迭加剖面的质量。
To cope with these problems, we establish a floating datum in the whole area, and perform static correction with refraction static correction.
针对该区的特点，在资料处理中建立了全区统一浮动基准面，应用折射静校正方法解决静校正问题。
Static correction problem is serious in areas of western China with acute topographic undulation and sharp lateral variations of LVZ velocity.
在中国西部地区，地表起伏剧烈，表层低速带横向速度变化较大，静校正问题严重。
The tomographic inversion of the surface layer velocity model with the first break is the important base of the tomographic static correction.
初至波表层速度模型层析反演是层析静校正的重要基础。
Last through the model data and real data processing, validation of the methods in dealing with converted-wave residual static correction is effective.
最后通过对模型数据和实际数据的处理，验证了方法对于处理转换波剩余静校正是有效果的。
When we conventional static correction for seismic data of mountain area, correction error increases along with the increases of source-detector distance.
山区地震资料进行常规静校正时，校正误差随炮检距的增大而增大。
Research of static correction method and investigation technology about the surface stratum structure of huge thick gravel area of front-zone of mountain.
山前带巨厚砾石区的表层结构调查技术及静校正方法研究。
Microlog data is the bedrock in regard to designing the shooting depth trigger and obtaining the static correction value during oil and seismic prospecting.
微测井资料是石油地震勘探中设计激发井深、求取静校正量的主要依据。
Microlog data is the bedrock in regard to designing the shooting depth trigger and obtaining the static correction value during oil and seismic prospecting.
微测井资料是石油地震勘探中设计激发井深、求取静校正量的主要依据。
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