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i_dconti2D
- 向下延拓,主要针对重磁数据处理方面的,可有效的增强下延的稳定性.-Downward continuation, mainly for gravity and magnetic data processing, can effectively enhance the stability of the next extension.
Frequency_field_extend
- 重力频率域位场延拓。将观测面的位场数据（a20_mag.gtd）向上延拓3.3m，之后与已知的理论值（a53_mag.grd）进行比较，计算其均方误差；反之，将观测面的位场数据（a53_mag.grd）向下延拓3.3m，之后与已知的理论值（a20_mag.grd）进行比较，计算其均方误差。-gravity frequency field extend
diedaifaxiangxiayantuo
- 向下延拓是不稳定算法，这个程序采用迭代法向下延拓，稳定性更好，自己编写的，供大家参考-Downward continuation algorithm is unstable, this program uses an iterative method for downward continuation, better stability, I have written for your reference
Phase-shifting-prestack-modeling
- 用相位移加实现速度纵横向变化、复杂陡倾地质模型的正流模拟，为复杂波场的地震、地质解释提供了精确、实用的方法。一般情况下，相位移延拓方法对徒倾斜地层成像精度高、稳定性好、计算快，但实现速度的横向变化困难；而频率、空间域的有限差分法算法简单、稳定性好、能适应速度的纵横向任意变化，但偏移陡断地层存在很多问题-Using phase shift and realization of vertical velocity variations, c
Q
- 基于褶积模型和波场向下延拓原理的Q值正演模理，可自行设置参数。-Based on convolution model and wave field downward continuation of Q value principle reason forward mode, you can set their own parameters.
TSVD_DownContinuation
- 位场向下延拓的泰勒级数方法，利用拉普拉斯方程的特点，计算空间域水平二阶差分来替代垂直方向上的二阶差分-Potential field downward continuation of Taylor series method, the advantage of the characteristics of Laplace equation, a second order differential spatial domain level