1) slant stack
倾斜迭加
1.
First, the data are transformed from t-x domain to τ-p domain by the slant stack; Second, the data of τ-p domain are transformed to z-p domain by downward continuation.
该方法包含倾斜迭加和向下延拓两个线性转换:倾斜迭加将原始数据由时间偏移距域(t-x)转换为时间截距慢度域(τ-p);向下延拓将时间截距慢度域(τ-p)波场转换为深度慢度域(zp)波场。
2) dip stack
倾斜叠加
1.
Theory of spherical wave decompositon and realization of dip stack.;
球面波分解理论及其倾斜叠加方法的实现
3) N th root slant stack
N次根倾斜叠加
1.
In order to increase the reliability of results,the rectilinearity polarization filter analysis and modified N th root slant stack methods were used to pick out P SV converted phases.
为了提高所得结果的可靠性 ,采用了线性 -偏振滤波方法和修正的N次根倾斜叠加方法来提取P SV转换波 。
4) inclined grate stoker
倾斜炉篦加煤机
5) broad-dip-band stacking
宽倾斜带叠加
6) dip-stack gathers
倾斜叠加道集
补充资料：层层迭迭
1.见"层层迭迭"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条