插值切割位场分离方法改进及其在资料处理中的应用
赵文举(
), 赵荔, 杨战军, 陶德强
), 赵荔, 杨战军, 陶德强
The improvement of the interpolation cutting potential field separation method and its application to data processing
Wen-Ju ZHAO(), Li ZHAO, Zhan-Jun YANG, De-Qiang TAO
), Li ZHAO, Zhan-Jun YANG, De-Qiang TAO
图11. 插值切割分离的不同深度局部重力异常与地震构造对比情况
a—布格重力异常;b—200~600 m深度重力异常;c—600~1 000 m深度重力异常;d—1 000~1 400 m深度重力异常;e—1 400~1 800 m深度重力异常;f—1 800~2 200 m深度重力异常;g—2 200~2 600 m深度重力异常
Fig.11. Local gravity anomalies at different depths separated by interpolation cutting are compared with seismic structures
a—bouguer gravity anomaly; b—gravity anomaly at depths of 200~600 m; c—gravity anomaly at depths of 600~1 000 m; d—gravity anomaly at depths of 1 000~1 400 m; e—gravity anomaly at depths of 1 400~1 800 m; f—gravity anomaly at depths of 1 800~2 200 m; g—gravity anomaly at depths of 2 200~2 600 m
