搜索资源列表
gravity-magnetic_prospecting
- 重磁异常体(球、圆柱、板状等)正演模拟程序-Gravity and magnetic anomalies body (sphere, cylinder, plate, etc.) forward modeling program
gravityAndMagneticAnomalyOfForwardModelingSimulati
- 重磁异常的正演模型模拟,该程序的目的在于计算出重力异常,重力x,z方向的导数异常 ,以及磁场的垂直分量异常的系数矩阵-Gravity and magnetic anomalies of the forward model simulation, the program aims to calculate the gravity anomaly, gravity and x, z direction of the derivative of an exception, as well as the
zc_zy
- 本代码用于进行重磁复杂型体正演计算,模型可以包含多个异常体模型,起伏地形。用于计算的相关数据文件一并附上,产生的*.GRD文件为网格文件,建议用surfer绘制-The code for the complex body of gravity and magnetic forward calculation model can contain multiple abnormal body model, undulating terrain. Used to calculate the data
upward_kuobian
- 空间数据扩边以后做fft并在频率域延拓,可用于求重磁异常-expansion of spatial data and FFT, in the frequency domain extension can be used to find the gravity and magnetic anomalies
zhongciduiyingfenxi
- 重磁对应分析的小程序,可以用来确定地下地质体产生的重力异常和磁异常是否同源-Applet gravity and magnetic correspondence analysis can be used to determine the gravity and magnetic anomalies subsurface anomalies are generated by homologous
gravity--forward-calculate
- 介绍重磁异常正演的相关理论及计算,同时给出了正演计算的fortan程序-Mongolia introduced the theory of gravity and magnetic anomalies and calculate forward, but given the forward calculation of fortan program
Mask-manul
- 该系统是在 Windows Windows Windows操作系 统下开发的具有友好界面重磁异常正、反演 统。对于面积性重、磁异常,利用成熟的 2.5D 2.5D进行三维建模反演技术,对整个 平面异常进行 可视化建模以及正、反演,为平面异常的快速解释提供方便手段。 可视化建模以及正、反演,为平面异常的快速解释提供方便手段。 可视化建模以及正、反演,为平面异常的快速解释提供方便手段。 可视化建模以及正、反演,为平面异常的快速解释提供方便手段。 模型为水平有限长的棱柱体,截面任意多边形其组合具逼近复
2
- 地球处理多边体的重磁异常的正演,主要是地球数据处理的课程的实验项目2-The forward modeling of gravity and magnetic anomalies in the earth s processing of the multilateral body is mainly the experimental project of the earth data processing course 2
gravity-and-magnetic-modeling
- 重磁正演模拟 地下两个相同球体不同距离时重力异常模拟,及各种数据处理;地下两个大小不一球体重力异常模拟及分离;地下球体磁倾角模拟;-Gravity and magnetic forward modeling Underground two identical spheres at different distances simulate gravity anomaly, and a variety of data processing simulation and abnormal s
棱柱体重磁异常正演
- 可以计算磁法正演,自己设计参数,有重要意义(Calculation of magnetic method forward)
erjiban
- Gravity anomaly of magnetic anomaly and magnetic anomaly Z component of magnetic anomaly X component
Matlab_Program
- 重磁异常边界识别的各种方法合集,倾斜角法,总水平倒数法,垂向二阶导数等(Gravity and magnetic anomaly boundary recognition)