说明：  了解周围岩体的结构和状态 钾盐矿的地下洞口对于安全开采至关重要， 规划矿体的开采方法，并防止地表涌入 水。 连续公共偏置地面穿透雷达（GPR）数据在 合资公司“ Silvinit”（俄罗斯）经营的钾盐矿，是 对矿山作业和其他任何形式的既有裂缝的调查 异常的地质构造。 在进行GPR调查的过程中，含盐的电性能 确定单位，特定地点的数据采集技术和面向对象的数据 适应上层地质和岩土环境的处理方案 开发了卡玛钾盐矿床，并研究了2维和3维GPR数据的方法 使用交互式建模进行了解释。
(Understand the structure and state of surrounding rock mass The underground portal of potash mine is very important for safe mining, Plan the mining method of ore body and prevent surface inrush Water. Continuous common offset ground penetrating radar (GPR) data in The potash mine operated by the joint venture "silvinit" (Russia) is Investigation of mine operations and any other existing cracks Abnormal geological structure. In the process of GPR investigation, the electrical properties of salt Identify units, site-specific data acquisition techniques and object-oriented data Treatment scheme suitable for upper geological and geotechnical environment The Kama potash deposit was developed and the method of 2D and 3D GPR data was studied It is explained by interactive modeling.)