地球物理测井的原理基本是相通的,因此常规煤炭的测井方法也同样适用于盐矿测井。值得注意的是,盐水泥浆作为钻井液对某些测井参数产生了一定的影响,给解释也带来了一定的困难,但是通过综合分析几种测井曲线的响应特征,特别是自然伽马曲线,同样可以达到划分钻孔岩性剖面,提供岩盐、岩层的物性数据,并了解岩盐成岩时的沉积环境的目的。 Geophysical logging is basically the same principle, so the conventional method of logging coal is also suitable for salt logging. It is noteworthy that salt mud as a drilling fluid has certain influence on some well logging parameters and has some difficulties for interpretation. However, by comprehensively analyzing the response characteristics of several well logs, especially the natural gamma ray Curve, the same can be achieved by dividing the lithology profile of the borehole, providing petrophysical data of rock salt and rock formation, and understanding the sedimentary environment during rock diagenesis.