阵列感应测井解释处理软件的开发与应用

阵列感应测井技术较好地解决了常规感应测井仪器中存在的纵向分辨率差、径向探测深度不固定、不能解决复杂侵入剖面等问题.以Atlas公司的阵列感应测井仪器HDIL和Halliburton公司的阵列感应测井仪器HRAI为例,采用动态跟踪调试技术提取出详细的阵列感应测井仪器参数,通过大量的理论研究和数值模拟,研究出了相应的解释处理方法,同时提出了一种基于多种语言混合编程的模块化编程方法,从而实现了与多个测井资料解释处理系统挂接的目的,并由此开发出了一套新的阵列感应测井解释处理软件.

Development of Processing Software for Array Induction Data Interpretation and Its Application

Array induction logging technique instrument successfully resolved some problems existing in conventional induction logging instruments, such as poor vertical resolution, unstable radial investigation depth and difficulties in dealing with invasion profile. Based on HDIL tool of Atlas and HRAI tool of Halliburton, some detailed parameters of array induction logging tool were taken out by using a dynamic tracing technology. Proposed is the corresponding interpretation processing method through numerous theory study and data simulation. At the same time, in order to connect with several logging data interpretation processing systems, presented is a modular programmable procedure based on multiple mixed language programming, from which a new interpretation processing software for array induction log is worked out.