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X射线荧光元素录井技术的提出与建立可以追溯到2007年,该技术的提出时间相对较短,还处于应用研究阶段。为了在一定程度上更好地促进该技术的不断完善与成熟,必须要最大限度将其转化成生产力,并建立起科学化的解释与评价方法,从而有效解决相应的PDC钻头工艺与空气钻井工艺等在大力推广应用期间所导致的岩屑录井方法不能够准确识别岩体性质的问题。借助X射线荧光元素录井技术能够为地层划分以及录井岩性识别提供先进手段,使定量解释评价有技术保障。本文就X射线荧光元素录井技术应用方法展开详细论述。
X-ray Fluorescence element logging technology proposed and established dating back to 2007, the technology proposed a relatively short time, is still in the application stage. In order to promote the improvement and maturity of the technology to a certain extent, it is necessary to maximize its conversion into productivity and establish a scientific interpretation and evaluation methods to effectively address the corresponding PDC bit process and air drilling technology Such as in the promotion of the application of debris logging method can not accurately identify the nature of rock mass problems. X-ray fluorescent element logging technology can provide advanced means for stratigraphic division and logging lithology identification, and ensure quantitative interpretation and evaluation. This article discusses the application of X-ray fluorescence element logging technology in detail.