The paper approached a new method, in which the reservoir early productivity could be estimated or computed with geochemical logging analysis data.
利用地化录井分析数据对储集层早期产能进行估算，该文探讨了这种新方法。
The geochemical logging instrument is an equipment which can fast quantitatively evaluate oil source rock and oil reservoir rock with pyrolysis method.
地化录井仪是一种采用岩石热解法快速定量评价生油岩和储油岩的设备。
The examples showed the better result could be get by comprehensively using geochemical logging technology to evaluate oil and gas zones of development wells.
应用实例证明综合应用地化录井技术评价开发井油气层的效果是比较明显的。
After introducing the principle of Geochemical Logging and the measuring precision of GLT the paper expounds mainly the application results of GLT in Zhongyuan OilField.
本文介绍了地球化学测井的原理及测量精度。重点论述了GLT测井在中原油田的应用效果。
The paper mainly introduces the organic carbon device application, geochemical logging theory's progress, software version lifting and the development trends of geochemi…
本文重点介绍有机碳仪的应用和地化录井的理论进展，软件升级及地化录井技术及装备的发展趋势，期望对地化录井工作者有所帮助。
Geochemical techniques could directly analyze the fluid features of reservoir samples, and well logging, especially NMR logging could reflect abundant reservoir response character.
地球化学技术可以直接分析储层样品的流体特征，测井技术特别是核磁共振测井能够提供更为丰富的储层响应特征。
The distribution of effective hydrocarbon source rock is determined by combining geochemical data and logging data.
综合地球化学和测并资料确定了中上奥陶统有效烃源岩的大致分布范围。
Geochemical pyrolysis-FID Logging can measure the total hydrocarbon contents, estimate oil density, and calculate oil saturation when combine with reservoir porosity and rock density.
热解地化录井可以检测储集层含油气总量，推算原油密度值，结合储集层孔隙度值和储层岩石密度，经过换算可得出含油饱和度。
Geochemical pyrolysis-FID Logging can measure the total hydrocarbon contents, estimate oil density, and calculate oil saturation when combine with reservoir porosity and rock density.
热解地化录井可以检测储集层含油气总量，推算原油密度值，结合储集层孔隙度值和储层岩石密度，经过换算可得出含油饱和度。
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