为进一步扩大成果，重点把岩石热解分析技术应用到长庆油田。
Rock pyrolysis analysis technique is mainly used in Changqing Oilfield in order to make further achievements.
岩石热解分析技术是在储层评价中全面推广应用的一项录井新技术。
Rock pyrolysis analysis is a new logging technique which is popularized in reservoir evaluation.
同时用其它方法证明了岩石热解技术对碳酸盐岩含运移烃的识别是可靠的。
It has been proven that it is reliable to use the Rock-Eval technology to determine the carbonate rocks containing mi-grating hydrocarbons.
文摘：在岩石热解分析中当岩样碱金属和碱土金属离子含量较高时，经常发生离子化干扰的影响。
Abstract: in rock pyrolysis when the content of base metals and base earth metals is relatively high ionization interference will frequently occur.
利用岩石热解资料，采用一种新的方法，对东濮凹陷北部地区下第三系源岩的排烃效率进行了研究。
By using a new method and pyrolysis date of rock, study on expulsion efficiency of hydrocarbon for lower tertiary source rock has been carried out in north area of lower Dongpu Depression.
重点阐述了岩石热解技术在海拉尔盆地的轻质油油层的识别、原油性质的判别、产能估算等方面的应用效果，为岩石热解技术在海拉尔盆地的应用提供了经验。
This paper introduces the application of rock pyrolysis technique in Hailaer Basin, especially in light oil reservoir identification, oil property determination and productivity estimation.
通过开展模拟水驱油实验研究岩石地化热解分析参数随油层含水上升的变化规律。
This paper analyzes the rules of rock geochemical pyrolysis analysis parameters changing with reservoir water cut increase through simulated water flooding experiment.
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.
热解岩石总烃含量是评价储层含油性的重要参数，是准确求取剩余油饱和度的关键。
Total hydrocarbon content in pyrolysis rock is an important parameter for evaluating the oil bearing property of reservoirs, and is a key point of calculating the saturation of remaining oil.
热解岩石总烃含量是评价储层含油性的重要参数，是准确求取剩余油饱和度的关键。
Total hydrocarbon content in pyrolysis rock is an important parameter for evaluating the oil bearing property of reservoirs, and is a key point of calculating the saturation of remaining oil.
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