热解参数 pyrolysis parameters(14) pyrolysis parameter(4) pyrolytic parameter(5)   pyrolysis parameters      through studying the rock pyrolysis parameters,the stable isotope and elemental composition of kerogen,the coal sample constituent,group composition and normal alkane,it is thought that most of the organic matters belong to the Type Ⅱ B;      通过对岩石热解参数、干酪根稳定同位素和元素组成、煤样组成、族组成和正构烷烃的研究，认为有机质类型绝大多数都属于Ⅱ B 型； 短句来源      Research on Predicting Reservoir Productivity Using Pyrolysis Parameters      热解参数预测储层产能的方法研究 短句来源      The second step is to calculate the recovering coefficient by contrasting the pyrolysis parameters in the critical points of different types of analyzed samples.      进而对比不同类型分析样品临界点对应的热解参数 ,最后可确定恢复系数。 短句来源      Combined with geological log, electrical logging and testing data, this paper screened out the pyrolysis parameters for identification and evaluation of oil reservoirs in Jianghan basin through the analysis of 130 sandstone reservoir samples having various oil bearing grade from Xingouzui Formation of 25 wells in 5 oil blocks of Qianjiang depression.      根据对潜江凹陷新沟咀组5个含油区25口井130块不同含油级别的砂岩储层样品的分析，并结合录井、电测及试油资料进行综合研究，建立了江汉盆地识别评价油层的热解参数标准。 短句来源      Based on the study of the pyrolysis (Rockeval) parameters and their correlation with the organic carbon content in coalbearing strata,the relationships among the pyrolysis parameters and organic carbon are analyzed. It is considered that the pyrolysis parameters and organic carbon content have the wider variation ranges,and there are some correlation among the different pyrolysis parameters.      通过对煤系热解参数之间及其与有机碳含量的研究，分析了煤系热解参数与有机碳的关系，认为煤系热解参数及有机碳含量变化范围均较宽，不同热解参数之间具有一定的相关性。 短句来源 更多          pyrolysis parameter      The pyrolysis parameter of S_1+S_2 is an effective one for evaluating the hydrocarbon-bearing property of reservoir beds.      评价储层含油性时,热解参数 S_1+S_2是一项有效参数。 短句来源      Rock Pyrolysis Parameter and Its Application in Petroleum Exploration      岩石热解参数及在石油勘探中的应用 短句来源      The S_1 of debris or sidewall-sampling samples is corrected by the equation of the given stratum. The corrected pyrolysis parameter of S_1+S_2 could describe hydrocarbon-besring property of the reservoir bed more objectivdy.      对岩屑或井壁取心样品的 S_1利用相应区块和层位的关系式进行校正,校正后的热解参数 S_1+S_2能更客观地描述储层性质,大大提高评价的可靠性。 短句来源      In addition, the characters of retention hydrocarbon evolution simulated by chloroform bitumen "A" or pyrolysis parameter S 1 are not very reliable either.      另外 ,利用氯仿“A”或热解参数 S1 模拟烃源岩残留烃变化规律及能力同样也需慎重 . 短句来源   pyrolytic parameter      Experimental methods of pyrolytic parameter measurement using GHM instrument.      利用GHM测定热解参数实验方法 短句来源      Discussion on the method for forecasting reservoir productivity with pyrolytic parameter of oil reservoir.      储油岩热解参数预测油层产能方法探讨 短句来源      Pyrolytic parameter is used to establish the quantity evaluative method on estimating oil saturition, Viscosity of petroleunu Density of crude oil, it is important significant to Detailed survey, oil and gas geological reserves .      应用热解参数建立估算含油饱和度、原油粘度、密度等定量评价参数方法，对于精细勘探，提交地质储量具有重要指导意义。 短句来源      On the assumption that seepage of reservoir accords with Darcy's Law and introducing comprehensive productivity factor , the formula for forecasting reservoir productivity is derived through reservoir pyrolytic parameter.      假设油层流体的渗流符合达西定律 ,通过引入综合产能指数 ,推导出由油层热解参数预测油层产能的计算公式。 短句来源      A thorough study on it has been made using optical kerogen parameter, pyrolytic parameter, hydrocarbon constituent and biomarker parameters and nearly 20 geochemical indexes. The hydrocarbongenerating threshold depth in this area is 2500m, the peak of hydrocarbon generation is at the depth of 3000～4200m.      该文运用干酪根光学参数、热解参数、烃类组成和生物标志化合物参数和近 2 0种地球化学指标 ,对其进行了较深入的研究 ,确定的该区烃源岩生烃门限深度为 2 5 0 0m ,埋深 30 0 0～ 4 2 0 0m为生烃高峰阶段。 短句来源   “热解参数”译为未确定词的双语例句      RELATIONSHIP BETWEEN DENSITY OF ZnCl_2 SEPARATION LIQUID AND T_(max) OF PYROLYSIS FOR COAL SAMPLES      煤样ZnCl_2分离液之比重与热解参数T_(max)的关系 短句来源      (2) DTA parameters(e.g.temperature range of decomposition peak,peak temperature,peak area,ΔH) are different significantly among four treatments;      (2)对照组、激光处理组、UV-B处理组和UV-B与激光复合处理组的DTA热解参数(峰温度范围、峰顶温度、峰面积、峰高度、ΔH)存在明显差异; 短句来源      In the light of the definition of oil-bearing grade the authors calculated the theoretical relative distribution of S1+S2 of different oil-bearing grade which later on was proved.      根据含油级别的定义，计算得不同含油级别热解参数S1＋S2的理论值相对范围，并进行论证。 短句来源      Finally, the pyrolysis properties of different components in the MSW were discussed by comparing these special parameters.      经过对垃圾中不同组分的热解参数进行分析比较 ,得出了垃圾中不同组分的热解特性 短句来源      3.Suggest a new method of calculating residual oil saturation by means of pyrolytic parameters.      3.提出了用热解参数计算残余油饱和度的新方法。 短句来源 更多        查询“热解参数”译词为用户自定义的双语例句     我想查看译文中含有：的双语例句 为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法，我们为您准备了出自英文原文的大量英语例句，供您参考。   pyrolysis parameters The role of important pyrolysis parameters like peak temperature and heating rate on the tar yield was investigated. 例句来源                A study on the pyrolytic chromatographic data of the various organic matter of continental origin from a deep well by means of a ROCK-EVAL equipment (a device for quick resolution of petroleum source rocks) obtains following concl- usions. 1.There are distinct differences on pyrolytic diagrams between the humic and sapropelic source rocks,i.e.,the former is mainly characterized by oxygen peak while the latter is dominated by hydrogen peak;but their evolution rules are the essentially same. 2.The depth of Ha...             用 ROCK-EVAL(油源岩快速评价仪)对深井不同类型陆相有机质进行热解色谱分析,从其资料的研究中,获得了以下认识:1.尽管腐殖型生油岩(早2井)和腐泥型生油岩在热解谱峰上有着鲜明的区别(前者以氧峰为主,后者以氢峰占优势),但它们的演化规律是一致的。2.早2井井深6018米,从第四系至中新统中部,有机质经历了一个完整的演化过程:从未成熟、成熟直到高成熟湿气阶段。井深5300米,地温180℃,为液-气相临界点。各演化阶段的性质,清楚地表现在热解特征参数综合图上。3.从比较研究中,在热解参数三角图和生油岩演化图解上,表现了不同类型有机质的演化途径不同,生油潜力殊异,并可以划分出成油区和成气区,得出不同类型生油岩的最大累积产油率。4.提出了腐殖型和腐泥型这两种生油岩的成油演化模式。 文摘来源          Petroleum Accumulates in reservoir.Using the modern analytical instru- ment to study the reservoir is meaningful in petroleum geology and explorati- on.In this paper a technique of pyrolytic gas-chromatography to study rese- rvoir are introduced.Three section are included.1.Study the characters of pyrolysis,pyrolytic gas-chromatography and pyrolyzed simulation of sandstone with different degrees of oil saturation;2.Define the limits in pyrolytic par- ameters defining producing zone,low output producing zone...             石油是聚集在储集层中的,用现代物理化学测试仪器来研究储油砂岩是石油地质勘探中极其重要的方面。本文着重介绍研究砂岩储集层的热解色谱技术,全文包括三部分:1.研究了不同含油级别砂岩的热解、热解-气相色谱和热解模拟特征;2.确定了生产层、低产生产层和非生产层间的热解参数界限值;3.提出了用热解参数计算残余油饱和度的新方法。 文摘来源          The paper mainly deals with calibration of parameters for pyrolytic chromatography. In actual cases, the authors have selected 61 source rock samples of various types to do simulating experiments, and the parameters obtained from the experiments were compiled to draw a calibration plate for S1 and S2. The plate is clear and easy to use,which would be valuable for correct application of pyrolytic parameters.             本文主要对热解分析参数的校正问题进行讨论。作者从实际情况出发,选取了61块各类型生油岩样品进行实验,同时对实验所得的热解参数进行归纳并绘制了S_1、S_2校正图版。该图明瞭易用,对正确应用热解参数具有实际意义。 文摘来源   << 更多相关文摘         相关查询: 岩石热解参数 热解动力学参数 热解分析参数 地化热解参数 热解) 热解反应动力学参数 参数 热解 参数） 参数( 参数编程 电子管参数  对查询结果不满意

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