gas layer造句

• A study on the recognition methed of tight sandstone gas layers
  致密砂岩气层识别方法研究
• Its core collapses to form a neutron star ? an inert, hyperdense remnant ? and the outer gas layers are ejected at 5 percent of the speed of light
  它的核心将崩塌形成中子星，那是一个毫无生气的超致密恒星遗骸，而其外部气层则以光速5%的速度向外弹出。
• 5 ) integrated logging datas with geology and exploitation datas, through researching logging response of shallow gas layers, interpretation chart and method were established, which are practical and reliable
  沈67块和占龙台汕问的浅”引主资料为依抓，分析研究了f戈’。
• The distinctness of rock for deep clastic gas layers in songliao basin is laumontitization, sericitization and water-bearing property of illite, and extensive albitization
  摘要松辽盆地深层碎屑岩储气层在岩石矿物方面的特殊性在于浊沸石化、伊利石的绢云母化及其含水性和广泛的钠长石化。
• The division and correlation of substrata is the most important for the research of oil and gas exploitation, its credibility relates the distribution of oil and gas layers in portrait and landscape orientation
  其划分与对比是油气田开发研究的重要内容，其可靠程度直接关系到油气层在纵向上、横向上的分布规律。
• Taking all the parameters character of the gas pool into account, it can be result that fullness of gas pool is lacking and gas layers are more blocks by the influence of faults, and thereout the model of making pool can be done
  考虑气层各参数特征，认为整个八屋气田气藏充满度不足，受断层影响气层多成块分布，由此建立了相应的成藏模式。
• With the development of exploration and exploitation in liaohe oil field, logging data's interpretation is becoming more and more important for shallow middle and upper oil and gas bearing reservior, especially shallow gas layer's exploitation and utilization
  随着辽河油田勘探开发的不断深入，对于辽河油区的浅中上部含油气储层的测井资料解释工作显得越来越重要，尤其是浅中上部的浅气层开发和利用。
• By the study of logging result of 31 wells, it can be known that the development of gas layers are different in every well area, disperse in the portrait, and the relation of gas and water so complicates, the distribution of pure gas area is small, bound of connect is limited
  结合测井解释结果对全区各层段砂层、气层的钻遇率、连通性的统计认为八屋气田各井区气层的发育程度差异较大，纵向上气层分散，气水关系复杂，纯气分布区域较小，连通范围有限。
• The resistance of navigating vessel would be cut down and lead to the purpose of improving the velocity or decreasing the power of main engine while maintaining the velocity, if the technology of reducing the friction by microbubbles jetted from the bottom of vessels, which makes the water close to the vessel's bottom become the mixture or water and microbubbles and form a thin gas layer, could be applied in ships
  如果把微气泡减阻技术应用到船舶上，在船舶底部喷射微气泡，使与船舶底部接触的水变成水与微气泡的混合液，形成一薄层气膜紧贴在船底表面，就可以达到提高航速或航速不变减小主机功率的节能目的。
• The gas layers are controlled by the faults in the direction east and west in the plane, and in the direction of north and south the connectivity is somewhat better, the wells of connection become more and the gas layers stand in the high place of structure
  气田内气层平面上东西向受断层控制，南北连通性略好，连通井数多，且多分部在构造高部位。总体来讲，八屋气田具有气层多，纵向上分布较连续、横向上分布不稳定的特点，东西向主要以断层隔挡，南北向受岩性制约。
• The gas layers are controlled by the faults in the direction east and west in the plane, and in the direction of north and south the connectivity is somewhat better, the wells of connection become more and the gas layers stand in the high place of structure
  气田内气层平面上东西向受断层控制，南北连通性略好，连通井数多，且多分部在构造高部位。总体来讲，八屋气田具有气层多，纵向上分布较连续、横向上分布不稳定的特点，东西向主要以断层隔挡，南北向受岩性制约。
• It is very important work for exploration to identify and evaluate oil layer, water layer, or gas layer from reservoir, and it is difficult for petroleum scientists to identify and evaluate light oil, whose color is weak, oiliness is light, volatility is strong, hydrocarbon saturation is low and fluorescence will disappear after a stretch
  油气水层的识别与评价是勘探工作的重要环节，其中轻质油层的识别与评价是油水层识别与评价的难点。轻质油在常温常压下含油颜色浅、油质轻、易挥发、含油级别较低、时间略长荧光普照颜色无，容易漏失，进而漏算储量。
• So this paper mainly researchs on interpretation method of shallow gas layers for taoyuan, dapingfang, rongxingtun and jing35 . it's very important for the oil field . march 2001, the topic was established, under the support of some experts of the company and interpretation center, i paid close attention to the study and expected destination was achieved
  所以本论文主要是对桃园、大平房、荣兴屯、静35块等区块的浅层气的解释方法进行深入的研究，本论文的开展对油田浅层气的开发具有重要意义。
• This study made a conclusion ? amely in order to realize following the geological target while drilling, on the basis of making a better geological and drilling design for horizontal well, we must make full use of mwd, lwd and integrate logging to carry out lithfacy identifying in real time, the lwd interpretation and formation evaluation, to set up geological model of target formation, to select geosteering marked formation and compare simulative curves with lwd curves f to fix on the drilling direction of bit upper and declination, the position in target oil-gas layer, to revise borehole track in real time, to make it extend in reservoir better interval as possible
  研究认为，在做好水平井地质设计和钻井设计的基础上，要实现随钻跟踪地质目标钻井，必须充分利用随钻测量、随钻测井和录井等资料，从实时岩性识别、随钻测井解释和地层评价、目标层地质模型建立、导向标志层的选取及模拟曲线对比等方面入手，确定钻头上下倾钻进方向及在目标层中的位置，以实时调整井眼轨迹，使其尽可能在储层物性较好的部位延伸。
• 1 ) based on logging datas of part of shallow layers, integrated with datas of geology, and exploitation, after analysing response features on curves of shallow gas layers, qualitative interpretation chart was established for jing35, shen67 and qinglongtai . 2 ) in jing35, shen67 areas, shallow layer gas-was reexamined and interpreted, for jing35, the results of 25 wells modified, the thickness of gas layer increased by 222.3m, 15 wells were modified in qinglongtai field, increased by 79.2m . 3 ) on the base of the qualitative interpretation chart, quantitative interpretation method was researched, corresponding processing program was designed
  1、论文使用的研究方法和手段1)、对浅气层发育较多地区，特别是部分已投入开发地区进行重点研究，分析其测井响应特征；2)、对浅气层地质、电性特征进行研究，分析适合于浅气层的测井系列，建立气层定性解释分析图版；3)、引入相应的数学手段，在定性分析基础上，研究建立相应的测井解释方法；4)、编制相应的计算机解释处理程序；5)、利用解释图版，复查挖潜部分油田的浅层气，对部分井进行精细处理解释，寻找新气层。
• 1 ) based on logging datas of part of shallow layers, integrated with datas of geology, and exploitation, after analysing response features on curves of shallow gas layers, qualitative interpretation chart was established for jing35, shen67 and qinglongtai . 2 ) in jing35, shen67 areas, shallow layer gas-was reexamined and interpreted, for jing35, the results of 25 wells modified, the thickness of gas layer increased by 222.3m, 15 wells were modified in qinglongtai field, increased by 79.2m . 3 ) on the base of the qualitative interpretation chart, quantitative interpretation method was researched, corresponding processing program was designed
  1、论文使用的研究方法和手段1)、对浅气层发育较多地区，特别是部分已投入开发地区进行重点研究，分析其测井响应特征；2)、对浅气层地质、电性特征进行研究，分析适合于浅气层的测井系列，建立气层定性解释分析图版；3)、引入相应的数学手段，在定性分析基础上，研究建立相应的测井解释方法；4)、编制相应的计算机解释处理程序；5)、利用解释图版，复查挖潜部分油田的浅层气，对部分井进行精细处理解释，寻找新气层。
• In liaohe oil field, the distribution of shallow gas layers is very extensive, but geological conditions such as reservior sendiment and development are complicated ( particularly for shallow oil and gas layers, logging and geology datas which can be refered are very limited ) . the interpretation method for middle-lower layers and local areas ca n't be used in shallow layers ( well depth not more than 1600m )
  辽河油田浅气层分布较广，但由于储层的沉积、发育等地质条件比较复杂(特别是浅部油气层，可参考的测井、地质资料较少)，用以往中深层及局部区块的解释方法已不能满足油田对浅部(井深小于1600米)的油气勘探开发需求。
• In liaohe oil field, the distribution of shallow gas layers is very extensive, but geological conditions such as reservior sendiment and development are complicated ( particularly for shallow oil and gas layers, logging and geology datas which can be refered are very limited ) . the interpretation method for middle-lower layers and local areas ca n't be used in shallow layers ( well depth not more than 1600m )
  辽河油田浅气层分布较广，但由于储层的沉积、发育等地质条件比较复杂(特别是浅部油气层，可参考的测井、地质资料较少)，用以往中深层及局部区块的解释方法已不能满足油田对浅部(井深小于1600米)的油气勘探开发需求。
• 4 . the relationship of four properties : lithology, electrical property, physical property and oil bearing property was determined through the reinterpretation of logging data . logging parameter interpretation model and judgment criteria of oil, water and gas layers were formed, thus improved the precision of logging interpretation
  4.通过测井资料的二次解释评价，确定了新齐14井区“岩性、电性、物性、含油性”之间的关系，建立了测井参数解释模型及新齐14井区油气水层判别标准，提高了测井解释精度。