气藏改造,gas reservoir transformation
1)gas reservoir transformation气藏改造
英文短句/例句
1."Fracture network" fracturing technique for improving post-fracturing performance of low and ultra-low permeability reservoirs用于提高低-特低渗透油气藏改造效果的缝网压裂技术
2.Study of Fracturing Technology in the Shallow Gas Reservoir of Xiao Helong Gas Field小合隆气田中浅层气藏压裂改造技术的研究
3.Evolution and Reformation and Oil-gas Response in Ordos Jurassic Basin;鄂尔多斯盆地侏罗纪演化—改造与油气成藏效应
4.The Hydrocarbon Occurrence Conditions and the Pool-forming Characteristics in Chuxiong Reformed Basin;楚雄改造型盆地油气赋存条件与成藏特点
5.Measures for Preventing and Removing Water-Locking Damage during Fracture Stimulation in Low Permeability Sandstone Gas Reservoir低渗砂岩气藏压裂改造中水锁伤害的防治措施
6.Solid Bitumen-An Important Sign of Inverting the Process of Hydrocarbon Accumulation and Reconstruction固体沥青——反演油气成藏及改造过程的重要标志
7.Study and field test of low damage & massive hydraulic fracturing techniques in tight gas reservoirs in the south of Songliao Basin松辽盆地南部致密气藏低伤害大型压裂改造技术研究与试验
8.Tectonic Evolution and Its Control for Hydrocarbon Accumulation of Mesozoic-Cenozoic Multicycle Superimposed Reformation Basin in the West of Northern Qaidam Basin;柴达木北缘西段中、新生代多旋回叠加改造型盆地构造演化及对油气成藏的控制作用
9.Tectonic Analysis on Oil-gas Reservoir in the Tuonamu Area of the Shuanghu Region in the North of Tibet;西藏双湖地区托纳木区块油气成藏构造解析
10.Lithologic reservoirs and the control factors of reservoir forming in Ciyutuo structural belt茨榆坨构造带岩性油气藏及成藏主控因素
11.THE RESEARCH ON ACCUMULATION CONDITION FOR SECONDARY GAS POOL IN PENGLAIZHEN FORMATION,THE SUMATOU STRUCTURE OF WEST SICHUAN川西苏码头构造侏罗系次生气藏成藏条件研究
12.Research and trial application of low damage hydraulic fracturing:A case study of complex gas reservoirs in the southern Songliao Basin新型低伤害压裂改造技术的研究与试验——在松辽盆地南部深层复杂气藏中的应用
13.Study on Tectonics, Sedimentology and Reservoirs in Melut Basin, Sudan;苏丹Melut盆地构造、沉积和油气成藏研究
14.Tertiary Tectonic and Sedimentary Evolution and Reservoir-Formation in the Western Qaidam Basin;柴西第三系构造沉积演化与油气成藏
15.Characteristic of Tectonic Evolution and Plays in Northwestern Africa西北非构造演化与油气成藏组合特征
16.INFLUENCE OF LARGE-SCALE TECTONIC COMPRESSION EVENTS ON THE HYDROCARBON ACCUMULATION大型挤压构造事件对油气成藏的影响
17.Matching Technologies Has Formed for Special Lithology Formation Transformation.;特殊岩性油藏油层改造配套工艺技术
18.The Economic Low Limit Research of Extra-Low Permeability by Hydraulic Fracturing;特低渗透油藏压裂改造经济下限研究
相关短句/例句
Hydrocarbon accumulation and alteration油气成藏改造
3)reservoir improvement油藏改造
1.At the same time, the development of low permeabilityreservoir improvement is envisaged.认为目前油藏改造的最优方法是将射孔、高能气体压裂、“层内”爆炸技术联合作业,首先进行高能气体压裂与复合孔的复合射孔的复合作业,产生不受地应力的多条径向裂缝,裂缝的长度能达到8~10m,然后进行大规模的水力压裂,之后进行“层内”爆炸作业,在水力裂缝周围产生多条不受地应力控制的多条小裂纹。
4)structure conglomerate gas reservoir构造气藏
1.Yinanstructure conglomerate gas reservoir has the characteristic of low pressure and low permeability.依南构造气藏属于低压低渗气藏,储层地质特征及潜在伤害因素对气井产能影响很大。
5)structure of gas reservoir气藏构造
1.The results show that thestructure of gas reservoir is an important influence factor of gas-water distribu.从气藏构造、沉积环境、储层物性和单井产水动态数据等方面研究了气藏产水机理与特征,并分析了气藏产水的影响因素及其影响程度。
6)Gas layer reconstruction气层改造
延伸阅读
油气分子式：分子量：CAS号：性质：由石油重油、渣油经热裂解而制成的煤气。主要成分是氢、甲烷、乙烯和一氧化碳等。热值很高，可达47兆焦/米3A（标准状况下，10500~11000千卡/标准立方米）。可用作工业燃料和家庭燃料。
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