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recovery pressure
相关语句
  开采压力
     Effect of recovery pressure variance on petrophysical property of abnormally high-pressure gas reservoir of Kela2
     克拉2异常高压气藏开采压力变化对储层物性的影响
短句来源
     In order to know whether natural depletion can be adopted in Kela2 gas reservoir, and whether reservoir rock deformation may affect productivity, experimental modeling has been performed to study the effect of recovery pressure variance on petrophysical parameters of gas reservoir.
     为了研究克拉 2气藏是否可以采用衰竭式开采 ,以及储层岩石变形是否会对产能产生影响 ,开展了气藏开采压力变化对物性参数影响的实验模拟研究。
短句来源
     The study shows that during recovery of Kela2 abnormally high pressure gas reservoir, petrophysical parameters such as permeability, porosity and pore compressibility change with recovery pressure, but within the range of pressure change, porosity and permeability change a little, and the change of permeability slightly shows irreversible feature.
     研究表明 ,克拉 2异常高压气藏开采过程中渗透率、孔隙度、孔隙压缩系数等物性参数都随开采压力而变化 ,但是在开采压力变化范围内 ,孔隙度、渗透率变化不大 ,渗透率变化具有轻微的不可逆性。
短句来源
  “recovery pressure”译为未确定词的双语例句
     The flux coefficient is increased 15.38%. The total recovery pressure coefficient is increased 7%. The flow equality at inlet section is increased 8.8%.
     在进气道进口截面处边界层厚度几乎相等的情况下,流量系数提高了15.38%,总压恢复系数提高了7%,进气道进口截面流场均匀度提高了8.8%。
短句来源
     The optimized result indicated that total recovery pressure coefficient of waverider increase 4.55% than original model. The flow equality increase 7.6% . The flux coefficient increase 6.8%, and the inlet Ma reduce 7.7%.
     优化结果表明优化乘波前体模型比原设计乘波前体模型总压恢复提高了4.55%,流场均匀度提高了7.6%,流量系数提高了6.8%,进气道进口平均马赫数降低了7.7%,但边界层厚度增大了0.5%。
短句来源
     Based on the design principles of the building program, 8 assess factors are determined. They are: the end gas injection pressure of the r eservoir; the end gas recovery pressure of the reservoir;
     为此,在研究天然气地下储气库建设方案设计部署原则的基础上,确定了8项评价因素:地层注气末压力、地层采气末压力、工作气规模、垫层气比例、工作井数、单井注气能力、单井采气能力和单位注采气成本。
短句来源
     The geologic and production situations in Pubei Oilfield are analyzed. The adaptabilities of C()2 injection? air injection, enhanced microbial recovery, pressure cyclic variation steam flooding are analyzed at the late stage of high water cut in Pubei Oilfield, the orientation of the development of enhanced oil recovery techniques in the oilfield is pointed out.
     分析了葡北油田的地质及开发状况,对注CO2、注空气、微生物强化采油、压力周期性变化蒸汽 驱在葡北油田中高含水后期的适应性进行了分析,指出了葡北油田中高含水后期提高采收率技术的发展 方向。
短句来源
     It have the advantages of the lower material costs, no solvent recovery pressure and no air pollution etc. , compared with the solvent crystallizing method. It has very good economic benefits and industrialization prospects.
     与溶剂结晶法相比,具有原材料成本低,无溶剂回收压力,不产生大气污染的优势,有很好的经济社会效益和产业化前景。
  相似匹配句对
     pressure;
     压力;
短句来源
     The Technology in Fluid Pressure Energy Recovery
     流体压力能的回收技术
短句来源
     Basic Theory of Pressure Energy Recovery of Fluid
     流体压力能回收基本理论
短句来源
     From Pressure to Efficiency
     变压力为效率
短句来源
     Backup and Recovery
     备份和恢复软件
短句来源
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  recovery pressure
A comprehensive analysis has revealed that the shape of the stress - pore pressure curve is predominantly determined by the magnitude of recovery pressure and rebound pressure relative to the initial reservoir pressure.
      
The magnitude of the recovery pressure in the vent pipe after the initial expansion is affected by the bubble inertia.
      


In order to know whether natural depletion can be adopted in Kela2 gas reservoir, and whether reservoir rock deformation may affect productivity, experimental modeling has been performed to study the effect of recovery pressure variance on petrophysical parameters of gas reservoir. The study shows that during recovery of Kela2 abnormally high pressure gas reservoir, petrophysical parameters such as permeability, porosity and pore compressibility change with recovery pressure, but within...

In order to know whether natural depletion can be adopted in Kela2 gas reservoir, and whether reservoir rock deformation may affect productivity, experimental modeling has been performed to study the effect of recovery pressure variance on petrophysical parameters of gas reservoir. The study shows that during recovery of Kela2 abnormally high pressure gas reservoir, petrophysical parameters such as permeability, porosity and pore compressibility change with recovery pressure, but within the range of pressure change, porosity and permeability change a little, and the change of permeability slightly shows irreversible feature. In Kela2 gas reservoir, reservoir rock deformation affects productivity a little, natural depletion can be used to give full play to elastic energy of such reservoirs. Pore compressibility is sensitive to effective pressure change, so that it is proposed that pore compressibility should be considered as a function of pressure during production performance prediction. This is helpful for improving prediction accuracy of gas reservoir production performance.

为了研究克拉 2气藏是否可以采用衰竭式开采 ,以及储层岩石变形是否会对产能产生影响 ,开展了气藏开采压力变化对物性参数影响的实验模拟研究。研究表明 ,克拉 2异常高压气藏开采过程中渗透率、孔隙度、孔隙压缩系数等物性参数都随开采压力而变化 ,但是在开采压力变化范围内 ,孔隙度、渗透率变化不大 ,渗透率变化具有轻微的不可逆性。对于克拉 2气藏 ,储层岩石变形对产能影响不大 ,可以采用衰竭式开采 ,以充分发挥异常高压气藏弹性能量大的优势 ,提高开发经济效益。而孔隙压缩系数随有效压力的变化较为敏感 ,建议在进行气藏生产动态预测时把储层孔隙压缩系数考虑为压力的函数 ,这样有利于提高气藏生产动态预测的准确性

There is the inherent contradiction between ga s supply and consumption because it is required the gas supply is reliable, safe , smooth and continuous while the gas consumption changes as the season and roun d the clock change. As the gas international trade develops and the remote gas f ields are put into production, the average distance and time of gas transmission increase greatly, which makes the contradiction sharps more. Underground gas st orages can solve the contradiction well. Since the building program...

There is the inherent contradiction between ga s supply and consumption because it is required the gas supply is reliable, safe , smooth and continuous while the gas consumption changes as the season and roun d the clock change. As the gas international trade develops and the remote gas f ields are put into production, the average distance and time of gas transmission increase greatly, which makes the contradiction sharps more. Underground gas st orages can solve the contradiction well. Since the building program has multi-t arget features for underground gas storages, the full technical and engineering demonstration must be conducted for the building program before building the und erground gas storage. Based on the design principles of the building program, 8 assess factors are determined. They are: the end gas injection pressure of the r eservoir; the end gas recovery pressure of the reservoir; the scale of working g as; the ratio of cushion gas; the number of working wells; the gas injection cap acity of a single well; the gas recovery capacity of a single well; and the unit cost of gas injection/recovery. With integrated evaluation method of fuzzy math , the integrated evaluation is conducted for the building program of the undergr ound gas storage. With the principle of maximum subordinate level, the optical p rogram with concentrated programs is determined. With real case calculating, the feasibility is demonstrated for the fuzzy integrated evaluation method to optim ize the building program of underground gas storages, and the optical building p rogram is obtained for some underground gas storage.

在天然气供应与消费之间,一直存在着可靠、安全、平稳、连续供气与消费需求量季节、昼夜、小时不均衡性的固有矛盾。随着天然气国际贸易的发展和边远气田的开发,以及输气的平均运距和运时大大增加,使这一矛盾进一步加剧。而地下储气库则能够解决这一矛盾。由于天然气地下储气库建库方案的确定具有多目标性,因此建设天然气地下储气库前期必须对储气库的建库方案进行充分的技术和工程论证。为此,在研究天然气地下储气库建设方案设计部署原则的基础上,确定了8项评价因素:地层注气末压力、地层采气末压力、工作气规模、垫层气比例、工作井数、单井注气能力、单井采气能力和单位注采气成本。采用模糊数学中的综合评判方法,对地下储气库的建库方案进行了综合评判,应用最大隶属度原则确定出方案集中的最优方案。通过计算实例,验证了模糊综合评判法优选地下储气库方案的可行性,得到了某地下储气库的最优建设方案。

>=The crystalline process of TNT melting super-cooling method (hot water suspension) is adopted. The effect of temperature and stirring speed on crystallizing process mechanism is analyzed by thermodynamic principal. The relative process condition is determined and parallel test is performed. The results indicate that the process can produce crystalline TNT products which meet the users, granulation distribution needs. It have the advantages of the lower material costs, no solvent recovery pressure and...

>=The crystalline process of TNT melting super-cooling method (hot water suspension) is adopted. The effect of temperature and stirring speed on crystallizing process mechanism is analyzed by thermodynamic principal. The relative process condition is determined and parallel test is performed. The results indicate that the process can produce crystalline TNT products which meet the users, granulation distribution needs. It have the advantages of the lower material costs, no solvent recovery pressure and no air pollution etc., compared with the solvent crystallizing method. It has very good economic benefits and industrialization prospects.

采用热水悬浮熔融过冷法结晶粒状TNT工艺,运用热力学和动力学原理分析温度和搅拌速度对结晶过程的影响机理,试验确定了相应的工艺条件,并进行了平行试验。结果表明,该工艺可生产出符合用户要求粒度级配的结晶状TNT产品。与溶剂结晶法相比,具有原材料成本低,无溶剂回收压力,不产生大气污染的优势,有很好的经济社会效益和产业化前景。

 
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