1) physical modeling
物模实验
1.
Method Based on experimental physical modeling and numerical simulation of horizontalfracture assisted gravity drainage, field pilot test on Du 84-69-69 well group is finished.
结果 物模实验预测蒸汽体积波及系数最高可达 90 %以上 ,最终采收率为 70 %～ 80 % ;数模实验预测杜 84- 6 9- 6 9井组水平裂缝辅助蒸汽驱最终采收率为 5 0 。
2) physical simulation experiment
物理模拟实验
1.
The discussion of three physical simulation experiments for oil and gas reservoir formation;
对油气成藏研究中三个物理模拟实验的探讨
2.
Through physical simulation experiments and the statistical analyses of practical data from oilfields, the authors intended to make a systematic analysis of the influence of reservoir interlayer heterogeneity on the differential injection of hydrocarbon into a trap in secondary migration .
通过物理模拟实验及油田实际数据的统计分析 ,文中探讨了储层层间非均质性对油气二次运移过程中油气充注圈闭的控制作用 ,首次提出了油气充注的渗透率临界级差的概念。
3.
By the laboratory physical simulation experiments we investigate the effect of polymer and surfactant in ASP slug on oil displacing efficiency, the experimental study on reducing the chemical amount are also conducted.
通过室内物理模拟实验 ,研究了三元体系中聚合物、表面活性剂浓度对驱油效果的影响 ,并进行了降低化学剂用量的实验研究 ,结果表明 ,三元体系与原油粘度比控制在 2∶1～ 5∶1范围内 ,驱油效率才能达到 2 0 %以上 ,在适当的聚合物用量条件下 ,可以降低三元体系中的表面活性剂和碱的用量 ;三元体系配方中表面活性剂与聚合物用量有一定的依赖关系 ,在较高聚合物用量条件下 ,可以在一定范围内降低表面活性剂用量 ;反之 ,降低表面活性剂用量受到一定限制。
3) biogenic gas simulation experiment
生物模拟实验
4) physical model test
物理模型实验
1.
The force acting on seabed pipeline is studied through physical model test in this paper.
利用物理模型实验,测量了海底管线在波良作用下的水平力和升力,并应用Morison方程及流函数理论,按最小二乘原理得出C_D和C_M以及C_L,讨论了它们与Kc,Re及间隙比e/D的关系。
2.
Through theoretical analysis and physical model test,the paper deals with the movement of moored ship at large open terminal under irregular transverse wave.
采用理论结合物理模型实验分析的方法,研究大型开敞式码头系泊船舶在不规则横浪作用下的船舶运动规律。
3.
Thus,the physical model tests utilizing wave-flow flume were con-ducted to investigate the local scour around a riser-pile system in both coexistng wave-flow and pure wave conditions.
针对这些问题,通过实验室物理模型实验,利用波流水槽对波-流共存以及纯波浪条件下海洋平台立管-桩系统基础周围的局部冲刷进行了研究。
5) physical modeling experiment
物理模拟实验
1.
The reservoir-forming mode of this field was simulated by physical modeling experiment.
选取库车坳陷克拉2气田作为研究对象,利用物理模拟实验模拟了克拉2气田成藏模式。
6) Animal experimental model
动物实验模型
补充资料：保险商实验室安全标准(见保险商实验室)
保险商实验室安全标准(见保险商实验室)
safety standards of UL: see Underwriters Laboratories; UL
Baoxianshang Sh啊nshi anquan bicozhun保险商实验室安全标准(saJ七ty stand助dsofUL)见保险商实脸室。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条