1.
Construction of a Composite Microbial System for Oil Displacement and the Ability of The Oil Displacement
驱油复合菌系的构建及驱油能力的研究
2.
THE EFFECT OF EMULSIFYING POWER AND INTERFACIAL TENSION ON DISPLACEMENT CHARACTERISTICS FOR DISPLACEMENT SYSTEMS OF HEAVY CRUDE OIL
稠油驱油体系乳化能力和界面张力对驱油效果的影响
3.
a diesel-electric train
柴油电力驱动的火车.
4.
An oil engine drives the pump.
油力发动机驱动了泵。
5.
B、Appling dual cylinder to drive,which reaches the high-tonnage cutting force and saves the energy.
采用双油缸驱动。达到高吨位裁断力量，节省能源消耗。
6.
B、Appling dual cylinder to receive .which reaches the high-tonnage cutting forceand saves the energy.
采用双油缸驱动，达到高吨裁断力量，节省能源消耗。
7.
Research of Transport Capability of Some EOR Polymers in Porous Media
几种驱油聚合物在多孔介质中传输能力实验研究
8.
A Plan Regarding High Concentration of Oil Flooding in the Major Reservoirs in Sazhong Developing Area
萨中开发区主力油层高浓度驱油方案
9.
DYNAMIC ANALYSIS OF THE SUCKER ROD IN THE POLYMER FLOODING METHOD
用于聚合物驱油的抽油杆动力学分析
10.
Injection-production ratio (IPR) directly affects the pressure maintenance and the productivity of reservoirs.
水驱开发油藏的注采比是否合理直接影响着油藏地层压力保持水平及生产能力。
11.
The Relationship between Interfacial Tension and Oil Displacement Efficiency of a Surfactant Flooding Solution for Heavy Crude Oil
稠油驱油体系界面张力与驱油效率之间的关系研究
12.
A Study of Residual Oil Distribution of Main Reservoir Group of Daqing Oil Field after Polymer Flooding;
大庆油田主力油层聚驱后剩余油分布规律研究
13.
Fans of biofuels give the impression that we could soon be running cars on maize, producing electricity with sugar, and getting power from palm oil.
生质能源的拥护者告诉大家：我们很快就能靠玉米驱动车子、由糖产生电力并靠棕榈油产生能源。
14.
rating axle capactiy
驱动桥额定桥荷能力
15.
A Dynamics Study on Surface-driving Progressing Cavity Pump of Oil Production System;
地面驱动螺杆泵井抽油杆柱力学研究
16.
Mechanic Test Study of Polymer Flooding Machine Well Pole;
聚合物驱抽油机井杆柱力学试验研究
17.
A vehicle powered by a diesel engine.
柴油机驱动的车辆以柴油机为动力的车辆
18.
PREDICTION OF CO_2 MINIMUM MISCIBILITY PRESSURE FOR DAQING PETROLEUM
大庆油田二氧化碳驱油最小混相压力预测