1.
Production decline curve for wells with vertical fractures in triple-porosity reservoir
三重介质油藏垂直裂缝井产量递减曲线
2.
Pressure responseof triple-porosity-media oil reservoirs with high-velocitynon-Darcy flow
高速非达西渗流时三重介质油藏的压力响应
3.
Well test model of triple-medium complex reservoir considering interface friction
考虑交接面阻力影响的三重介质复杂油藏的试井模型
4.
Calculation of Structural Parameter of Three-product Dense Medium Cyclone
三产品重介质旋流器结构参数的计算
5.
Analysis on the lowest particle size of effective separation by HM cyclone with un-pressurized feeding
无压给料三产品重介质旋流器分选下限的分析
6.
Numerical simulation of flow field in the gravity-fed 3-product H.M.cyclone
无压给料三产品重介质旋流器流场的数值模拟
7.
Discussion on the production practice of reducing medium consumption with three-product dense medium cyclone coal preparation process
三产品重介质旋流器选煤工艺降低介耗的生产实践
8.
Study on Multimedia Environmental Model of Chemical Fate for Typical Heavy Metal Pollution Along Three-Gorges Valley;
三峡库区水域典型重金属化学行为的多介质环境模型研究与应用
9.
The application of 3NWX1000/700 unpressurized feeding three-product dense medium cyclone in Fangezhuang Coal Preparation Plant
3NWX1000/700无压给料三产品重介质旋流器在范各庄选煤厂的应用
10.
Analysis and Application of Flow Field of Pre-separation Gravity-fed Three-product Dense Medium Cyclone
预分选无压给料三产品重介质旋流器的流场分析与应用
11.
Measures to solve the plugging at the refuse discharger of the three-productHM cyclone with un-pressurized feeding
解决无压给料三产品重介质旋流器排矸堵塞的方法
12.
The karst fissure medium can be regarded as dual medium of porosity.
岩溶裂隙介质可视为双重孔隙度介质。
13.
dual porosity behavior
双重孔隙介质产层动态
14.
fluid bed heavy medium separator
流化床层重介质分选机
15.
Automatic Control of Magnetic Separation in Dense Medium Coal Preparation Plant
重介选煤厂介质回收系统的自动控制
16.
Media literacy: the most significant part for the quality education of youngsters;
媒介素养:青少年素质教育的重中之重
17.
Convergence devices have two three links entrance, a export, two medium mixed into the third medium.
三通合流阀有两个入口，一个出口，将两种介质混合成第三种介质。
18.
Groundwater Regime Prediction on the Karst Area of the East Wei Bei in Shanxi Province--Fracture-pore Dual Media Model of Three-Dimensional Numerical Simulation
陕西省渭北东部岩溶水开采动态预测——裂隙—孔隙双重介质三维流模型