2.DEVELOPMENT AND TEST OF EV—Ⅰ ELECTRIC PERCOLATION FILTERS
3.According to bethe network percolation, the reaction between SO2 and.
并应用bethe网格逾渗模型，模拟干性条件下SO_2和多孔CaO颗粒反应；
4.GEOLOGICAL ANALYSIS OF IMPROVING PERCOLATION CONDITIONS BY ACIDIZING──AN EXAMPLE
酸化改善油层渗流状况的地质研究──以百口泉油田为例
5.Comparison on Methods of Anti-percolation of Anaerobic Digester Access Hole
厌氧消化池人孔防渗方案的比较
6.STUDY OF RIVER PERCOLATION MODELS OF HEBEI PLAIN WITH HYDROGRAPHIC METHOD
用水文学的方法研究河北平原河道渗漏模型
7.Fat fractal percolation model of porous media and its scaling rule
多孔介质的胖分形渗流模型及其分形维数
8.Performance Prediction of 3 D Percolation after Oil Wells Being Acid Fractured
油井酸压后三维渗流动态预测
9.The main factors affecting percolation in low permeability reservoirs include stress, threshold pressure gradient, slippage effect and water-blocking effect, which play various roles on percolation, but all will result in non-linear percolation in the end.
影响低渗气藏渗流特征的主要因素有应力作用、启动压力梯度、滑脱效应和水锁效应等因素，并且这些因素对渗流影响各有不同，但最终均引起低渗气藏渗流的非线性化。
10.This paper analyzes the percolation mechanism and characteristics of gas under low-velocity percolation state in terms of slippage effect and threshold pressure effect by using molecular dynamics, thermodynamics and percolation mechanics in order to understand the practical reason of low-velocity non-Darcy percolation.
摘要为明确气体在低速渗流状态下的渗流规律以及产生低速非达西渗流的实质性原因，运用分子动力学、热力学和渗流力学等相关知识，基于滑脱效应和阈压效应两方面分析了气体在低速渗流状态下的渗流机理及渗流特征。
