Application of electroosmosis technology to concretion hydraulic fill mud bag dam;
电渗技术在吹填泥袋坝固结中的应用研究
Design of an electroosmosis micromixer with a chessboard-like zeta-potential distribution;
一种棋盘形分布表面电势的电渗微混合器设计
Utilizing the electric double layer produced by hydration of cement to gather in superfluous water at negative electrode and reduce the water cement ratio of solidification by using electroosmosis technology.
目的通过将电渗技术引入到混凝土施工过程,解决混凝土工程中施工要求的大水灰质量比与使用性能要求的小水灰质量比之间的矛盾问题。
Model test of slope reinforcement through electro-osmosis and its numerical simulation based on energy analysis method;
边坡电渗模型试验及能量分析法数值模拟
Based on the phenomena of electric charge accumulation observed in the model experiments, an electro-osmosis theory named electric charge accumulation theory is brought out in this paper.
基于模型试验中所观测到的电荷累积现象,提出了电渗的电荷累积理论。
The opposite direction of electro-osmosis could effectively depress the methanol crossover.
碱性电解质膜直接甲醇燃料电池 (AEMDMFC)由于采用了碱性体系 ,阴阳极的电催化性能大幅提高 ,许多在强酸介质中无法使用的非铂金属和氧化物成为可选的催化剂 ,电渗方向的改变也抑制了甲醇从阳极向阴极的穿透。
Based on the characteristic of clay with minus charges and the water molecules with plus charges,the experiment used the means of electro-osmotic to electrify environmental dredged sludge,made the water molecules have polarity and flow to the cathode,and thus achieved the purpose of dredged sludge dewatering.
利用粘土颗粒带有负电荷,而其中水分子显示正极性的特性,采用电渗的方法在环保疏浚底泥中通入电流,使得带有极性的水分子向阴极流动,从而达到对底泥脱水的效果。
Experimental studies on electro-osmotic consolidation of soft clay using EKG electrodes;
本文用电动土工合成材料(EKG)与土工织物制成电极进行了室内软土地基电渗固结模型试验,测量了电渗过程中电势分布、电流变化、吸力的变化及土体的沉降,对电渗前后土体的含水率、抗剪强度和固结曲线进行了对比,并探讨了电渗的有效性。
Experimental Study on Electro-osmotic Consolidation of Soft Clay Using EKG Electrodes;
EKG(Electrokinetic Geosynthetics)材料作为一种新型的土工合成材料,综合了电渗和土工合成材料应用的优点,可运用于地基排水固结和加筋土工程中,对于渗透系数很小的细粒土,用常规方法孔隙水不易排出,有时甚至不可能排出,但用电渗效果就比较好,也不会引起软土因承载力不足发生的失稳现象。
Then the mathematical model of electroosmotic flow is built, and the dispersion of the flow, with different distribution of charge at inner and outer wall in the turns, was simulated numerically using the finite differential method.
首先分析了毛细管通道中流动的弯道效应及其产生的原因,接着在建立电渗流场数学模型的基础上,用有限差分法对弯道处内外壁面上不同电荷分布时的扩散进行了数值模拟· 根据计算结果,提出了一种基于改变弯道处内外壁面上电荷分布的新方法,以此使流场的弯道效应最弱· 同时还建立了分析和确定弯道处最佳电荷分布的优化方法· 结果表明,该方法能极大地消除毛细管通道中的流动弯道效应·
The multi-amino acid from acid hydrolysate Silkworm chrysails protein was produced by electrodialysis and electrolysis.
以蚕蛹蛋白质为原料,用6N的HCl水解,利用电渗电解技术脱酸制备复合氨基酸,收率达67。
The membrane process is usually accomplished by either electrodialysis or reverse osmosis.
通常薄膜法用电渗析法或逆渗析法完成。
Dialysis at a rate increased by the application of an electric potential across the dialysis membrane, used especially to remove electrolytes from a colloidal suspension.
电渗析利用穿过渗析膜的电位加速的渗析，尤用于从胶体体系中除去电解质
Treatment of Landfill Leachates by Electrodialysis in Three-chamber Cell Divided by Two Membranes
阴阳离子双隔膜三室电解槽电渗析处理垃圾渗滤液
STUDY ON THE PHENOMENA OF WATER DISSOCIATION IN ION EXCHANGE MEMBRANE ED
电渗析离子交换膜水解离现象的研究
Study on the Application of Electroosmotic Dewtering in Food Processing;
电渗透脱水在食品加工中的应用研究
Experimental Study of Transdermal Iontophoresis of Vancomycin;
万古霉素经皮离子电渗透的实验研究
Research on DC Electroosmotic Flow Micropump Based on the Technology of MEMS;
基于MEMS技术的直流电渗流微泵的研究
Study on Numerical Simulation of Electroosmotic Flow in Trapezoidal Microchannels;
梯形微流道中电渗流的数值模拟研究
Research ONAC Electroosmotic Flow Micropimp Based on the Technology of MEMS;
基于MEMS技术的交流电渗流微泵的研究
Study on Clean Production of Organic Acids by Using Electrodialysis with Bipolar Membranes (EDBM);
双极膜电渗析清洁生产有机酸的研究
Production of Organic Acids and Bases by Bipolar Membrane Electrodialysis
双极膜电渗析制备有机酸、碱的研究
gas-impregnated fixed capacitor
气体渗透固定电容器
EM specimen penetrator
电子显微镜标本渗透器
Seepage Analysis and Seepage Contrd Design in Goupitan Hydropower Station Underground Powerhouse;
构皮滩水电站地下厂房渗流分析及渗控设计
Seepage Simulation on Water Seal Failure behind Cut-off Wall in Jinping 2nd Stage Hydropower Station
锦屏二级水电站防渗墙后止水缝失效渗流计算
Treatment of Landfill Leachate by Three-Dimensional-Electrode Electro-Fenton Process
三维电极-电Fenton法处理垃圾渗滤液
The light was leaking!
他发现电灯那里竟然在渗水！
Comprehensive Method of GPR and High Density Resistivity for Leakage Inspection in Dam
坝体渗漏探测的雷达和电阻率综合法