注浆帷幕,grouting curtain
1)grouting curtain注浆帷幕
1.Based on the engineering practice and a series of methods including theoretical analysis, laboratory tests, site observation and numerical simulation, the retention mechanism and anti-seepaging capability of clay-solidifiedgrouting curtain (CSGC) to leachate are systematically researched and the environmental effects of CSGC applied in MSW landfill is completely eval.本文在对填埋场防渗技术研究现状讨论分析的基础上，通过理论分析、室内试验、现场检测、数值模拟以及工程实践相结合，系统研究了粘土固化注浆帷幕对渗滤液的抗渗阻滞作用机理及规律，全面分析了帷幕在填埋场中应用的长期环境效应，主要研究内容如下： (1)粘土固化注浆帷幕对渗滤液的抗渗性能。
英文短句/例句
1.Test Study on Seepage Permeability of Limestone Grouting Wall System灰岩注浆帷幕体渗透特性的试验研究
2.AN EXPERIMENTAL STUDY ON PROPERTIES OF GROUT FOR GROUT CURTAIN IN SHUIKOUSHAN LEAD-ZINC MINE水口山铅锌矿注浆帷幕浆液性能试验研究
3.A THEORETICAL ANALYSIS ON OPTIMUM WIDTH OF GROUT CUTAIN AT No. 10 DAM IN YONGPING COPPER MINE永平铜矿10号坝注浆帷幕体最优厚度的确定
4.The grouting curtain method in treating severe mobile sand occurred in artificial spaded pile注浆帷幕法对人工挖孔桩出现流沙现象的治理
5.Jet grouting curtain supporting technology for shaft heading face through quicksand layers with confined water立井工作面承压水流沙层保浆旋喷注浆帷幕支护技术
6.Retention Mechanism and Environmental Effects of Clay-solidified Grouting Curtain to Leachate in Landfill;粘土固化注浆帷幕对渗滤液的阻渗机理与环境效应
7.ANALYSIS OF PROBABILITY OF WATER INRUSH FROM GROUT CURTAIN BASED ON BACKGROUND STRESS FIELD AND MICROSEISMICITY基于背景应力场与微震活动性的注浆帷幕突水危险性评价
8.Adsorption of phenol in leachate on clay-solidified grouting curtain粘土固化注浆帷幕对渗滤液中苯酚的吸附性能研究
9.Study of the Comprehensive Government of Grouting and Sealing-Up by Concrete Curtain on Caiyuan Coal Mine Auxiliary Shaft;蔡园矿副井帷幕注浆封水综合治理研究
10.The construction method and application of high-pressure jet grouting for waterproof;高压喷射注浆止水帷幕的施工方法与应用
11.The operative technology of curtain grouting construction in developed underground water segment帷幕注浆施工在地下水发育段的实用技术
12.Researches on Full-face Curtain Grouting Technology of Subsea Tunnel under Complex Conditions复杂条件下海底隧道全断面帷幕注浆技术研究
13.Study and Application of Curtain Grouting Equipments for Construction of Single Line Tunnel单线隧道帷幕注浆施工设备配套的研究与应用
14.Analysis on the Treatment Case for Diseases of Tunnel Karst by Use of Curtain Grouting and Small Pipe帷幕注浆及小导管处置隧道岩溶病害实例分析
15.Application of curtain grouting in mine water stop of Fankou area帷幕注浆在凡口地区矿山堵水中的应用
16.Application of advance drapery grouting technology in high-pressure tunnel with high water content超前帷幕注浆技术在高压富水隧道中的应用
17.Curtain Injecting Paste Construction Technology of a Cavity Section along Yichang-Wanzhou Railway宜万铁路某隧道溶腔段帷幕注浆施工技术
18.The Purdah Notes the Syrup Logarithm of Timw Fitting Method Logt to Follow the Application Study in the River Road Embankment Scour Protecting in the Express Highway;帷幕注浆法在高速公路沿河路堤冲刷防护中的应用研究
相关短句/例句
Curtain grouting帷幕注浆
1.Application of large curtain grouting technology for water control in Yagongtang Mine Area of Shuikoushan Lead-zinc Mine;水口山铅锌矿鸭公塘矿区大型帷幕注浆治水工程技术的应用
2.The numerical simulation analysis of the building curtain grouting reinforcement effect;建筑物帷幕注浆加固效果的数值模拟分析
3.Construction technology of curtain grouting for high pressure and rich water zone treatment in 0# transverse gallery of one tunnel;隧道0号横洞高压富水区帷幕注浆及施工技术
3)Curtain grouting method帷幕注浆法
1.Curtain grouting method was adopted in passing the fractured belt,with eight curtain holes,756.采用帷幕注浆法通过破碎带,设计帷幕孔8个,进尺756。
2.The technique combined the pipe roof technic and curtain grouting method and assured the tunneling safety.在总结前人研究成果的基础上,借用水力学安全厚度的计算方法,研究了煤矿巷道开挖碰到含高压瓦斯、H2S气体构造破碎带的情况,首次将管棚支护技术与帷幕注浆法相结合,确保安全掘进的技术措施。
4)grouting wall system注浆帷幕体
1.For the stability analysis of grouting water proof wall,the seepage permeability of limestonegrouting wall system was tested,the overall process of seepage of the limestonegrouting wall system is obtained.为了研究注浆堵水帷幕的稳定性,对灰岩注浆帷幕体的渗透特性进行了试验研究,获得了灰岩注浆帷幕体受压破坏全过程的渗透规律。
5)grouting curtain method注浆帷幕法
1.Thegrouting curtain method in treating severe mobile sand occurred in artificial spaded pile注浆帷幕法对人工挖孔桩出现流沙现象的治理
6)Underground curtain grouting井下帷幕注浆
延伸阅读
电泳注浆成型分子式：CAS号：性质：陶瓷浆料的成型方法之一。利用浆料中颗粒荷负电，在直流电场作用下向阳极运动而沉积在模型(阳极)上形成坯体的成型方法。此法可加快坯体形成速度，坯体较致密，可用于面砖，基板等的成型，但有时会因水的电解作用产生气泡，电场不均匀会造成坯体厚薄不均或脱模困难，故尚未得到广泛使用。
