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- The Application of Deep Mixing Cement Soil Cutoff Wall in Construction of the Changjiang River Embankment Reinforcement 深层搅拌水泥土防渗墙在干堤加固工程中的应用
- USE OF DEEP LAYER MIXING CEMENT SOIL STAKE TO REINFORCE THE SOFT SOIL FOUNDATION 深层水泥土桩在软土地基加固中的应用
- Discussion on Some Technical Problems of Deep Layer Mixing Cement Soil Pile at Site 关于就地深层搅拌水泥土桩若干技术问题的讨论
- Comparation of Deep mixing Cement Pile by Wet Sprayed and Dry Sprayed Method 水泥搅拌桩浆喷法与干喷法的比较
- Application of Multiple Head Mixing Cement Soil Cutoff Wall in DSWSIP 多头搅拌水泥土防渗墙在东深供水改造工程的应用
- cement soil deep mixing pile 水泥土深层搅拌桩
- deep cement mixing (DCM) soil column 水泥土桩
- Analysis and control of the settlement in thick soft clay ground reinforced by deep mixing cement piles 深厚软土水泥搅拌桩复合地基沉降分析及控制
- Research for Design of Ground Treatment on Soft clay With Deep Mixing Cement pilles at High Speed Highway 高速公路软土地基水泥搅拌桩处理设计研究
- Properties of composite foundation of deep mixing cement piles and geotextile-reinforced cushion at Wenzhou Grain Depot 温州粮库水泥搅拌桩联合加筋垫层复合地基性状分析
- deep mixing cement pile 深层水泥搅拌桩
- deep mixing cement 深层搅拌水泥
- Cement soil mixing pile plus anchor bolts is a new supporting technology for foundation pit . 水泥土搅拌桩加锚杆基坑围护结构是一种基坑支护新工艺。
- Masaaki Gotoh.Study on Soil properties affecting the strength of cement treated soils[A].Grouting and Deep Mixing,Terashi &Shibazaki (eds),1996 Balkema,Rotterdam. 杨崇波;储诚富.;有机质含量对水泥土强度的影响及对策
- It is indicated that the quality, microstructure, and isotropy of hi-directional cement-soil deep mixing column are far superior to the traditional deep mixing column. 结论表明：常规水泥土搅拌桩搅拌不够均匀，桩身水泥土的微观结构、物理力学性质随深度增加变差，表现出方向上的差异性。
- The mixed cement has been hoisted up the building. 拌好的水泥灰浆已吊到建筑物顶上了。
- The legitimate additive recipe (aw=14% and ap=15%) for the cement deep mixing pile in a project was drew up. 对某工程的水泥土搅拌桩制定了合理的添加剂配方(aw=14%25;ap=15%25).
- Benfuracarb and carbofuran move to lower in soil column with more precipitations. 对丙硫克百威在湖南几种土壤中的迁移和降解进行了研究。
- The Combination of Dry Vibration Piles of Crushed Stones and Deep Mixed Cement Piles 干振碎石桩与水泥深层搅拌桩的联合应用
- The removal of PCP in the upper 0.15 mm layer of the soil column accounted to 63.7% and 73.0% respectively after 24 h and 48 h irradiation. 结果表明:在风干土壤中;只有土柱表层土壤中的PCP发生了光化学反应;且具有较快的光转化速率; 24 h、48 h后;土壤表面0.;15 mm厚的土层中PCP的光转化率分别达到63
