1) solidified moisture film
固结水膜
2) solidified moisture film
固化水膜
3) Drainage consolidation
排水固结
1.
Construction technology of drainage consolidation method in soft soil foundation treatment;
排水固结法处理软基施工技术
2.
This paper introduces calculation method of soft ground settlement,addresses drainage consolidation method co-operated with preloading method to solve the post construction settlement,analyses relationship of ground consolidation with surcharge quantity and surcharge operation time,and gives the proposal to increase unload check norm according to ground consolidation property.
介绍了软土地基沉降推算方法,阐述了排水固结法配合预压法解决工后沉降的方法,分析了土体固结与超载量、超载作用时间等因素的相关关系,提出结合土体固结性质,增加卸载考核指标的建议。
3.
Combining with projec,introduct one kind of new soft soil foundation treatment technology——drainage consolidation and dry jet mixing pile composite foundation.
结合工程实例介绍将粉喷桩和排水固结法有机地结合起来的一种全新的软土地基处理技术——排水固结粉喷桩复合地基,从理论原理、实践试验数据阐述了这种新的运用方法。
4) consolidation through water-logging
沥水固结
5) consolidation by drainage
排水固结
1.
Aiming at the character of this soft soil roadbed,a method of sand well,sand cushion and overloading prepress was used in consolidation by drainage,which gets obvious engineering benefit and social benefit.
针对本段软土路基的特点,采用袋装砂井加砂垫层超载预压的方法对地基进行排水固结处理,取得了明显的工程效益和社会效益。
6) draining consolidation
排水固结
1.
Study on theory of shear strength increment of soil body by draining consolidation for improving soft clay;
排水固结加固软基强度增长理论研究
2.
This paper deals with some contrast experiments to compare the draining consolidation efficiency of the vacuum preloading(VP) method and the vacuum preloading-electro-osmosis(VPE) method with soda residue soil as the medium,and analyzes the mechanism of draining consolidation caused by the VPE method.
文中给出了碱渣土的真空预压排水法和真空-电渗联合法排水固结的对比试验结果,分析了真空-电渗联合法的排水固结机理。
3.
By analyzing benefit and shortcoming of the mechanism of draining consolidation way under vacuum preloading and surcharge, back sequence construction is proposed and the idea can ultimately advance economic value after meeting the essential sedimentation of the construction and the finished construction.
从分析堆载和真空预压等排水固结施工法的机理与优缺点入手,提出了逆时序施工法,以求能在满足施工工期与工后沉降等基本要求的前提下最大限度地提高经济效益。
补充资料:固化
分子式:
CAS号:
性质: (一)涂填或挤灌铅膏后的铅酸蓄电池极板,在一定温度和湿度的固化室中失水,原来的可塑性铅膏定型凝结成微孔均匀的多孔固体的过程,是铅酸蓄电池极板最后成型的重要工序。固化后的极板称“生极板”。固化是复杂的物理、化学变化过程,主要包括:游离金属铅的氧化;失水并形成孔隙;铅膏物相的再结晶等。(二)是指在涂料中加入固化剂,与成膜物质发生交联反应而干燥成膜的过程。这一过程是依靠合成树脂和固化剂分子结构上的活性基团来实现的。
CAS号:
性质: (一)涂填或挤灌铅膏后的铅酸蓄电池极板,在一定温度和湿度的固化室中失水,原来的可塑性铅膏定型凝结成微孔均匀的多孔固体的过程,是铅酸蓄电池极板最后成型的重要工序。固化后的极板称“生极板”。固化是复杂的物理、化学变化过程,主要包括:游离金属铅的氧化;失水并形成孔隙;铅膏物相的再结晶等。(二)是指在涂料中加入固化剂,与成膜物质发生交联反应而干燥成膜的过程。这一过程是依靠合成树脂和固化剂分子结构上的活性基团来实现的。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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