1) full-caving pressure-grouting method
全充填压力注浆法
1.
This paper introduces the main methods,raw materials needed and equipment requirements of treating the mined-out area under the superhighway by using full-caving pressure-grouting method,and expounds the methods for the technical control,raw materials test and construction quality control in the construction.
介绍了采用全充填压力注浆法处置高速公路下伏煤矿采空区的主要方法、需用原材料、设备要求,论述了施工中的工艺控制、原材料试验以及施工质量检验等的方法。
2) full filling pressure grout injection
全充填压力注浆
1.
Learning from the successful experience in expressway passing through coal mine-out area,based on a scientific analysis,appraisal was made the mine-out area deformation and the stability of cover rock in the area,and full filling pressure grout injection method was adopted as the engineering measure for dive.
借鉴高速公路煤矿采空区的成功处理经验,通过科学分析,对采空区变形和区域内覆岩的稳定性做了评价,论述了输水线路穿采空区段采取全充填压力注浆法的工程处理方法。
3) completely filled grouting
全充填注浆法
1.
Connecting with the actual situation of the construction, and according to the features of the coal gob area, this paper introduces the treatment of the geological hazards for the foundation by using completely filled grouting.
结合施工实际情况,根据煤层采空区的特点,介绍了采用全充填注浆法施工工艺对其地基进行地质灾害治理的情况。
4) grouting method
注浆充填法
1.
Based on treating mined-out region engineering with grouting method on one expressway,this paper studies the designing method and construction techniques.
以某高速公路穿越一煤矿采空区注浆充填法治理工程为依托,探讨了其施工工艺,并对施工中出现的问题进行了分析,提出了处理措施,可供设计及施工人员参考。
2.
Based ontreating multilayer mined-out region engineering by grouting method,this paper studies the designing and computing method, construction tech-nics.
以某高速公路下伏多层富水采空区注浆充填法治理工程为依托,重点探讨其设计计算方法及施工工艺,并对施工中遇到的问题进行了分析研究,对类似工程具有较大的借鉴意义。
6) pressure-grouting method
压力注浆法
1.
Application of pressure-grouting method in floor addition of a teaching building;
压力注浆法在某教学楼加层中的应用
补充资料：压力注浆成型
分子式：
CAS号：
性质：施加一定压力于泥浆的成型方法。将加压力的泥浆通过管道压入模型腔内，经过一定时间，待坯体形成后卸去压力(如单面吃浆的坯体则倒出多余泥浆)，开启模型，取出成型坯体。所施压力大小根据产品形状及尺寸而定。采用压力注浆可提高坯体的致密度，减少坯体的残留水分，缩短成型和坯体干燥时间，并可减少半成品开裂，烧成变形等缺陷。日用瓷，建筑卫生瓷及某些特种陶瓷多采用压力注浆成型工艺。
CAS号：
性质：施加一定压力于泥浆的成型方法。将加压力的泥浆通过管道压入模型腔内，经过一定时间，待坯体形成后卸去压力(如单面吃浆的坯体则倒出多余泥浆)，开启模型，取出成型坯体。所施压力大小根据产品形状及尺寸而定。采用压力注浆可提高坯体的致密度，减少坯体的残留水分，缩短成型和坯体干燥时间，并可减少半成品开裂，烧成变形等缺陷。日用瓷，建筑卫生瓷及某些特种陶瓷多采用压力注浆成型工艺。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条