注浆工艺,grouting technology
1)grouting technology注浆工艺
1.Advanced small pipe grouting technology for tunnel construction;隧道超前小导管注浆工艺探讨
2.The following paper introduces the strengthening mechanism and effect of liquefied foundation treatment by compaction grouting method,illustrates its strengthening spheres and grouting technology,and discusses its suitability and treatment effect in the treatment of medium liquefied sand foundation, in order to popularize the application of the treatment method.介绍了压密注浆法处理液化地基的加固机理及加固效果,对其加固范围和注浆工艺进行了详细阐述,并结合施工工程实践,论述了压密注浆加固处理中等液化砂土地基的适宜性和处理效果,以推广该处理方式的应用。
3.Therefore reinforcement principles of karst roadbed are defined and the best grouting technology is developed for design and construction of the railway bed.为此,施工和设计中确定了相应的岩溶路基加固原则,探索出最佳的注浆工艺,运用多种手段对注浆质量进行了全面检测,结果完全满足工程和环境的要求。
英文短句/例句

1.POST GROUTING PILES TECHNIQUE(2)--TECHINQUE OF PRESSURE GROUTING AT BASE OF SLURRY-DRILLED PILES后注浆桩技术(2)——泥浆护壁钻孔灌注桩桩端压力注浆工艺
2.Advanced grouting process with PBA skill in Youth street青年大街站PBA工法施工超前注浆工艺
3.CAST-IN-PLACE PILE POST GROUTING TECHNOLOGY IN THE ENGINEERING EXAMPLE桩底后注浆工艺在工程中的应用实例
4.TECHNOLOGY OF POST-GROUTING PILES(3) --THE CONSTRUCTION TECHNIQUE OF GROUTING AT TIP OF AUGER-DRILLED PILES IN A DRY CONDITIONS后注浆桩技术(3)——干作业钻孔灌注桩桩端压力注浆工艺
5.Application of Sleeve-valve Pipe Grouting Technology on Soft Soil Foundation Treatment袖阀管注浆工艺在软基处理中的应用
6.Impact of Post Grouting Process of Pile Bottom on Bored Pile Bearing Behavior桩端后注浆工艺对钻孔灌注桩承载性状的影响
7.Research on the Acidic Soluble Glass Material and the Grouting Technology Design;酸性水玻璃化学注浆材料的实验研究及注浆工艺设计
8.Mechanism and Application of Post Grouting for Bored Pile in Slurry Wall浅析泥浆护壁钻孔灌注桩后注浆工艺的机理与应用
9.Optimization of the grouting technology in fully mechanized top coal caving mining face in polar broken thick seam极破碎厚煤层综放工作面注浆工艺优化
10.Practical Example of Application of Chemical Pouring Technology in Reinforcing of Expressway Roadbed化学注浆工艺加固高速公路路基应用实例
11.Discussion on Technology and Device of Multiple Anchor Installation in Deep Hole深孔多锚索安装和注浆工艺的研制与应用
12.Application of High Pressure Jet Grouting Workmanship in Strengthening of Pile Foundation高压旋喷注浆工艺在桩基加固中的应用
13.Injection pile construction technology and cost index analysis thereof;布袋注浆桩施工工艺及造价指标分析
14.The design of Sleeve valve pipe Grouting reinforced and research of construction technique袖阀管注浆加固设计与施工工艺研究
15.Constructing Techniques and Experimental Study in Situ of the Cast-in-Situ Piles with Expanded-Base and Post-Pressure Grouting;扩底后注浆灌注桩施工工艺及其试验研究
16.The application of the post grouting technology of bored concrete pile in Taiyuan region灌注桩后压浆工艺在太原地区的应用
17.Application practice on grouting reinforcement to block water from broking limestone破碎围岩动水注浆加固工艺应用实践
18.The Application of Extruded-expanded Mud-jacking Technique on the Bottom of the Filling Pile灌注桩桩底挤扩压浆处理工艺及应用
相关短句/例句

grouting technique注浆工艺
1.Also briefly discussed roadway borehole grouting techniques, as well as borehole water block up grouting process flow and parameters.对矿井巷道钻孔注浆工艺进行了简要讨论。
2.This paper introduces construction method of working pit and receiving pit,illustrates precast and hoisting of union coupling,proposes attentions of pipe jacking,discusses pipe jacking method and grouting technique after its construction,and illustrates surveying and control measures in the jacking.介绍了工作井和接收井的施工方法,简述了管节的预制和吊装,提出了管道预进的注意事项,探讨了顶管顶进及施工结束后的注浆工艺,阐明了顶进中的测量、纠编控制措施。
3)grouting process注浆工艺
1.This paper deals with simply the design and construction of the grouting treatment project of coal-mining hollowed zone under Wulumuqi-Kuitun highway,and make profound analysis for some problems such asgrouting pressure,grouting process,additional agent and so on in design and construction,and put as ward some suggestions as reference for other similar projects.简要论述乌鲁木齐—奎屯公路下煤层采空 区注浆治理工程的设计和施工 ,并对其中的一些问题 ,如注浆压力、注浆工艺、外加剂等作深入分析 ,并提出一些建议 ,以供类似工程参考。
4)TSS grouting technologyTSS注浆工艺
5)grouting technology parameter注浆工艺参数
6)grouting technology optimization注浆工艺优化
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。