1) jet grouting
喷射注浆
1.
The application of high pressure jet grouting technology in pile foundation construction;
高压喷射注浆技术在桩基础施工中的应用
2.
According to theoretical analysis and practice of the grouting project,the grouting theory falls roughly into four categories:permeation grouting,hydrofracture grouting,compaction grouting and jet grouting.
将注浆理论分为渗透注浆、劈裂注浆、压密注浆和喷射注浆四类 ,提出不同工程的注浆参数和施工方法 。
3.
In this paper, the engineering geological condition of crossing the Changjiang River Tunnel along the Beijing Shanghai high speed railway is studied, and merits and demerits of ground treatment methods of all kinds are checked and compared, and jet grouting plan is put forwar
分析了京沪高速铁路南京过江沉管隧道的工程地质条件，比较了各种地基处理方法的优缺点，提出采用喷射注浆处理沉管地基的方案，为该工程的地基处理探索出了一条新路。
2) jet grouting
高压喷射注浆
1.
The application of jet grouting in the treatment of ooze and quicksand;
高压喷射注浆技术在治理海泥和流砂中的应用
2.
Two foundation treatment methods of DDC and the high pressure jet grouting are introduced through practical project.
通过工程实例,介绍了人工成孔夯扩桩(DDC)和高压喷射注浆两种地基处理方法在工程中的应用,可以处理较为复杂的地基,提高地基承载力,减小复合地基的变形或消除地基土湿陷性等问题。
3) high pressure jet grouting
高压喷射注浆
1.
Application of high pressure jet grouting technique in limestone area;
高压喷射注浆技术在灰岩地区的应用
2.
Technical parameters for high pressure jet grouting by triple tube are classified into 2 categories:parameters for designing and parameters for construction.
三重管高压喷射注浆技术参数分为设计工程参数和施工技术参数两类，文中探讨了各项设计工程参数的实质及各项施工技术参数的关系，分析了各项技术参数对高压喷射工程质量、成本的影响，提出了选择各项技术参数的方
3.
Based on geological conditions of Yellow?River?crossing works in the Diversion Project from South to North China, the properties of grouting material and solidified mass in high pressure jet grouting were researched.
根据南水北调穿黄工程地质条件进行的高压喷射注浆材料及固结体性能研究结果表明,采用水泥系注浆材料所形成的固结体抗压强度、弹性模量、抗渗性能除与水灰比有关外,还与土质有很大关系。
4) high-pressure injection grouting
高压喷射注浆
1.
High-pressure injection grouting method is applicable to various foundation soil;the method can be applied to projects such as foundation treatment,remedy of building inclination,shielding soil or water in sidewall of deep foundation pit,consolidating base of foundation pit,preventing water creep and upwarping,consolidating dam and waterproof curtain,etc.
高压喷射注浆法适用于多种地基土,可用于地基处理、房屋纠偏、深基坑侧壁挡土或挡水、基坑底部加固、防止管涌与隆起、坝的加固与防水帷幕等工程。
2.
The origin together with its development survey of the high-pressure injection grouting method is introduced in this paper, and application areas,the mechanism of the foundation treatment,the uses of species and construction technique are discussed in general.
介绍了高压喷射注浆技术的起源与发展概况,并综述了其工程应用范围、处理地基的工作原理、种类特点及施工技术等。
5) high pressure spray injecting
高压喷射注浆
1.
Application of high pressure spray injecting in the ash storage field in Haibo bay;
高压喷射注浆在海勃湾电厂贮灰场中的应用
2.
It introduces the design and construction of the program of the foundation support of Qunkang Technology edifice in Ji nan city,adapts the technologic methods of soil-nailed wall,suspended net shot,the pile-anchor,injecting and high pressure spray injecting stop water purdah to get the combined support.
介绍了济南群康科技大厦基坑支护方案的设计和施工,采用土钉墙、挂网锚喷、桩锚、注浆和高压喷射注浆止水帷幕等多种工艺技术方法进行了联合支护,做到了经济合理和安全可行。
6) high-pressure jet grouting method
高压喷射注浆法
1.
In this paper,the handling of impermeability protection of the durability of the piles by installing lateral waterproof curtain formed by high-pressure jet grouting method .
介绍采用高压喷射注浆法设置侧向帷幕的方法,对钻孔灌注桩进行耐久性抗渗防护处理。
2.
Owing to the advantage of high-pressure jet grouting method, its application scope will be wider and wider in highway engineering construction.
路基及结构物如出现异常下沉或桩基础的承载力不足等现象,需要对其进行加固补强,其中一个有效的办法就是使用高压喷射注浆法。
3.
After analyzing the causes,it is treated in the way of high-pressure jet grouting method,after all,the foundation achieves the design criteria and passes the control check.
广州市某花园工程,基础采用钻孔灌注桩,桩基检测后发现部分桩存在质量问题,经分析原因后,采用高压喷射注浆法进行处理后,达到了设计要求,顺利通过验收。
补充资料：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。
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。
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