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1·Thermally enhanced grouts are available to improve this heat transfer.

耐热增强型浆液可用来改善这种热传递。

2·Its range had the larger outstand to outboard working face under the condition of injecting grouts in separate layers.

离层带注浆时的覆岩破坏形态和范围向工作面外侧突出较大。

3·Grouts other than epoxy may require alternative surface preparation. Full bond-strength of epoxy is not generally necessary.

非环氧砂浆可能有另外要求的表面准备。环氧砂浆的完全结合强度通常是不必要的。

4·Based on these achievements, especially on time-varying behavior of viscosity of grouts, the author develops a grout diffusion model.

基于以上试验研究成果，尤其是粘度时变性规律，建立了稳定性浆液注浆扩散模型。

5·Research progress on accelerated corrosion test method which can evaluate the corrosion protecveness of the post tensioning grouts is reviewed.

综述了近期国内外在后张预应力结构灌浆材料加速腐蚀实验方面的研究进展。

6·This versatile unit is designed to mix and pump neat cement, bentonites, lightly sanded grouts and most commercial pre-blended non-shrink grout mixes.

这种多用途的装置被用作混合和抽取纯水泥、膨润土、轻砂浆和大部分商用预混合非收缩灌浆混合物。

7·Further spraying chemical grouts on the surface is frequently used in practice, but the permeation quantity and solidification effect are difficult to evaluate.

直接喷淋化学加固剂于遗址表层，渗透量和加固效果则难以评价。

8·Flow pattern, time-varying behavior of rheological parameters, groutability, plastic strength and re-groutability of grouts are properties influencing the diffusion of grouts.

浆液流型、流变参数的时变性、可灌性、塑性强度和可重复注浆性是影响浆液扩散的基本性能。

9·In this paper, a series of grouting simulating tests show that it is feasible to reinforce roadbed horizontally in karst areas. The corresponding formula for making this grouts is obtained.

通过室内试验研究了采用该浆液进行岩溶洞穴路基水平注浆加固的可行性及相应的注浆材料配方。

(1)cement grout水泥浆

(1)grout curtain水泥屏障；薄浆隔墙；灌浆帷幕