示例分析表明，灌浆压力的扩缝效应对细裂隙的可灌性有较明显的改善作用。
The analysis of typical example demonstrates that grouting pressure can obviously improve the groutability of fine fractures.
在此基础上，提出浆体灌浆的可灌性参数和更为合理的复合料理论最大密度计算方法。
Based on this, the pourable parameters of paste and more rational calculation of the theoretical maximum density of grouted composite materials were proposed.
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。
Flow pattern, time-varying behavior of rheological parameters, groutability, plastic strength and re-groutability of grouts are properties influencing the diffusion of grouts.
岩体的可灌性不仅取决于受灌裂隙的初始开度，还与在灌浆压力作用下裂隙的弹性扩张值有关。
The groutability of jointed rock should be increased by the grouting pressure because of the elastic expansion of grouted fractures.
结果表明，聚合物稳定剂水泥浆动切应力较膨润土稳定剂水泥浆低，其可灌性和扩展半径要优于膨润土稳定剂水泥浆。
The result shows that the polymer stable-reagent cement paste is lower than bentonite stable-reagent cement paste in act-cut-stress, more superior in grouting capability and expanding radius.
本文研究了环氧树脂灌浆材料各组分对其性能的影响，研制出具有优良力学性能和良好可灌性的HY型环氧树脂灌浆材料。
The effects of component on the properties of epoxy resin grouting material were studied and HY epoxy resin grouting material with excellent mechanic properties and good groutablilty was developed.
本文研究了环氧树脂灌浆材料各组分对其性能的影响，并研制出具有优良力学性能和良好可灌性的HY型环氧树脂灌浆材料。
The effects of components on the properties of epoxy resin grouting material were studied and HY epoxy resin grouting material with excellent mechanic properties and good groutability was developed.
本文研究了环氧树脂灌浆材料各组分对其性能的影响，并研制出具有优良力学性能和良好可灌性的HY型环氧树脂灌浆材料。
The effects of components on the properties of epoxy resin grouting material were studied and HY epoxy resin grouting material with excellent mechanic properties and good groutability was developed.
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