水泥类悬浊液浆液形成的灌浆压力大于高分子化学浆液形成的灌浆压力；
The grouting pressure formed by cement type suspensoid is greater than that by high molecular chemical slurry.
对这一过程建立方程描述并求解，结果显示了化学浆液在孔隙系统中的吸渗速度远小于在裂隙系统中的流动速度。
The equation of the process is raised and calculated. The results show that the flow rate of chemical grout in fracture system is much less than that in porous system.
该注浆工程中采用LP-2型化学浆液，它是以纸浆废液为主剂，加上桥联剂、胶凝剂为辅剂的强化木质素的化学浆液。
The lp - 2 chemical grout is a strengthened lignin chemical liquid consisting of wood pulp waste liquid, bridging agent and gelation agent.
为了保证工程质量、节约材料，对化学灌浆工程浆液扩散有效半径的计算，将起着重要作用。
In order to guarantee the quality of projects, and save materials, it will play an important role to calculate effective diffusion radius of slurry in chemical grouting works.
水玻璃类浆液作为化学灌浆材料，其粘度在随时间变化，因此浆液在砂土中的渗流过程较复杂。
When water glass seriflux as chemistry injection material, its kinetic viscosity is varying with time, so the process of seriflux permeating in the sand is complicated.
应用免疫组织化学abc方法，检测52例卵巢浆液性良、恶性及交界性肿瘤中egf、EGF - R的表达。
By using immunohistochemical ABC method, the expression of EGF and EGFR in 52 patients with various serous tumors of the ovary was examined.
分析、讨论了影响浆液发泡的主要因素，如：浆液浓度、粘度、化学助剂、温度等等。
Main factors influencing foamability of size liquor, namely, concentration, viscosity, temperature and the existence of chemical auxiliaries etc. were measured and discussed.
本文主要介绍国内外近十几年来，煤浆液电化学氧化制取氧气及有机羧酸类产物的研究进展。
The electrochemical oxidation of coal slurry to produce hydrogen and organic carboxylic acids in the last decades is reviewed.
结果表明，拟黑多刺蚁乙醇提取液和匀浆液都能明显抑制全血化学发光，且呈量效关系；
The results showed that the extract in ethanol and homogenate solution of Polyrhachis Vicina Roger can obviously inhibit chemiluminescence in whole blood with dose effect relationship.
纤维回用对化学热磨机械浆液体吸收性能的影响较小，即使经过五次回用，其表观动态接触角和液体吸收时间的变化也较小。
The effect of fiber recycling on the apparent dynamic contact angle and liquid absorption time of chemimechanical pulp changed little even after 5 times fiber recycling.
纤维回用对化学热磨机械浆液体吸收性能的影响较小，即使经过五次回用，其表观动态接触角和液体吸收时间的变化也较小。
The effect of fiber recycling on the apparent dynamic contact angle and liquid absorption time of chemimechanical pulp changed little even after 5 times fiber recycling.
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