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新型固化剂稳定土性能的试验研究

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原材料选自山西省境内东南部,通过室内试验,对掺加ZL型固化剂水稳土进行了正交试验设计,确定了最优配合比m水泥∶m石灰∶m土 =6∶4∶90,固化剂掺量0.020%,并在最优配合比下进行了后续一系列的强度、理化、微观等性能的研究分析,结果表明ZL型固化剂水稳土在上述最优配合比条件下强度及密实度较高,路用性能较好,具备一定优越性和良好的适用性.
Experimental Study on Stabilized Soil Performance with New Curing Agent
Raw materials was selected from the southeast of Shanxi Province,through laboratory tests,the orthogonal test design of ce-ment-lime stabilized soil with ZL curing agent was carried out,and the mix proportion of 6∶4∶90 was selected as the best proportion based on the test results and economical factors,curing agent content is 0.020%,and a series of strength,physicochemical and micro-scopic properties were studied and analyzed under the optimal mix ratio.The results show that the strength and compactness of ZL type solidifying agent cement-lime stabilized soil are higher under the conditions of the above optimal mix ratio,the road performance is better,and with certain superiority and good applicability.

curing agentsilty clayorthogonal designstrengthmodulus of resiliencefreeze-thaw

张晋武

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山西交院试验检测有限公司,山西 太原 030000

固化剂 粉质黏土 正交设计 强度 回弹模量 冻融

2024

黑龙江交通科技
黑龙江省交通科学研究所,黑龙江省交通科技情报总站

黑龙江交通科技

影响因子:0.977
ISSN:1008-3383
年,卷(期):2024.47(3)
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