交通建设中的地质保护技术

I. Kozlov, M. Baidarashvili, A. Sakharova, N. Shrednik
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摘要

研究成果包括硅溶胶的化学特性(评估硅溶胶的解毒能力)、物理特性(确定所需的二氧化硅浓度)和物理机械特性(样品强度测试)。提出了一些交通建设技术,在这些技术中,使用新的粘结剂可使加固结构达到更高的强度指标,并通过使用硅溶胶确保实现地质生态功能和道路的循环利用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Geo-Protective Technologies in Transport Construction
The research results are presented – chemical properties (evaluation of the detoxifying ability of silica sol), physical (determination of the required concentration of silicon dioxide), and physico-mechanical (strength tests of samples) – the properties of silicas. Transport construction technologies are proposed in which the use of a new binder allows achieving higher strength indicators of fortified structures, as well as ensuring the fulfillment of the geoecological function and recycling of roads by using silica sol.
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