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Research Progress on the Effect of Stray Current on Properties of Cement-Based Materials in China

机译:杂散电流对我国水泥基材料性质影响的研究进展

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In recent years, more and more attention has been paid to the effect of stray current on the properties of cement-base materials in subway engineering. In the actual service process, reinforced cement-based systems suffer from various erosive conditions, the degradation mechanisms in reinforced cement-based systems due to the combined effects of stray current and environmental multi-factors have been a serious problem in civil engineering for many years. This paper reviews the research achievements on the properties of cement-based materials under the multi-factor coupling conditions such as stray current and soft water, chloride ion, sulfate, stress, freezing and thawing cycle and so on. Furthermore, the improvement of cement-based materials on stray current resistance is also generalized in it. Prospects of cement-based materials for durability under environment multi-factor coupling actions are also presented.
机译:近年来,越来越多地关注杂散电流对地铁工程中水泥基材性质的影响。 在实际的服务过程中,增强水泥的系统患有各种侵蚀条件,由于杂散电流和环境多因素的综合影响,增强水泥系的降解机制是土木工程的严重问题多年 。 本文综述了多因素耦合条件下水泥基材料的性能研究成果,如杂散电流和软水,氯离子,硫酸盐,胁迫,冷冻和解冻循环等。 此外,在杂散电流阻力上的基于水泥基材料也在其中推广。 还介绍了环境多因素耦合作用下耐用性的水泥基材料的前景。

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