使用电磁无损技术监测氯化物进入混凝土的情况

G. Villain, R. du Plooy, A. Ihamouten, S. Palma-Lopes, B. Thauvin, Xavier Dérobert
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引用次数: 23

摘要

本文讨论了电磁无损原位技术在混凝土状态评估中的应用。它显示了这些方法监测水和氯化物进入覆盖混凝土的潜力。这里研究的电磁特性是电阻率和介电常数,它们对体积含水量和氯化物含量都很敏感。本文介绍了在受控实验室环境中对混凝土板(和相应的芯柱)进行的实验研究结果。然后,讨论的重点是三种EM技术的能力,以评估不同盐溶液的进入深度,并区分它们的盐浓度(0,15和30 g/L)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Use of electromagnetic non-destructive techniques for monitoring the chloride ingress into concrete
This paper deals with the use of electromagnetic nondestructive in-situ techniques to assess concrete condition. It shows the potential of these methods to monitor the ingress of water and chlorides into cover concrete. The electromagnetic properties that are studied here are electrical resistivity and dielectric permittivity, both sensitive to volumetric water content and chloride content. Results from an experimental study conducted on concrete slabs (and corresponding core cylinders) in a controlled laboratory environment are presented. Then, the discussion is focused on the ability of three EM techniques to assess the depth of the ingress front of the different salt solutions and discern between their salt concentrations (0, 15 and 30 g/L).
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