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Measuring the layer thicknesses of concrete coatings by mobile NMR - A study on the influence of steel reinforcements

机译:流动NMR法测定混凝土涂层的层厚-关于钢筋影响的研究。

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摘要

A large number of infrastructural concrete buildings are protected against aggressive environments by coating systems. The functionality of these coating systems is mainly affected by the composition and thickness of the individual polymeric layers. For the first time ever, a mobile nuclear magnetic resonance (NMR) sensor allows a non-destructive determination of these important parameters on the building site. However, before this technique can be used on steel-reinforced concrete elements, the potential effect of the reinforcement on the measurement, i.e. the NMR signal, needs to be studied. The results show a shift of the NMR profile as well as an increase of the signals amplitude in the case of the reinforced samples, while calculating the thickness of concrete coating lead to identical results.
机译:大量的基础设施混凝土建筑通过涂层系统保护免受侵蚀性环境的侵害。这些涂料体系的功能主要受各个聚合物层的组成和厚度影响。移动核磁共振(NMR)传感器首次实现了在建筑工地上对这些重要参数的无损确定。但是,在将该技术用于钢筋混凝土构件之前,需要研究钢筋对测量的潜在影响,即NMR信号。结果表明,在增强样品的情况下,NMR谱图的移动以及信号幅度的增加,同时计算混凝土涂层的厚度可得出相同的结果。

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