Einsatzmöglichkeiten der NMR-MOUSE®in der Bauforschung - aktueller Stand der Arbeiten am ibac / NMR MOUSE®在建筑研究中的潜在应用-亚琛建筑材料研究所的最新技术

U. Antons, Michael Raupach, Oliver Weichold
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引用次数: 1

摘要

NMR MOUSE®是一种使用单面核磁共振的设备,可以无损地测定任何尺寸物体中的静态和动态近表面(目前深度达25毫米)含氢相。本文简要介绍了单面核磁共振的测量原理,然后通过当前和以前的ibac项目的实例,重点介绍了单面核磁共振在建筑材料研究中的应用。这些主要是定量的、与深度相关的含水量测量,监测混凝土中水、疏水剂和反应体系的运输,以及确定聚合物薄膜的层厚和老化过程。此外,文章描述了钢筋的存在如何影响测量值,并给出了在实际建筑中获得的初步结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Einsatzmöglichkeiten der NMR-MOUSE® in der Bauforschung – aktueller Stand der Arbeiten am ibac / Potential Applications of the NMR MOUSE® in Building Research – Current State of the Art at the Institute of Building Materials Research Aachen
The NMR MOUSE®, a device using single-sided nuclear magnetic resonance, allows the non-destructive determination of static and dynamic near-surface (currently up to 25 mm depth) hydrogen-containing phases in objects of any size. The present article briefly describes the measuring principle and then highlights applications of single-sided NMR in building materials research using examples from current and former ibac projects. These are mainly the quantitative, depth-dependent measurement of the water content, monitoring the transport of water, hydrophobing agents, and reactive systems in concrete along with determining the layer thickness and ageing processes in polymer films. In addition, the article describes how the presence of steel reinforcements influences the measured values and presents initial results obtained at a real-life building.
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