微波特征用于建筑结构表征的理论与实验研究

A. Haas, M. Peichl, S. Dill
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引用次数: 4

摘要

在德国,近64%的普通住宅建于1978年之前,基本上没有任何隔热材料。在1973年和1979年的第一次和第二次石油危机之后,人们对隔热的认识有所提高,在接下来的几十年里,相应的措施陆续被纳入建筑结构中。由于1979年以前几乎没有关于建筑物墙体结构的施工规划,因此建筑物管理人员很难识别和实现单个建筑物的适当隔热。在德国航空航天中心(DLR)和亚琛应用科学大学(FH)正在进行的一项研究项目中,对用于遥感、安全研究和聚光太阳能的测量技术进行了测试和进一步开发,以获得能够快速准确确定物理建筑参数的方法。DLR -微波和雷达研究所-现在正在研究使用微波来确定建筑墙壁材料特性的可能性,以便实现现有非隔热建筑的有效隔热。本文旨在提供一个基本问题的见解和一些初步研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Theoretical and experimental investigations of microwave signatures for characterization of building structures
In Germany nearly 64 percent of common housing stock was built before 1978 mainly without any insulation. Following the first and second oil crisis in 1973 and 1979 awareness for thermal insulation has grown and corresponding measures successively have been integrated into the building architecture over the next decades. As there exist almost no construction plans about wall structure of buildings for the time before 1979, it is difficult for building managers to identify and realize an adequate insulation for individual buildings. In an ongoing research project by German Aerospace Center (DLR) and University of Applied Sciences (FH) Aachen measurement techniques used for remote sensing, security research and concentrating solar power are tested and developed further to obtain methods that allow for a fast and accurate determination of physical building parameters. DLR - Microwaves and Radar Institute - now examines the possibility of using microwaves to determine material characteristics of building walls, so that efficient thermal insulation for existing non-insulated buildings can be realized. This paper is intended to provide an insight into the basic problem and some first investigations.
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