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用超声波旅行时间断层扫描测量室内空气温度的数据集

Najmeh Sadat Dokhanchi¹, Joerg Arnold¹, Albert Vogel¹

¹Bauhaus-University Weimar, Department of Building Physics, Coudraystrasse 11A, Weimar 99423, Germany.

|December 13, 2024

概括

本研究介绍了用于非接触式室内空气温度监测的声学旅行时间图谱 (ATOM). 这种新的系统利用早期反射和直接的声音路径来提高气候监测应用的准确性.

科学领域:

建筑物理建筑物理
声学测量技术声学测量技术

背景情况:

传统的室内空气温度监测可能具有侵入性或范围有限.
声学断层扫描提供了一个潜在的非接触测量解决方案.

研究的目的:

使用声学旅行时间图谱 (Acoustic travel time TOMography,简称ATOM) 呈现室内空气温度数据集.
评估一种新的超声波测量系统,将室内声学和断层扫描相结合.

主要方法:

在超声波频率范围内使用了声学旅行时间TOMography (ATOM).
采用早期的反思和直接的声音路径来收集数据.
在气候室实验室进行测量,并提供相位移补偿数据.

主要成果:

该数据集提供了全面的室内空气温度测量.
通过收集的数据来评估ATOM系统的有效性.
包含了预放大器的相位移补偿数据.

结论:

ATOM技术为室内空气温度监测提供了一种新的方法.
该数据集是声学断层扫描和室内气候研究的宝贵参考资料.
这种非接触式方法适用于需要精确室内气候监测的应用.

关键词:

声学断层扫描仪声学断层扫描仪声学断层扫描仪早期的反思早期的反思室内气候室内气候室内气候阶段转移补偿金阶段转移补偿金房间的冲动反应响应.旅行时间测量旅行时间测量

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