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The Environmental Monitoring Campaign of the Museum of the Faculty of Archaeology of the Sohag University (Egypt)

机译:索汉格大学考古学博物馆环境监测活动(埃及)

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This paper describes a complete solution to assess the environmental conditions and the atmosphere aggressiveness in a museum indoor environment. The monitoring system is based on a wireless network composed of small sensors, designed to satisfy the requirements for their employment in the Cultural Heritage field. The sensors are stand-alone devices able to measure temperature and relative humidity for long times, connected through a wireless link to a small receiver for routing data to a cloud system. Cloud data can be accessed from everywhere in real time through smart-phones and easily downloaded for further analyses. The proposed system also contains a set of reference specimens coated with a Cu nanostructured films deposited by plasma sputtering located close to the sensors to assess the atmosphere aggressiveness. The results of a monitoring campaign lasted for one year in the museum of the Faculty of Archaeology of the Sohag University in Egypt, are discussed.
机译:本文介绍了评估博物馆室内环境中的环境条件和大气侵略性的完整解决方案。 监控系统基于由小传感器组成的无线网络,旨在满足其在文化遗产领域的工作要求。 传感器是能够长时间测量温度和相对湿度的独立设备,通过无线链路连接到小型接收器,用于将数据路由到云系统。 云数据可以通过智能手机实时从中实时访问,并轻松下载以进一步分析。 所提出的系统还含有一组涂有由沉积的Cu纳米结构薄膜沉积的等离子溅射,靠近传感器,以评估大气侵略性。 讨论了埃及苏格兰苏文大学考古学博物馆持续了一年的监测活动的结果。

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