对符拉迪沃斯托克内部建筑环境质量的洞察。第一部分:研究住宅处所的本底辐射

V. Drozd, V. Temchenko, Yu. V. Chubov, V. Kustov, K. Golokhvast
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介绍。本文讨论了在符拉迪沃斯托克的公寓建筑的住宅处所的本底伽马辐射。本研究基于前期对病态建筑综合征(SBS)的研究工作,证明了其高度相关性。研究的重点是在符拉迪沃斯托克的公寓建筑的住宅场所的本底伽马辐射强度。野外实验过程中获得的新数据、分析的规模、涉及住宅辐射强度及其监测的实质性问题,保证了本研究项目的新颖性。这些发现在处理环境安全方面也具有实用价值。材料和方法。现场测试以背景伽马辐射测量的形式进行,这些测量是在不同时间、不同材料建造的多功能公寓大楼中进行的。本节载有分析资料,说明在本研究项目的框架内,公寓建筑物的位置对公寓内的本底辐射没有影响。根据所使用的建筑材料,测量结果表示一系列值。从测量结果中得出了基于住宅建筑运行时间的主要规律,具有重要的实际意义。建筑参数对公寓内背景辐射的影响模式可以用来评估住宅建筑的状况。背景辐射信息可以输入到BIM数据库中,用于制定建筑和城市基础设施的设计方法,使其以居民和用户为中心。背景辐射研究结果进入数据库,并为根据城市居民需求定制的设计算法做出贡献,这将使设计师能够预测生活环境的整体质量,包括本文分析的建筑环境和位于符拉迪沃斯托克附近的其他建筑物和结构。
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An insight into the quality of internal built environment in Vladivostok. Part 1: Studying background radiation in residential premises
Introduction. The article addresses background gamma radiation in residential premises of apartment buildings in Vladivostok. This study is based on earlier research undertakings focused on the sick building syndrome (SBS), which proves its high relevance. The research is focused on the intensity of background gamma radiation in the residential premises of apartment buildings in Vladivostok. New data obtained in the course of the field experiments, the scale of their analysis, the coverage of substantive issues concerning radiation intensity and its monitoring in residential buildings guarantee the novelty of this research project. These findings also have a practical value that deals with environmental safety. Materials and methods. Onsite examinations were conducted in the form of background gamma radiation measurements taken in versatile apartment buildings, built at different times and made of different materials. Results. This section contains analytical information about the lack of influence of the location of apartment buildings on background radiation inside the apartments examined within the framework of this research project. Measurement results represent a range of values depending on construction materials used. Principal regularities, derived from the measurement results, are based on the time of operation of residential buildings, which is of practical importance. Conclusions. Patterns of influence of building parameters on background radiation inside apartments allow to assess the condition of residential buildings. Background radiation information can be entered into BIM databases and used to formulate the approach to the design of buildings and urban infrastructure so that they were focused on their residents and users. Background radiation research findings, entered into the database and contributed to design algorithms which are customized to the needs of urban residents, will enable designers to project the overall quality of the living environment encompassing the built environment analyzed in this article and other nearby buildings and structures located in Vladivostok.
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