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Application of GIS technologies to monitor secondary radioactive contamination in the Delegen mountain massif

机译:GIS技术在Delegen Mountain Massif中监测次级放射性污染的应用

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The territory of the Degelen mountain massif is located within territory of the former Semipalatinsk nuclear test site and it is an area of ecological disaster. Currently there is a process of secondary radioactive contamination that is caused by geodynamic processes activated at the Degelen array, violation of underground hydrological cycles and as a consequence, water seepage into the tunnels. One of the methods of monitoring of geodynamic processes is the modern technology of geographic information systems (GIS), methods of satellite radar interferometry and high accuracy satellite navigation system in conjunction with radioecological methods. This paper discusses on the creation of a GIS-project for the Degelen array, facilitated by quality geospatial analysis of the situation and simulation of the phenomena, in order to maximize an objective assessment of the radiation situation in this protected area.
机译:Degelen Mountain Massif的境内位于前塞米金思察核试验场的境内,是一个生态灾难的领域。目前存在次级放射性污染的过程,其由在Degelen阵列中激活的地球动力学过程引起的,侵犯地下水文循环,因此水渗入隧道。一种监测地球动力学过程的方法之一是地理信息系统(GIS)的现代技术,卫星雷达干涉测量方法和高精度卫星导航系统与放射性学方法相结合。本文讨论了对Degelen阵列的GIS项目的创建,通过质量的地理空间分析来促进了这种保护区的辐射情况的客观评估。

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