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The Natural Waters and Aqueous Solutions Express-Identification as Element of Determination of Possible Emergency Situation

机译:天然水域和水溶液表达 - 鉴定为确定可能的紧急情况的元素

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The research paper contains the analysis of acts of natural and man-made emergency situations related to the deterioration of the water quality occurring in the world and in Ukraine. Significant losses of property and numerous human losses are known to be as a result of these situations. The main factors of the occurrence of the emergency situations are floods, accidents, mining and military actions. It is known that there is a lack of the express and reliable methods for identifying threats, detecting changes in the environment and timely preventing or liquidating the emergency situations. The method of the express analysis of aqueous solutions which involves measuring the conductivity of the investigated aqueous solutions and calculating the coefficient of identification is proposed. It is shown that the method is informative, simple, fast and environmentally safe. For example, at the Kupyansky landfill of solid waste in Kharkiv region (Ukraine) the electrical conductivity and coefficients of identification (K,J of water extracts of adjacent soils were experimentally obtained and investigated. It is established that they fluctuate in the range 90-1000 fiS (electrical conductivity) and 1-14 (K,J respectively, the maximum value of Srfor determining the electrical conductivity and calculating K,d does not exceed 4% for P = 0.95. This suggests that there is the heterogeneity of soil contamination in the researched positions and the diversity of the content of chemicals in them. As a danger factor,the soluble pollutants are supposed to be washed away from the landfill of waste materials. The possibility of using the natural waters and aqueous solutions express-identification methodfor determination of the emergency situations is shown.
机译:研究论文包含了与世界上水质和乌克兰发生的水质恶化的自然和人为紧急情况行为的分析。已知财产损失和众多人类损失是这些情况的结果。紧急情况发生的主要因素是洪水,事故,采矿和军事行动。众所周知,缺乏识别威胁的表达和可靠的方法,检测环境的变化以及及时预防或清算紧急情况。提出了涉及测量研究水溶液的导电性并计算识别系数的水溶液的表达分析方法。结果表明该方法是信息性的,简单,快速和环保的。例如,在哈尔科夫地区(乌克兰)的固体废物的Kupyansky垃圾填埋场(乌克兰)的电导率和鉴定系数(K,J的邻近土壤的水提取物的系数进行了实验和研究。建立它们在90-范围内波动1000 FIS(电导率)和1-14(分别为1-14(K,J,SR的最大值,用于确定导电性和计算K,D的P = 0.95的4%不超过4%。这表明土壤污染的异质性在研究的位置和化学物质含量的多样性中。作为危险因素,可以将可溶性污染物从废料的垃圾填埋场洗掉。使用天然水和水溶液的可能性表达识别方法显示了紧急情况的确定。

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