基于聚芳烃分析的地下水圈自然和工艺过程识别

A. Khaustov, M. Redina
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摘要

本研究旨在探讨以聚芳烃为地球化学标记物,识别地下水圈污染成因的可能性。它们的标志作用是由于它们的毒性、持久性和对特定污染源以及自然和技术过程的限制。主要的研究方法是对聚芳烃的指示剂配比进行分析。研究对象是来自世界不同地区的地下水,这些地下水受到自然和人为的多芳烃污染。指出了国内外研究的主要方向和实施中存在的问题。指示剂比值的使用使地下水的热岩污染样品得以成功识别,并举例说明了聚芳烃作为地球化学标志的研究。聚芳烃是地下水圈污染成因的有效指标。然而,它们的分析需要使用现代的采样、样品制备和提取方法,这大大复杂化了实践中的研究。
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Polyarene analysis-based identification of natural and technogenic processes in underground hydrosphere
The purpose of the study is to analyze the possibility to identify the pollution genesis of the underground hydrosphere based on the data on polyarenes as geochemical markers. Their marker role is due to their toxicity, persistence and confinement to specific pollution sources and natural and technogenic processes. The main research method is the analysis of indicator ratios of polyarenes. The object of research is groundwater from different regions of the world, which are polluted by natural and anthropogenic polyarenes. The main directions of domestic and foreign researches as well as the problems of their implementation are shown. The use of indicator ratios enabled successful identification of pyro- and petrogenically polluted samples of groundwater also the examples of the study of polyarenes as geochemical markers were demonstrated. The polyarenes are shown to be an effective indicator of the pollution genesis in the underground hydrosphere. However, their analysis requires the use of modern methods of sampling, sample preparation and extraction, which significantly complicates research in practice.
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