Prediction of environmental safety dynamics and management for effective functioning of the natural-technical system

I. Bosikov, Klyuev Roman Vladimirovich
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Abstract

Background: Relevance of research. The mathematical model of a singularly perturbed system with a heterogeneous morphology of the underlying surface (hilly terrain overgrown with shrubs) is considered in the article. The distribution nature of the harmful substances in this ecosystem under these infringing factors is determined. Studies using mathematical modeling and system analysis are relevant at the present stage of development and environmental safety of society.
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预测环境安全动态和管理的有效运作的自然-技术系统
背景:相关性研究。本文考虑了下垫面(长满灌木的丘陵地形)形态不均匀的奇摄动系统的数学模型。确定了在这些侵害因子作用下,该生态系统中有害物质的分布性质。运用数学建模和系统分析的方法进行研究,是现阶段社会发展和环境安全的相关问题。
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