Abstract

The results of the mathematical simulation of contaminant transport in the Selenga shallow waters of Lake Baikal during the development of the autumnal thermal bar are presented. Spatial distribution of contaminants under different wind scenarios are analyzed. Numerical experiments showed that the structure of the contour lines of the contaminant concentration depends on the wind direction when shallow waters cool.

中文翻译：

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风对秋季热棒期间贝加尔湖塞伦加浅水区污染物运移影响的数值模拟

摘要

给出了秋季热棒发展过程中贝加尔湖塞伦加浅水区污染物运移的数学模拟结果。分析了不同风况下污染物的空间分布。数值实验表明，当浅水冷却时，污染物浓度等高线的结构取决于风向。