DEVELOPMENT OF A THERMOMETRIC WELL ON A SITE WITHOUT SNOW AND VEGETATION COVER OF THE MSU METEOROLOGICAL OBSERVATORY

A. Koshurnikov, V. Gagarin, Denis Frolov, G. Rzhanitsyn
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Abstract

The paper presents meteorological features in Moscow in the fall of 2023 and the first results of drilling and constructing a thermometric well in an open area without snow and vegetation cover at the Moscow State University meteorological observatory through the extraction of core samples from the well. Information is given on the moisture content, thermal conductivity and heat capacity of the soil, as well as the freezing temperature of the soil. Information is also provided on soil thermometry and the depth of seasonal freezing. All materials for thermophysical modeling of soil temperature have been collected and prepared
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在 MU 气象观测站无积雪和植被覆盖的地点开发测温井
本文介绍了 2023 年秋季莫斯科的气象特征,以及在莫斯科国立大学气象观测站无积雪和植被覆盖的空旷地带钻探和建造测温井并从井中提取岩芯样本的初步成果。文中提供了有关土壤含水量、热传导率和热容量以及土壤冻结温度的信息。此外,还提供了有关土壤测温和季节性冻结深度的信息。土壤温度热物理模型的所有材料均已收集并准备就绪
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