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Theoretical study of the IR thermal model of natural backgrounds by using the temperature-moisture coupling theory

机译:用温度 - 湿度耦合理论实现自然背景IR热模型的理论研究

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In this paper, on the basis of temperature-moisture coupling theory, a system of energy and moisture equations are determined and solved for average surface temperature and moisture. Simulated vs measured radiometric diurnal average surface temperature of the soil correspond within 2$DGR@C, which show that the theoretical model is able to simulate exactly the variation of the soil surface temperature and moisture with the type of the soil material and the environmental conditions.
机译:本文基于温度 - 湿度耦合理论,确定并解决了平均表面温度和水分的能量和水分方程系统。模拟VS测量的土壤的辐射差异昼夜平均表面温度对应于2美元的DGR @ C,这表明理论模型能够精确地模拟土壤表面温度和水分的变化与土壤材料的类型和环境条件的类型。

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