Wintertime Surface Heat Exchange for the Inner Mongolia Reach of the Yellow River,Journal of the American Water Resources Association

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Wintertime Surface Heat Exchange for the Inner Mongolia Reach of the Yellow River
Journal of the American Water Resources Association ( IF 2.4 ) Pub Date : 2020-03-20 , DOI: 10.1111/1752-1688.12831
Shuixia Zhao _{1,

2} , Hung Tao Shen ₃ , Xiaohong Shi ₂ , Changyou Li ₂ , Chao Li ₂ , Shengnan Zhao ₂

Affiliation

This study analyzed the wintertime surface heat exchange for the Inner Mongolia reach of the Yellow River, China, based on the data from the nearby weather station at Wulateqianqi. In this analysis, the solar radiation is based on the observed data. Other components of the surface heat flux, that is, long‐wave radiation, and evaporative and conductive heat fluxes, are calculated. The relative importance of the contributions of long‐wave radiation, conductive, and evaporative heat fluxes are in descending order. The air temperature is the most important meteorological factor to the total heat flux. Although the wind speed influences evaporative and conductive heat fluxes, it has the least correlation with the total heat budget. The heat exchange coefficient for the linearized surface heat exchange equation is 21.87 W/(m² °C), which is comparable with published values in the regions of United States and Canada with similar latitudes.

更新日期：2020-03-20

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