Simulation of Solar Energy Use in Livelihood of Buildings

机译：建筑物生计的太阳能使用模拟

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Solar energy can be considered as the most technological and economical type of renewable energy. The purpose of the paper is to increase the efficiency of solar energy utilization on the basis of the mathematical simulation of the solar collector. A mathematical model of the radiant heat transfer vacuum solar collector is clarified. The model was based on the process of radiative heat transfer between glass and copper walls with the defined blackness degrees. A mathematical model of the ether phase transition point is developed. The dependence of the reservoir walls temperature change on the ambient temperature over time is obtained. The results of the paper can be useful for the development of prospective sources using solar energy.

机译：太阳能可被视为可再生能源最具技术和经济性的类型。本文的目的是基于太阳能收集器的数学模拟来提高太阳能利用效率。澄清了辐射传热真空太阳能收集器的数学模型。该模型基于玻璃和铜壁之间的辐射传热过程，具有限定的黑度度。开发了醚相转变点的数学模型。储存壁温度变化随时间随时间的温度变化的依赖性。本文的结果可用于使用太阳能的前瞻性来源的开发。

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《International Conference on Construction, Architecture and Technosphere Safety》|2017年|682-1360 p.|共6页
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I Ya Lvocich; A P Preobrazhenskiy; O N Choporov;
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中图分类工程材料学;
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Simulation of Solar Energy Use in Livelihood of Buildings

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