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    The Heat and Mass Transfer Mathematical Model of the Solid Rotary Absorption Refrigeration Cycle by Solar Energy
    太阳能驱动的固体转轮吸附式制冷循环的传热传质数学模型
    Heat transfer influenced by containing water in wet soil
    湿土壤含湿特性对传热影响研究
    THREE-DIMENSIONAL HEAT TRANSFER MODEL AND EXPERIMENTAL ANALYSIS OF U-PIPE HEAT EXCHANGER
    U型管埋地换热器三维传热模型及实验对比分析
    Study on Heat Transfer Performance of CPC Heat Pipe Evacuated Tubular Collector
    CPC热管式真空管太阳能集热器传热特性的研究
    System Design and Experimental Research on Molten Salt Heat Transfer and Thermal Storage for Concentrating Solar Utilization
    太阳能高温熔盐传热蓄热系统设计及实验研究
    After comparing experimental value and estimative value, we deduce that theoretic transfer heat model accords with actual condition, so we can estimate the heat performance of HHCHP by theoretic calculation formula.
    同时建立了蜂窝热管平板式太阳能热水器的理论传热模型,通过对实验值和理论值的比较,得出进行简化后的理论模型在一般情况下与实际的情况是符合的,因此可以用理论计算公式对蜂窝热管平板式太阳能热水器的热性能进行估算。
    Based on the above study, a three-dimensioned unsteady heat transfer model of U-type UCHE was established, which took different thermal properties of soil layers and groundwater flow into account.
    在上述研究基础上,围绕埋地换热器与周围土壤的换热过程,考虑沿深度方向土壤层之间热物性的不同以及地下水流动等因素,建立了垂直U型埋地换热器三维非稳态数值传热模型。
    The heat receiver cavity radiation mathematical model and the gas tube heat model were established.
    建立了太阳能热动力发电系统吸热器腔体辐射模型 ,结合换热管的传热模型计算了吸热器的传热过程。
    It is necessary to research the kinetic performance,direct contact heat and mass transfer,induce time and nucleation for the development of natural gas hydrate storage and transportation techniques.
    在紊流扰动下的水合物制备工艺技术发展中 ,探索和研究此强化措施下的水合物制备过程热动力学、直接接触传热传质、诱导时间、晶核形成等问题对天然气水合物储运技术的发展具有重要作用
    Steady-state wet soil experiments were carried out to study the effect of the soil humidity on the temperature and the capacity of heat exchanged.
    土壤含水静态传热实验,目的在于探讨土壤含湿程度对传热能力的影响,以及地下含水程度对换热区域换热性能的影响。
    The influences of groundwater advection to heat transfer process and different soil property to the soil temperature field around the single U-tube underground heat exchanger were analyzed.
    分析了土壤中水的渗流对传热过程的影响,并对考虑渗流作用时不同土壤物性对单根U型垂直埋管换热器周围土壤温度场进行了模拟计算与分析。
 

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