greenhouse thermal environment

基本解释

So, what we concern about is that if we can provide good light and thermal environment when we design greenhouse.
因此，能否为作物的生长发育提供一个良好的光照和温度环境一直是温室设计中所关注的主要问题。
A dynamic simulation of sun-light greenhouse thermal environment was made by using the heat transfer and bio-environmental engineering theory.
本研究运用传热学和生物环境工程学的理论，建立了日光温室热环境的动态数学模型。
Based on the balance of energy and mass of air, north wall, east wall, west wall, back roof, cover of sunlight greenhouse, a dynamic thermal environment model was built.
根据日光温室室内空气和北墙、东墙、西墙、后屋面、前屋面覆盖材料、土壤的能量和物质守恒原理，建立了日光温室热环境的动态数学模型。

温室热环境
Data analysis was carried out to complete the definition of the boundary conditions and the establishment of the CFD validation model. The greenhouse thermal environment under hot-blast heating was simulated employing the CFD model constructed before.
在实验分析的基础上完成了CFD验证模型的建立和模拟边界条件的设置，并对实验条件下的温室热环境进行了CFD数值模拟。