The radiative heating with the nonuniform cloud effect;
考虑辐射加热和不均匀的云量效应；
The vertical distribution of radiative heating is very similar to that of convective heating.
它的垂直分布特征和积云加热率相似。
Boundary surfaces were simultaneously exposed to both radiative heating and convective cooling.
外界辐射加热与对流冷却同时作用于边界表面。
The impacts of clouds on the radiative heating rate depend on the height and thickness of clouds.
云对沙尘层辐射加热(冷却)率的影响与云的高度和厚度有关。
The response of the horizontal wind fields on radiative heating from dust are different at different heights.
水平风场对沙尘的辐射强迫响应在不同高度上是不同的。
The atmospheric radiative heating and cooling rates are calculated when one layer high cloud or low cloud appears or two layers of cloud appear simultaneously in plain and plateau areas.
本文计算了冬、夏两季在平原和高原地区分别有低云、高云和当高、低云同时出现时的短波辐射增热率，长波辐射冷却率以及高低云之间的相互影响。
Radiative effects of dust aerosol impacted the solar radiation flux arrived the floor, solar heating rate, temperature, wind, and the physic quantity of boundary layer.
沙尘辐射效应影响到达地面短波辐射量、短波辐射加热率、温度、风及边界层特征量等的变化。
The measured solar-to-fuel energy conversion efficiency — defined as the heating value of the fuel produced divided by the solar radiative power input — reached 0.8 per cent.
测量的太阳能与燃料转换效率（产生的燃料加热值与太阳辐射输入功率之比）达到 0.8%。
In this paper, the Monte Carlo method of radiative calculation is used to compute the unevenness of irradiation of a set of heating tube to food's plate in a oven.
本文采用蒙特卡洛(Monte—Carlo)辐射计算方法、计算了食品烤箱内一组管状加热元件对食品托盘的辐照度不均匀性。
The performances of the solar heating and radiative cooling system were measured under typical sunny day and cloudy day.
实验系统测试了典型晴天和多云天气条件下太阳能集散热辐射板系统的性能。
These panels can be used as building roofs and fa? Ades or components of roofs and fa? Ades. The solar heating and radiative cooling system experimental setup was established.
太阳能集散热辐射板可以作为建筑立面或屋顶或者建筑构件使用，实现太阳能利用技术装置与建筑外围护结构的完美结合。
These panels can be used as building roofs and fa? Ades or components of roofs and fa? Ades. The solar heating and radiative cooling system experimental setup was established.
太阳能集散热辐射板可以作为建筑立面或屋顶或者建筑构件使用，实现太阳能利用技术装置与建筑外围护结构的完美结合。
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