1) solar heating rate
太阳加热率
1.
It is found from the analyses that in summer troposphere,the solar heating rate decreases with height,and its magnitude and change rate are correlated with latitude,zenith angle and atmospheric state.
考虑不同纬度,不同大气状况下12个站点43个样本的太阳加热率和红外冷却率情况,分析发现:在夏季的对流层,太阳加热率随着距地面的高度增加而减小,它的大小及变化率与纬度、天顶角及当时大气的状况有关,同时,太阳加热率也存在日变化。
2.
With the help of the results,the solar heating rate and the infrared cooling rate were investigated,and some features of them were analyzed.
利用中分辨率辐射计算模式 (MODTRAN3)和青藏高原北部及其邻近地区格尔木、哈密、酒泉三站的探空资料 ,对各站点夏季太阳直接辐射、向下总辐射和净辐射进行了计算 ,并进一步计算了大气的太阳加热率和红外冷却率。
3) Heating of the solar wind
太阳风加热
4) solar heating
太阳能加热
1.
In this paper,a new type of residence(abbreviated as WEA house),with solar heating,earth cooling and air circulation,has been proposed.
提出了一种将太阳能加热、地下冷却和空气循环相结合的新型住宅 (简称为SEA住宅 )。
5) heater with solar energy
太阳能加热炉
1.
According the oil consumption statistic of 6 oil transporting stations along Qinjing oil & gas transportation pipeline and the theory of 'energy relay' & 'energy joint',the design and operation of the high-power heater with solar energy which can replace the traditional oil-burning heater are introduced.
根据秦京输油管线6座输油站的耗油统计,结合“能量接力”和“能量参合”理论,就原油长输管道大功率太阳能加热炉替代传统的燃油加热炉的设计及运行思路进行了介绍。
6) Solar Air Heating
太阳能空气加热
1.
Building Integrated Solar Air Heating (BISAH) which is also called Solarwall is a newconcept using solar energy to heat the fresh air to buildings.
太阳能墙的概念即太阳能空气加热与建筑一体化( BISAH)是利用太阳能进行建筑新风加热的全新概念。
补充资料：太阳加热式火箭发动机
利用太阳能直接加热工质(工作介质)产生动力的火箭发动机。太阳光经发动机上的抛物面反射镜聚焦，所获热能直接用以加热工质（如氢），经加热后的工质从喷管高速喷出产生推力。这种发动机的比冲可达 400～700秒，能长时间工作，尚处于研究阶段。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条