The method of simulation and separation of direct and diffuse solar radiation intensity is investigated.
探讨了太阳直射辐射强度、散射辐射强度的模拟及分离方法。
Fourth, the Tropic of Cancer runs through Yunnan, solar radiation intensity, Ganoderma lucidum obtained more energy from the sun;
北回归线贯穿云南，太阳辐射强度大，灵芝从太阳获得的能量多；
The results indicated that the solar radiation intensity under the rubber crown canopy was reduced along with the intercropping layer added.
结果表明，随着林内层次的增加，林内太阳辐射量急剧减少；
In this thesis, the basic theory of the wind power utilization and the theoretical computational method of solar radiation intensity were analyzed.
本文分析了风能利用的理论基础和太阳能辐射强度的理论计算方法。
Presents gray system method to analyse building thermal process. Proposes gray models for solar radiation intensity and the change of outdoor air temperature.
提出用灰色系统方法来分析建筑热过程的非确定性，给出太阳辐射照度和室外空气温度变化的灰色模型。
The O3 concentration has close relationship with the solar radiation intensity and reaches to the maximum at 14:00 almost and decreases on night for the deoxidization reaction on each layer.
O3浓度与太阳辐射强度关系密切，各层均在正午14时前后达到最大，而夜间的还原反应使各层臭氧浓度下降。
This indicates that, besides solar angle, time and intensity of radiation, the height of trees is also an important factor that influences thermal effects of vertical thermal active surface of edges.
显示了林窗边缘壁面的热力效应除与太阳高度角、太阳辐射的时间长短和强度有关之外，林窗边缘树木高度也是不可忽视的因子。
Because of rotation and revolution of the earth, solar ultraviolet radiation intensity varies in diurnal and annual periodic.
由于地球自转和公转的原因，太阳紫外线辐射强度呈现出以一年和一天为周期的规律性变化。
The precipitation in Hanyuan was mainly controlled by the change of the Indian monsoon intensity under the influence of solar radiation.
汉源地区的降水主要受控于太阳辐射影响下的印度季风强度的变化。
The model is employed to determine the radiative flux properties and the intensity distribution of cirrus for both solar and thermal infrared radiation.
文中用这种模式计算了太阳短波以及地球红外热辐射通过卷云时的辐射通量传输性质以及方位平均强度的分布。
Objective: To analyze the intensity and dose of solar and UVR radiation of Shenyang in 2006.
前言：目的：分析研究2006年沈阳市太阳及紫外线辐射强度和剂量及其影响因素。
In daytime, with the strong solar radiation, the inversion structure is destroyed soon, and the UHI intensity decreases rapidly.
但白天，随着太阳短波辐射的加强，逆温结构很快被破坏，城市热岛强度也迅速减弱。
In daytime, with the strong solar radiation, the inversion structure is destroyed soon, and the UHI intensity decreases rapidly.
但白天，随着太阳短波辐射的加强，逆温结构很快被破坏，城市热岛强度也迅速减弱。
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