solar radiation

1. The model successfully reproduced what scientists have observed happening in the upper atmosphere during changes in solar radiation.
   模型成功重现了在太阳辐射变化时，科学家已经在高层大气观测到的状况。
2. Variation Characteristics of Atmospheric Aerosol Optical Depth and Solar Radiation in Lanzhou during 1960-2003
   兰州1960&2003年大气气溶胶光学厚度和太阳辐射变化特征
3. The reason for this change, scientists say, is that there is less ice to reflect solar radiation.
   科学家称，出现这种变化是因为反射太阳辐射的海冰减少了。
4. These events are associated with changes in ocean circulation, solar radiation and volcanism.
   这些现象同海洋循环、太阳辐射以及火山活动有关。
5. Black carbon absorbs solar radiation, warming the atmosphere.
   炭黑吸收阳光辐射，让大气增温。
6. In addition to natural variations in solar radiation, greenhouse gases such as carbon dioxide and aerosols such as soot can have an impact on the summer monsoon.
   除了太阳辐射的自然变化之外，二氧化碳之类的温室气体和烟灰之类的气溶胶也可能对夏季季风有影响。
7. The solar radiation distribution on evacuated tube collector with flat reflector is analyzed by geometric method.
   采用几何解析的方法，对带平面反射板的真空集热管的圆周方向能流分布进行分析。
8. According to characteristic of concrete box water bridge thermal boundary, temperature conic distributing is given by solar radiation.
   根据混凝土箱形输水桥的温度边界特点，给出了箱形输水桥日照温差二次曲线分布形式；
9. Solar radiation is one of important factors to influence energy consumption of high rise buildings in Guangzhou.
   太阳辐射是影响夏热冬暖地区高层建筑能耗的重要因素。
10. Study on intensification of solar radiation absorption of building exterior surface on "urban heat island effect";
    此外，对比分析了冬季强热岛和弱热岛的特征及其气象影响因子。
11. Solar selective coatings absorb most solar radiation while simultaneously suppressing the thermal emittance loss from coating surfaces.
    太阳能选择性吸收涂层将大部分的太阳能都利用起来，而且同时减少涂层中的热损失。
12. The data of solar radiation in the table were the average of forenoon and afternoon.
    表中光照度数据为上午和下午两次观测值的平均值。
13. Unit of solar radiation.
    太阳辐射能通量单位。
14. Like concentrating photovoltaic concentrators, these technologies use only direct-beam sunlight, rather than diffuse solar radiation.
    喜欢集中光电伏打浓缩器，这些技术使用只有直接-光线日光，并非漫射太阳的放射线。
15. The basic concept of solar radiation measurement and the development background of sun-photometers axe presented in this paper.
    本文简要介绍了太阳辐射测量的基本概念和太阳辐射计的发展背景。
16. Slopes orientated differently receive direct solar radiation in different amounts.
    朝向不同的山坡接收到的直接太阳辐射量是不同的。
17. Some CO2 remains in the atmosphere for thousands of years, where it absorbs solar radiation.
    一些继续留在大气中吸收太阳辐射，一呆就是几千年；
18. Analyze the direct solar radiation on the satellite's external surface, and educe an expression of the radiation;
    对卫星外表面接收的太阳直接辐射进行理论分析，得出计算表达式；
19. The solar constant includes all types of solar radiation, not just the visible light.
    太阳常数包括所有类型的太阳辐射，而不仅仅是可见光。
20. Acceptance throughout the global solar radiation, according to how much can be divided into five regions nationwide.
    根据各地接受太阳总辐射量的多少，可将全国划分为五类地区。
21. The paper presents a discussion on the characteristics of the solar radiation intensity and solar radiation absorption coefficient.
    介绍了影响混凝土结构温度效应的太阳辐射强度和太阳辐射吸收系数的一般特性。
22. Design and Implementation of the Solar Radiation Energy Measurment System Based on Virtual Instrument
    测量太阳辐射能虚拟仪器的设计和实现
23. The prediction of solar radiation and humidity ratio is also discussed.
    本文还讨论了太阳辐射和含湿量的预测。
24. On Earth, solar radiation is obvious as daylight when the sun is above the horizon.
    在地球上，太阳辐射是显而易见的白天当太阳在地平线以上。
25. Of the solar radiation which reaches the earth, one third is reflected back into space;
    到达地球的太阳光线，有三分之一被反射回太空，剩下的被地面、生物、海洋、冰盖和大气吸收。
26. This is a direct use of solar radiation to decompose water hydrogen which called light-chemistry conversion way.
    这是一种利用太阳辐射能直接分解水制氢的光-化学转换方式。
27. According to the study, the monsoon responds primarily to changes in summer solar radiation in the Northern Hemisphere.
    研究发现，北半球的太阳辐射能量是影响季风的最主要因素。
28. The quiescent level of centimeter wave-length solar radiation.
    厘米波长的太阳辐射的静止水平。
29. Does the troposphere and stratosphere absorb solar radiation?
    对流层和平流层会吸收太阳辐射吗？
30. It is found that the thermophysical properties of material, environment temperature and solar radiation are main factors, which influences the temperature changes on the insulator surfaces.
    研究结果表明，材料的热物性参数、环境温度和太阳辐射是外绝缘材料表面温度变化特性的主要影响因素。

noun

1. radiation from the sun