| 1. | 24 - hour time series of 1 - minute total global solar radiation
每分钟太阳总辐射量的二十四小时时间序列 |
| 2. | Mean daily global solar radiation
平均每日太阳总辐射量 |
| 3. | Must be balanced by net output of infrared radiation . about a third 103 wm
太阳总辐射量240瓦每平方米和红外线的释放量应要均等。 |
| 4. | Must be balanced by net output of infrared radiation . about a third ( 103 wm
太阳总辐射量( 240瓦每平方米)和红外线的释放量应要均等。 |
| 5. | By now , two solar cycles of data have been acquired . the answer to the above question is a definite yes
迄今，科学家已获得为时两个太阳周期的数据，证实太阳总辐射量确实与其活动有关。 |
| 6. | Urbanization also results in reduction in visibility , increase in cloud amount and decrease in global solar radiation in hong kong
城市化亦令香港能见度显著降低云量增多及太阳总辐射量减少。 |
| 7. | Potential evapotranspiration : measurements of potential evapotranspiration are made for three turfed plots at king s park . global solar radiation
太阳总辐射：太阳总辐射量是在京士柏气象站量度的。 |
| 8. | The intriguing historical events raise one natural question : does the total solar radiation output solar irradiance really correlate with solar activity
这些历史事件带出了一个耐人寻味的问题-太阳的总辐射量太阳辐射度是否真的与太阳活动有关呢？ |
| 9. | In contrast , high - altitude organic haze absorbs incoming sunlight and reradiates it back into space , thereby reducing the total amount of radiation that reaches the surface
相对之下，高纬度区的有机霾吸收入射的日光，并将其再辐射回太空中，使地表接受的总辐射量因而降低。 |
| 10. | Both the increase in the concentration of suspended particulates and the increase in cloud amount would reduce the amount of solar radiation reaching the surface . at the king s park station , the observed global solar radiation decreased from the mid - 1960s to the mid - 1980s , and at a slower rate subsequently
空气中悬浮粒子浓度及云量的增加同样会导致地面所接收的太阳辐射量下降，在京士柏站观测到的太阳总辐射量在六十年代中期至八十年代中期明显减少，其后减少相对地缓慢，整个40年期间平均每日太阳总辐射量每10年减少了每平方米1 |
