1998Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Observation and analysis of solar spectral radiation in solar eclipse at Mohe

J. M. Bai, Qinxin Kong

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Abstract

The observation data of solar UV, visible, IR and total radiation during the 9 March 1997 solar eclipse at Mohe have been analyzed, results are the following: during period of solar eclipse, variation trends of solar UV, visible, IR and total radiation were similar, their energy deficits and percentages of energy deficit increased area of the sun 's surface covered by the moon's umbra, and reached the maximum of the solar eclipse. The energy losses of solar UV, visible, IR and total radiation in solar eclipse were 0.09, 0.55, 0.72 and 1.28 MJ/m2, respectively. There were still good relationships among solar UV, visible, IR and total radiation during the solar eclipse.

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What this paper is about

The observation data of solar UV, visible, IR and total radiation during the 9 March 1997 solar eclipse at Mohe have been analyzed, results are the following: during period of solar eclipse, variation trends of solar UV, visible, IR and total radiation were similar, their energy deficits and percentages of energy deficit increased area of the sun 's surface covered by the moon's umbra, and reached the maximum of the solar eclipse. The energy losses of solar UV, visible, IR and total radiation in solar eclipse were 0.09, 0.55, 0.72 and 1.28 MJ/m2, respectively. There were still good relationships among solar UV, visible, IR and total radiation during the solar eclipse.

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Available abstract

The observation data of solar UV, visible, IR and total radiation during the 9 March 1997 solar eclipse at Mohe have been analyzed, results are the following: during period of solar eclipse, variation trends of solar UV, visible, IR and total radiation were similar, their energy deficits and percentages of energy deficit increased area of the sun 's surface covered by the moon's umbra, and reached the maximum of the solar eclipse. The energy losses of solar UV, visible, IR and total radiation in solar eclipse were 0.09, 0.55, 0.72 and 1.28 MJ/m2, respectively. There were still good relationships among solar UV, visible, IR and total radiation during the solar eclipse.

Key concepts: Solar eclipse, Eclipse, Radiation, Solar irradiance, Solar energy, Sunlight, Physics, Infrared

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