利用巨大的太阳炉作为天文望远镜

Yasser A Abdel Hadi, Y. Sobirov, Ssh Makhmudov SSH Makhmudov
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引用次数: 0

摘要

在2008年8月1日的日偏食期间,在乌兹别克斯坦帕克肯特的乌兹别克斯坦科学院材料科学生产协会“物理-太阳”研究所的大太阳炉(BSF)上研究了日全食对太阳能聚光器性能的影响。发现太阳辐射在前半小时急剧下降,从15:00时的500 W/m2下降到15:35时的几瓦/m2,然后开始逐渐增加,直到17:08时达到370 W/m2左右。通过测量在日食期间炉子集中的辐射的加热功率来测试BSF焦点中的热量分布。在日食过程中,采用跟踪太阳运行轨迹的方法得到了热能分布轮廓。BSF在日食过程中不存在焦点发散,光斑结构无明显变化。展示了使用兆瓦功率的大型太阳炉作为天文望远镜的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Using the big solar furnace as an astronomical telescope
The effect of the total solar eclipse on the performance of the solar concentrator is studied on the Big Solar Furnace (BSF) in the Institute of Material Science Scientific-Production Association "Physics-Sun", Academy of Sciences of Uzbekistan at Parkent of Uzbekistan during the partial solar eclipse of August 1, 2008. It is found that the solar radiation decreased dramatically in the first half an hour from 500 W/m2 at 15:00 to a few Watts per squared meters at 15:35, while it began to increase gradually until reaching about 370 W/m2 at 17:08. The distribution of the heat in the focus of the BSF is tested by measuring the heating power of radiation concentrated by the furnace during that eclipse. Heat energy distribution contours are obtained in the mode of tracking the trajectory of the sun during the eclipse. The divergence of the focus during the eclipse of the BSF doesn't exist and the structure of the spot has no significant change. The possibility of using the Large Solar Furnace of megawatt power as an astronomical telescope is shown.
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