1988-2019年太阳风参数对伊拉克云量的影响

Anfal ALJeboury, Imad Al-Ibrahimi, Igor Kopytin
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摘要

众所周知,太阳及其现象一般对地球大气层,特别是对流层有影响,特别是在这个讲坛上,由于这一主题的重要性以及包括它在内的关于伊拉克的研究,很少有研究发现一些太阳风参数之间的关系,太阳的无线电通量,F10.7,1988年10月1日至2019年5月31日期间伊拉克上空的磁场DST和电场Ey及其对云量的影响。太阳风参数数据来自美国国家航空航天局(NOAA)的官方网站,而云量则来自伊拉克气象和地震监测总局的四个不同站点(摩苏尔和基尔库克代表北部地区,巴格达代表中部地区,巴士拉代表南部地区)。通过统计程序(Minitab 19.0)对数据进行统计分析,结果表明,除第24太阳周期下降的相位没有影响外,F10.7的影响总体相反。夏时制实际上是波动的,因为它在太阳周期24的总持续时间和下降阶段是相反的,它指向太阳周期23,不显示太阳周期22的影响,而电场Ey对总持续时间有直接影响,对太阳周期23的下降阶段有相反的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Effect of some Parameters of the Solar Wind on the Amounts of Clouds-Over Iraq for the Period (1988-2019)
It is known that the sun and its phenomena have an effect on the Earth's atmosphere in general and the troposphere in particular Especially from this pulpit and because of the importance of this topic and the studies that included it on Iraq, there were few studies to find the relationship between some The parameters of the solar wind are represented by (the radio flux of the sun, F10.7, the magnetic field DST and the electric field Ey) and their effect on the amounts of clouds above Iraq for the period 10/1/1988-31/5/2019. Solar wind parameters data were adopted from the official website of NASA (NOAA), at When clouds quantities were adopted from the Iraqi general authority for Meteorology and Seismic Monitoring for four different stations (Mosul and Kirkuk represent the northern region - Baghdad represents the central region - Basra represents the southern region. The data were statistically analyzed by the statistical program (Minitab 19.0), where the results showed that the effect of F10.7 is generally opposite, except for the phase descending from solar cycle 24 does not show an effect. DST is fluctuating in effect as it is reversed in the total duration and descending phase of the solar cycle 24 and is directed to the solar cycle 23 and does not show the effect of the solar cycle 22 While the electric field Ey has a direct effect for the total duration and an inverse effect with respect to the descending phase of the solar cycle 23.
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