西伯利亚流星爆炸的地磁效应

S. Cherniakov
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引用次数: 0

摘要

人们早就知道流星的地磁效应,但迄今为止还没有得到一个完整的理论解释。本文利用SB RAS日地物理研究所伊尔库茨克地磁观测数据,研究了雅库特(2014年3月4日,21:29 UT)和哈卡斯(2016年12月6日)流星的破坏对地磁场的响应。对地磁场分量变化的分析表明,在伊尔库茨克地磁观测站地区,流星的穿越和爆炸伴随着几组地磁扰动的出现。它们的出现可能是由流星通过和破坏所形成的激波、内部重力和磁流体动力波的传播引起的。估计了这些波扰动的周期和它们从产生区域传播的速度。值得注意的是,地磁场中明显的波动现象产生周期超过10分钟的波,即具有重力模态。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Geomagnetic effects of siberian meteor explosions
The geomagnetic effects of falling meteors have been known for a long time, but so far they have not received a complete theoretical explanation. The paper considers the response of the geomagnetic field to the destruction of meteors in Yakutia (March 4, 2014, 21:29 UT) and Khakassia (December 6, 2016) according to the Irkutsk magnetic observatory data of the Institute of Solar-Terrestrial Physics SB RAS. The analysis of variations in the geomagnetic field components showed that the passages and explosions of meteors were accompanied by the appearance of several groups of geomagnetic disturbances in the area of the Irkutsk magnetic observatory. Their appearance can be caused by the propagation of shock, internal gravity and magnetohydrodynamic waves formed as a result of the passages and destructions of meteors. The periods of these wave disturbances and the velocities of their propagation from the generation regions are estimated. It is noted that noticeable wave manifestations in the geomagnetic field give waves with a period of more than 10 minutes, i.e. having gravity modes.
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