System Feasibility of Transient Luminous Events Observation at the Summit of Mt. Fuji

Suzuki Tomoyuki, Kamogawa Masashi
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Abstract

. We conducted a summer observation campaign of transient luminous events (TLEs) in 2019 at the summit of Mt. Fuji. A newly developed color full-HD remote camera system, monochrome charge-coupled device (CCD) cameras, and the receiver of very low frequency (VLF) band lightning detection system operated by Blitzortung.org were installed there. During the observation period, we obtained many events of the parent thunderstorm associated with lightning strikes identified by Blitzortung.org and the color optical flash image. Moreover, a sprite (one of TLEs) and the sprite-producing strike were detected by a monochrome CCD camera and Blitzortung lightning detection network, respectively. It was reasonable to estimate the location of lightning strikes in the Kanto area of Japan using Blitzortung.org. The results show that the observation system at the Mt. Fuji is feasible to promote the TLEs study.
富士山山顶瞬态发光事件观测系统的可行性
. 2019年,我们在富士山山顶进行了夏季瞬态发光事件(TLEs)观测活动。在那里安装了新开发的彩色全高清远程摄像系统、单色电荷耦合器件(CCD)摄像机和由Blitzortung.org运营的甚低频(VLF)波段闪电探测系统接收器。在观测期间,我们获得了Blitzortung.org识别的与雷击有关的母雷暴的许多事件和彩色光学闪光图像。此外,利用单色CCD摄像机和闪电战雷电探测网络分别探测到一个精灵(TLEs中的一个)和产生精灵的打击。使用Blitzortung.org估计日本关东地区雷击的位置是合理的。结果表明,在富士山建立观测系统对推进TLEs研究是可行的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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