论文标题
提供NBE VHF信号曲线和VHF相波传播速度的流媒体闪光的动力学计算
Calculation of the dynamics of the initiation of streamer flashes that provide the NBE VHF signal profile and the VHF phase wave propagation velocity
论文作者
论文摘要
在这篇授予Kostinkskiy等人的补充文章中。 （2020），我们评估了如何在〜1-3 US的时间范围内启动和同步大量流媒体闪光灯的开始，这些闪光灯可以提供强大的VHF信号。如Kostinskiy等人所述。 （2020），我们将假设由于“空气电极”（ETH-VOLUMES）的大量网络而出现流媒体闪光，该网络的数量在雷云的高度动荡区域中动态支持，直到广泛的空气淋浴（EAS）通过该区域。本文给出了第一个数值估计。在不久的将来，我们根据这些估算计划了单独的文章，我们将在其中更详细地介绍主要要点。
In this supplementary article to Kostinkskiy et al. (2020), we evaluate how it is possible to initiate and synchronize the start of a large number of streamer flashes, which can provide a powerful VHF signal, in the time range of ~1-3 us. As described in Kostinskiy et al. (2020), we will assume streamer flashes occur due to the voluminous network of 'air electrode' (Eth-volumes), the number of which is dynamically supported in highly turbulent regions of a thundercloud until an extensive air shower (EAS) passes through this region. The first numerical estimates are given herein. In the near future we plan a separate article based on these estimates, where we will present the main points in more detail.
