Extreme thunderstorm ground enhancements registered on Aragats in 2023

We present the catalog of thunderstorm ground enhancements (TGEs) collected by 24/7 monitoring of various particle fluxes, environmental parameters, and near-surface electric fields on the slopes of Mt. Aragats in Armenia in 2023. Previously, we published in Mendeley the catalog of TGE events registered in 2013-2022. In the posted dataset are shown 12 parameters of 55 TGEs observed in 2023. From the links to each TGE event, all multivariate measurements from the hundreds of registration channels are available. We present our measurements on a user-friendly site, allowing further correlation analysis by colleagues worldwide. The users are provided with multivariate data to continue the research and come to new interesting physical results. The survey of TGE physics and TGE selection procedure users can be found in the paper attached to the dataset, the details of Aragats station facilities, and data analysis methods in the WiKI section of ADEI, accessible from links in the dataset.

EXEL file description: TGE dataset for 2023

In the first column of the table, we put the date of the TGE. In the second - the links to the TGE picture at the ADEI data analysis platform. From these links whole database with hundreds of measuring channels operated from 2008 (in 2008-2013 without electric sensors and weather stations) is available. In the third to fifth columns of the table, we show the TGE significance - the percent of flux enhancement relative to fair weather value measured just before TGE. 3 particle detectors were used, plastic scintillators with 1 m2 area and thicknesses of 1,3 and 5 cm. In the sixth and seventh columns, we post the outside temperature and the dew point. In the eighth column, we show the distance to the cloud base in meters. In the ninth column, we show the strength of the near-surface electric field (NSEF) measured on the maximum of the TGE by the EFM-100 sensor of BOLETEK company. In the tenth column, we post the minimum and maximum NSEF values measured during TGE. In the eleventh column, we show the distance to the nearest lightning flash that occurred during TGE. In the twelfth column, we put the code 1 if a lightning flash abruptly terminated TGE and 0 if it didn’t. In the 13th column is the time of the TGE start, and in the 14th is - the TGE duration.

本报告呈现了2023年于亚美尼亚阿拉加茨山麓对各类粒子通量、环境参数及近地表电场进行的全天候监测所收集到的雷暴地面增强（TGEs）目录。此前，我们已在Mendeley平台发布了2013至2022年间记录的TGE事件目录。本发布的数据集中展示了2023年观测到的55个TGE事件的12个参数。通过每个TGE事件的链接，用户可获取来自数百个监测通道的多变量测量数据。我们通过一个便于用户使用的平台呈现我们的测量结果，以供全球同仁进行进一步的关联分析。用户可获得多变量数据，以持续研究并得出新的有趣物理结果。关于TGE物理学和TGE选择程序的调查，以及阿拉加茨站设施细节和数据分析方法，可在数据集附件中的论文、ADEI网站的WiKI部分找到，相关链接已包含在数据集中。

EXEL文件描述：2023年TGE数据集

在表格的第一列中，我们列出了TGE的日期。第二列提供了至ADEI数据分析平台TGE图片的链接。通过这些链接，用户可访问自2008年（2008至2013年无电传感器和气象站）运行的完整数据库。在表格的第三至第五列中，我们展示了TGE的重要性——相对于TGE前测量的晴好天气值的通量增强百分比。使用了3个粒子探测器，面积为1平方米、厚度为1、3和5厘米的塑料闪烁体。在第六和第七列中，我们发布了室外温度和露点。在第八列中，我们展示了云底距离（单位：米）。在第九列中，我们展示了使用BOLETEK公司EFM-100传感器在TGE最大值时测量的近地表电场（NSEF）强度。在第十列中，我们发布了TGE期间测量的NSEF的最小值和最大值。在第十一列中，我们展示了TGE期间发生的最近雷击距离。在第十二列中，如果雷击突然终止TGE，则代码为1，如果没有，则代码为0。在第十三列中是TGE的开始时间，在第十四列中是TGE的持续时间。