Observation of the Lamb wave created by the eruption of the Hunga volcano using cosmic rays detected by the HAWC observatory

A. Sandoval
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Abstract

The explosion of the Hunga volcano on January 15, 2022 created a pressure wave that circled the globe several times. The HAWC water Cherenkov detectors saw very clear variations in the count rate of particles from atmospheric showers for four passes of the pressure wave above the site in central Mexico, at 4,100 m altitude, being at a distance of 10,000 km from the volcano. Combined with the local pressure measurements we see a perfect anti correlation of the pressure profile with the count rate profile, but the barometric coefficient is different for the single particle count rate to that of the cosmic ray showers. The shape of the count rate variations for the first pass are different than the pressure variations at lower altitudes reported worldwide, but it agrees remarkable well with the barometric measurements done very close to the volcano in the Tonga island. For details see: https:/
利用HAWC天文台探测到的宇宙射线对亨加火山喷发产生的兰姆波的观测
2022年1月15日,亨加火山爆发,产生了环绕地球几圈的压力波。位于墨西哥中部,海拔4100米,距离火山1万公里,HAWC水切伦科夫探测器在压力波经过四次时,发现大气中粒子的计数率发生了非常明显的变化。结合局部压力测量,我们发现压力分布与计数率分布具有很好的反相关关系,但单粒子计数率的气压系数与宇宙射线阵雨的气压系数不同。第一次通过的计数率变化的形状与世界范围内报道的低海拔压力变化不同,但它与汤加岛火山附近的气压测量结果非常吻合。具体请参见:https:/
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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