High energy cosmic ray particles and the most powerful new type discharges in thunderstorm atmosphere
A.V.Gurevich, K.P.Zybin
TL;DR
This paper discusses how high energy cosmic rays trigger powerful atmospheric discharges and radio pulses, with theory aligning well with observations, highlighting potential for satellite and ground-based cosmic ray studies.
Contribution
It presents a comparison of RB-EAS theory with observational data, confirming the theory's validity and emphasizing the role of satellite and ground systems in cosmic ray research.
Findings
RB-EAS theory agrees with radio pulse observations
High energy cosmic rays induce powerful atmospheric discharges
Satellite and ground systems can effectively study cosmic rays
Abstract
The runaway breakdown -- extensive atmospheric shower discharge (RB - EAS) excited in thunderstorm atmosphere by high energy cosmic ray particles ( eV) generate very powerful radio pulse. The RB - EAS theory is compared with observations of radio pulses. An agreement between the theory and experiment is established. The existence of nowaday satellite and ground based systems which obtain regularly a large amount of observational radio data could allow to use them in combination with other methods for effective study of high energy cosmic ray particles
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