Abstract
Development of Information Triangulation Method for Prediction of Earthquake Center Zone Using Distributed Measurements of Emitted Electromagnetic Radiation
Highlights
Development of methods for prediction of earthquake attracted attention of many scientists [1]-[5]
The method is based on feature of amount of registered information to reach its maximum upon some condition regulating interrelation of major parameters of used distributed measuring system
Generated during preparation of earthquake process ULF electromagnetic emission could be detected by magnetometers
Summary
Development of methods for prediction of earthquake attracted attention of many scientists [1]-[5]. As it is noted in [6], development of simplified models to estimate expected electromagnetic radiation during earthquake process is important task. Generated during preparation of earthquake process ULF electromagnetic emission could be detected by magnetometers. According to [7], seismic events are preceded by increase of stress deep in Earth, and as a result, by generation of ultra-low frequency electromagnetic waves. At the Earth’s surface, it is resulted by ionization of air, which can be detected by animals.
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