Study of Atmospheric Wave Processes Using a Muon Hodoscope

V. V. Borog, A. V. Gvozdev, and V. V. Dronov

Moscow State Institute of Physics and Engineering, Kashirskoe sh. 31, Moscow, 115409 Russia

Received December 9, 1997; in final form, July 3, 1998

Abstract—Characteristics of atmospheric wave processes simultaneously recorded with a pressure probe and
a muon hodoscope during thunderstorm activity occurring on May 6 and May 15, 1997 are given. In prestorm
periods, the frequency resolution of peaks in power spectra obtained with the muon hodoscope was found to be
about 2–3%, which is three times better than in spectra obtained with the pressure probe, and the recording con-
fidence was found to exceed 99.99%.

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