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Application of the Schumann Resonance Spectral Decomposition for the Analysis of Earth-Ionosphere Cavity Attenuation
Author(s) -
Ze Nieckarz,
Stanisław Zięba,
G. Michałek,
H Christian,
R Blakeslee,
D Boccippio,
W Boeck,
D Buechler,
K Driscoll,
S Goodman,
J Hall,
W Koshak,
D Mach,
M Stewart,
J Cooley,
J Tukey,
A Dai,
M,
A Kulak,
J Mlynarczyk,
M Ostrowski,
J Kubisz,
A Michalec,
Z Nieckarz,
D Kohl,
A Michalec,
S Ziba,
Z Nieckarz,
A Kuak,
J Mynarczyk,
S Ziba,
S Micek,
Z Nieckarz,
A Kuak,
J Kubisz,
S Kucjasz,
A Michalec,
J Mynarczyk,
Z Nieckarz,
M Ostrowski,
S Ziba,
V Mushtak,
E Williams,
Z Nieckarz,
Z Nieckarz,
S Ziba,
X Ouyang,
Z Xiao,
Y Hao,
D.-H Zhang,
W Schumann,
D Sentman,
B Turman
Publication year - 2019
Publication title -
publications of the institute of geophysics polish academy of sciences. c/publications of the institute of geophysics. c
Language(s) - English
Resource type - Journals
eISSN - 2299-8020
pISSN - 0138-0117
DOI - 10.25171/instgeoph_pas_publs-2019-005
Subject(s) - schumann resonances , attenuation , ionosphere , spectral analysis , resonance (particle physics) , physics , nuclear magnetic resonance , geophysics , optics , astronomy , atomic physics , spectroscopy

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