Disturbances of lower ionosphere above center of earthquake and anomaly in the global electromagnetic resonance signal. Part 1. Models of ionosphere by A. P. Nikolaenko, M. Khajakava

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Disturbances of lower ionosphere above the center of earthquake and anomaly in the global electromagnetic resonance signal. Part 2. Anomalies in the power spectra by A. P. Nikolaenko, M. Khajakava

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Model of local disturbance of lower ionosphere over the earthquake center and its effect on the global electromagnetic resonance signals by A. P. Nikolaenko, Ju. P. Galjuk, M. Khajakava

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Interpretation of observations of global electromagnetic resonance by ionosphere non-uniformity localized over the earthquake center by A. P. Nikolaenko, Ju. P. Galjuk, M. Khajakava

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Deviations of source bearing in the Earth–ionosphere cavity with the day–night non-uniformity by A. P. Nikolaenko, Ju. P. Galjuk, M. Khajakava

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Shift of antipode maximum of electric field in the resonator the earth–ionosphere cavity caused by day–night non-uniformity by Ju. P. Galjuk, A. P. Nikolaenko, M. Khajakava

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Comparison of exact and approximate solutions of the Schumann resonance problem for the knee conductivity profile by Ju. P. Galjuk, A. P. Nikolaenko, M. Khajakava

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Schumann resonances for conductivity profile of atmosphere with single bending by Ju. P. Galjuk, A. P. Nikolaenko, M. Khajakava

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Vertical profile of atmospheric conductivity corresponding to Schumann resonance parameters by A. P. Nikolaenko, Ju. P. Galjuk, M. Khajakava

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Schumann resonance background signal synthesized in time by I. G. Kudintseva, S. A. Nikolaenko, A. P. Nikolaenko, M. Khajakava

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Modifications of the middle atmosphere conductivity during sudden ionosphere disturbances and variations of Schumann resonance frequencies by I. G. Kudintseva, Ju. P. Galjuk, A. P. Nikolaenko, M. Khajakava

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