Tomáš Kopf's scientific contributions
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Publications (7)
This work has focused on issues from the fields of geophysics and geomechanics, using methods, approaches and experience from applied mechanics.
The introduction to the dissertation formulates the general hypothesis that the behaviour of the Earth’s crust is influenced by exogenous factors to a greater extent than has been previously thought. Based...
We present a new model of lithosphere-plates movement based on three pillars:
1) The thermoelastic wave, which was described first of all by Berger (1975),
2) The ratcheting mechanism, which was described for asphalt buckling and/or lithosphere evolution by J. Croll (2006, 2007), and
3) the solar irradiance energy, as quantified by IPCC (2007).
The...
The deformation measurement of rock mass in the depth and mathematical modelling solved the old question of Wegener0s theory “What is the main engine for the lithosphere movement?”.
The solar energy, which reaches the Earth, is two orders higher than the energy of all earthquakes and volcanoes.
Only a small part of the solar energy is accumulated i...
The deformation measurement of rock mass in the depth and mathematical
modelling solved the old question of Wegeneŕs theory "What is the
main engine for the lithosphere movement?". The solar energy, which
reaches the Earth, is two orders higher than the energy of all
earthquakes and volcanoes. Only a small part of the solar energy is
accumulated in...
Read more about the monograph and the related research in supplementary material.
Contents:
1. INTRODUCTION
2. EARTHQUAKE PREDICTABILITY / ACCIDENTALITY (Kalenda)
3. THEORY OF EXTERNAL FORCES (Neumann, Kalenda, Skalský, Kopf, Wandrol)
4. EXPERIMENTS WITH SEISMICITY AND TESTS OF EFFECTS (Kalenda, Málek, Skalský, Ostřihanský)
5. VERTICAL STATIC PEND...
Ukázka z úvodní kapitoly:
"V této knížce chceme ukázat, že predikce zemětřesení je možná, budeme prezentovat vlastní výsledky měření mikrodeformací masívu pomocí vertikálních statických kyvadel a na jejich základě ukážeme, jak by bylo možno predikovat místo, čas a magnitudo budoucího zemětřesení. Následující kapitoly proto budou na sebe volně nava...
Citations
... Only factual historical documents were consulted from variety of cases with reports of thermal, atmospheric, geochemical hydrothermal, acoustic, animal behavior, and electromagnetic phenomenon being observed before and during the seismic events. Other observational facts that have been widely reported include: (a) deformation precursors [Wyss et al., 1981;Mogi, 1985;Neresov and Latynina, 1992;Kalenda et al., 2012]; (b) geochemical precursors [Irwin and Barnes, 1980;Wakita, 1982;Zia, 1984;Gold and Soter, 1985;King, 1986;Thomas, 1988;Toutain and Baubron, 1998;Martinelli et al., 2000;Cicerone et al., 2009;Fu et al., 2015]; (c) thermal infrared [Qiang et al., 1991;Tronin, 1996;Tronin et al., 2002Tronin et al., , 2004Tramutoli et al., 2001Tramutoli et al., , 2005Ouzounov and Freund, 2004;Ouzounov et al., 2007;Saraf and Choudhury, 2005]; (d) latent heat [Cervone et al., 2002;Dey and Singh, 2003]; (e) earthquake clouds [Morozova, 1996;Guo and Xie, 2007;Doda et al., 2013]; (f) earthquake lights [Stothers, 2004;St-Laurent et al., 2006]; (g) jet stream [Wu, 2004;Wu et al., 2015]; (h) air temperature and humidity [Mil'kis, 1986;Dunajecka and Pulinets, 2005], and atmospheric pressure [Bokov, 2010]; (9) VHF signals Fujiwara et al., 2004]; (i) VLF signals Hayakawa, 2004Hayakawa, , 2011Rozhnoi et al., 2007]; (j) GPS associated total electron content (TEC) Pulinets et al., 2006b;Zakharenkova et al., 2006;Kon et al., 2010]. Ari Ben-Menahem (1995) warned the seismological community that: "Seismology has reached a stage where its lofty goals will not be reached by seismologists alone and unless we launch an interdisciplinary research and observational effort, we shall always be surprised by the next major earthquake." ...