Podrobnosti záznamu

   Janský, Jaromír
Autor článku
   Comprehensive geophysical research of the seismogenic western part of the Bohemian Massif
   Computation of ray amplitudes in radially inhomogeneous media with sloping Earth surface
   Determining a 1-D velocity model of the uppermost crust from P and S arrival times using the neighbourhood algorithm: synthetic test
   Discussion of the features of synthetic amplitude - distance curves of teleseismic P waves for global Earth models
   Efficiency of individual CRL stations in seismic monitoring of the western Gulf of Corinth
   Grid search hypocentral location method in simple 1-D media
   Homogeneous velocity models of the West Bohemian swarm region obtained by grid search
   Influence of some WEBNET stations on location of earthquakes in West Bohemian subregions Nový Kostel and Lazy
   A layered model of the upper crust in the Aigion region of Greece, inferred from arrival times of the 2001 earthquake sequence
   Layered velocity models of the Western Bohemia region
   One-dimensional qP-wave velocity model of the upper crust for the West Bohemia/Vogtland earthquake swarm region
   Reinterpretation of the travel times of P waves generated by quarry blasts in Western Bohemia
   Relocation of earthquakes in West Bohemian/Vogtland subregions Lazy, Klingenthal and Plesná using the Master event method
   Relocation of the 2001 earthquake sequence in Aegion, Greece
   Seismic measurements along short profiles in western Bohemia during the Celebration 2000 experiment
   Seismic regime of the West-Bohemian earthquake swarms region
   Seizmický režim západočeské oblasti zemětřesných rojů
   Shallow earthquakes: Shallower than expected?
   Some aspects of the application of the Wiechert-Herglotz method to refraction data from Western Bohemia
   Station correction of PATNET network for improvement of earthquake location in central part of Gulf of Corinth
   Vertically inhomogeneous models of the upper crustal structure in the West-Bohemian seismoactive region inferred from the CELEBRATION 2000 refraction data