Classes
- High Frequency Modelling of Seismic Source EffectsNGEO049 | Faculty of Mathematics and Physics
- Basics of rotational seismologyNGEO105 | Faculty of Mathematics and Physics
- Fourier Spectral AnalysisNGEO112 | Faculty of Mathematics and Physics
- Seismic Waves PropagationNGEO002 | Faculty of Mathematics and Physics
- Ray Methods in SeismologyNGEO032 | Faculty of Mathematics and Physics
Publications
- Rotation, Strain, and Translation Sensors Performance Tests with Active Seismic Sources2021 | Faculty of Mathematics and Physics
- Mid-European seismic attenuation anomaly2017 | Faculty of Mathematics and Physics
- Small-aperture-array translational and rotational seismograms from distant sources - An example of the Jan Mayen Mw 6.8 of 30 August 2012 earthquake2016 | Faculty of Mathematics and Physics
- Six-degree-of-freedom near-source seismic motions II: examples of real seismogram analysis and S-wave velocity retrieval2015 | Faculty of Mathematics and Physics
- Six-degree-of-freedom near-source seismic motions I: rotation-to-translation relations and synthetic examples2015 | Faculty of Mathematics and Physics
- Note: Rotaphone, a new self-calibrated six-degree-of-freedom seismic sensor2012 | Faculty of Mathematics and Physics
- Rotaphone, a mechanical seismic sensor system for field rotation rate measurements and its in situ calibration2012 | Faculty of Mathematics and Physics
- Shear wave crustal velocity model of the Western Bohemian Massif fromLove wave phase velocity dispersion2011 | Faculty of Mathematics and Physics
- Generator of seismic rotational motionsPublication without faculty affiliation
- Rotaphone, a six-degree-of-freedom mechanical seismic sensorPublication without faculty affiliation
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