WDS 2010 - Proceedings of Contributed Papers

Proceedings of the 19^th Annual Conference of Doctoral Students - WDS 2010

Prague, 1^th June – 4^th June, 2010

Edited by Jana Šafránková and Jiří Pavlů, MATFYZPRESS, Prague, 2010,
ISBN 978-80-7378-139-2 (Part I), ISBN 978-80-7378-140-8 (Part II), ISBN 978-80-7378-141-5 (Part III).

• Preface
• Part I: Mathematics and Computer Sciences
• Part II: Physics of Plasmas and Ionized Media
• Part III: Physics (other branches)

Suggested reference example:
Novak A. and Novotny B., Electrons in Matter, in WDS'10 Proceedings of Contributed Papers: Part III – Physics (eds. J. Safrankova and J. Pavlu), Prague, Matfyzpress, pp. 134–137, 2010.

PREFACE

The three already traditional volumes of the WDS Proceedings you are holding in the hands are composed of the contributions which have been presented during the 19^th Annual Conference of Doctoral Students that was held in Prague, at Charles University, Faculty of Mathematics and Physics from June 1 to June 4, 2010.

Proceedings are divided into three volumes. Part I presents the contributions on Mathematics (20) and Computer Sciences (15, together 35 papers published in this part). The contributions from the field of Physics of Plasmas and Ionized Media are the main topics of Part II (34 papers published in this part). Part III consists of contributions from all other symposia on Physics (36 papers published in this part).

All manuscripts were reviewed by two referees and, maybe, you would ask why. We believe that it helps students to learn how to prepare the written presentation of their results in a foreign language and how to respond the referee's notices. They should take into account their comments and prepare a new submission including letters to both referees where they explain their reaction. This is a standard way of publication in scientific journals and we are offering an exercise that would help them in future. Since one of referees is a doctoral student, he/she can learn the preparation of a review. Moreover, the subject of the paper under review is often rather different from his/her field of research and thus the referees should learn new problems and another style of writing. They can see that a good and comprehensive review is sometimes a very difficult task. Even now, one can see a different approach of student referees – some of them are very active and bring a lot of comments and suggestions, whereas others carry out a formal review only. The second referee was the experienced senior researcher and, in this year, 19% reviewers from this group was from abroad. We would like to express many thanks to them for their understanding and great help. Their effort significantly contributed to traditionally a good quality of the Proceedings and thus, you can find a lot of references to previous volumes in scientific journals.

Editors thank to following referees:
Mathematics and Computer Sciences – G. Antzoulatos (Greece), J. Bartek, M. Beneš, V. Beneš, L. Boček, J. Boldyš, M. Dolores Jiménez (Spain), T. E. Duncan (USA), J. Gemrot, Z. Halas, O. Havle, P. Hnetynka, T. Holan, M. Holena, J. Horáček, M. Horák, M. Hušková, M. Chlada, M. Chocholová, J. Janák, O. Kazík, P. Knobloch, O. Kovařík, V. Krajíček, S. Krýsl, P. Kučera, M. Kukačka, J. Kukal, T. Ligurský, B. Madurkayová, B. Mahdian, M. Malohlava, B. Maslowski, M. Melcer, V. Moravcová, L. Moravec, I. Mrázová, J. Outrata, J. Panevová, J. Petrásek, M. Pilát, J. Pospíšil, Z. Prášková, J. Ptáček, A. Slavík, J. Snuparkova, M. Spousta, P. Stašek, P. Surynek, P. Surynková, O. Sýkora, I. Sýkorová, I. Šebestová, Z. Šír, J. Šrubař, M. Šuda, D. Trkovská, P. Vidnerová, M. Vlasák, J. Vyskočil, J. Zichová, J. Zítko, and M. Žemlička.
Physics of Plasmas and Ionized Media – J. Adámek, M. Aftanas, M. Beránek, J. Blecki (Poland), H. Buhr (Germany), D. Burešová, M. Čada, I. Čermák (Germany), P. Dohnal, M. Fárník, J. Ghosh, J. Glosík, O. Goncharov, G. Granko, B. Grison (France), O. Gutynska, P. Háček, D. W. Hahn (USA), J. Havlíček, M. Hejduk, H. Hietala (Finland), G. Hospodarsky (USA), R. Hrach, Z. Hrbáčková, M. Hron, V. Hrubý, D. Hubert (Canada), K. Jelínek, M. Jeřáb, P. Jusko, A. Kaňka, J. Klusoň, J. Kodymová, M. Komm, T. Kotrík, D. Kouba, F. Krčma, V. Krupař, A. Lynnyk, E. Macúšová, M. Mašát, Z. Mošna, Z. Navrátil, D. Naydenkova, F. Němec (USA), Z. Němeček, P. Nicoletopoulos (Belgium), M. Ončák, A. Ondrášková (Slovakia), R. Pánek, S. Petrinec (USA), I. Picková, P. Pira, D. Píša, R. Plašil, V. Poterya, I. Richterová, E. Romashets (Russia), Š. Roučka, A. Samsonov (Russia), J.-H. Shue (Taiwan), S. Schlemmer (Germany), L. Schmiedt, P. Slavíček, J. Šafránková, O. Tkachenko, J. Urbář, D. F. Valcarcel (Portugese), J. Varju, O. Votava, S. Watari (Japan), R. Wester (Germany), G. Zastenker (Russia), S. Zoletnik (Hungary), and I. Zymak.
Physics – J. Alster, I. Barvík jr., F. Bezrukov (Germany), P. Bílková, P. Bour, M. Bulíček, V. Butkus (Italy), B. E. Carlson (USA), V. Čech, S. Daniš, M. Demianski (Poland), Z. Doležal, F. A. Gianturco (Italy), Y. P. Golobov (Ukraine), L. Grycová, M. Heida (Germany), R. Hippler (Germany), V. Holý, J. Horáček, K. Houfek, J. Hruška, Z. Hubička, D. A. Iakubovskyi (Ukraine), Z. Janů, J. Kamarád, P. Kodyš, P. Kolorenč, V. Koudelková, J. Kousal, J. Krtička, M. Krtička, T. Kruml, P. Kulha, O. Kylián, H. Lischka (Austria), P. Mayer, P. Mojzeš, S. Nemšák, D. Nosek, T. Novotný, M. Nyklíček, J. Olšina, A. M. Panich (Israel), R. Papřok, V. Pěč, P. Pišoft, M. Pospíšil, S. Rasanen (Finland), O. Santolík, A. Semenov (Germany), A. Serykh (USA), J. Smejkal, L. Smrčka, V. Starý, B. Surlan, O. Svítek, J. Svoboda, B. Šmíd, R. Švarc, P. Trávníček, I. Turek, O. Vlček, V. Votruba, V. Zima, V. Zlatic (Croatia), and P. Žilavý.

Finally, we would like to express our thanks to all speakers and other participants for helping us to keep a fruitful and friendly atmosphere during the whole meeting and, last but not least, to our colleagues who assisted us greatly both prior to the conference and after it.

Part I - Mathematics and Computer Sciences (ISBN 978-80-7378-139-2)

i-1, i-2, i-3, m-4, m-6, and m-8 Branches of Graduate Doctoral Studies

• O. Kunčar, Reconstruction of the Mizar Type System in the HOL Light System, ^i-1, pp. 7–12
• M. Pilát, Evolutionary Multiobjective Optimization: A Short Survey of the State-of-the-art, ^i-1, pp. 13–18
• O. Kazík, Role-based Approaches to Development of Multi-Agent Systems: A Survey, ^i-1, pp. 19–24
• M. Kukačka, Bayesian Methods in Artificial Intelligence, ^i-1, pp. 25–30
• Z. Reitermanová, Data Splitting, ^i-1, pp. 31–36
• J. Blažek and B. Zitová, Image Difference Visualization Based on Mutual Information, ^i-1, pp. 37–41
• V. Vlček, Classes of Boolean Formulae with Effectively Solvable SAT, ^i-1, pp. 42–47
• L. Bajer, Estimation of Distribution Algorithms: A Recent Approach to Evolutionary Computation, ^i-1, pp. 48–53
• F. Dobslaw, Recent Development in Automatic Parameter Tuning for Metaheuristics, ^i-1, pp. 54–63
• J. Horáček, M. Horák, and J. Pelikán, Denoising CT Enterography on GPU, ^i-2, pp. 64–69
• J. Kolomazník, Fast Segmentation of Kidneys in CT Images, ^i-2, pp. 70–75
• T. Pop, Component-Based Development for Real-time Embedded Devices: Current Obstacles and Next Steps Forward, ^i-2, pp. 76–81
• M. Petříček, Components in Data Analysis, ^i-2, pp. 82–87
• M. Popel, English-Czech Machine Translation Using TectoMT, ^i-3, pp. 88–93
• J. Straková, When Informatics Meets Neuroscience: Software and Statistics for Human Brain Imaging, ^i-3, pp. 94–98
• V. Moravcová, Descriptive Geometry Exercises of Advanced Level, ^m-8, pp. 99–103
• J. Šrubař, The Isodynamic Points of the Tetrahedron, ^m-8, pp. 104–109
• D. Lessner, Computer Science Education on High Schools, ^m-8, pp. 110–115
• V. Línek, Selected Problems of Teaching Probability and Statistics, ^m-8, pp. 116–120
• E. Ulrychová, Several Applications of Determinants, ^m-8, pp. 121–126
• M. Štěpánová, From the Algorithm Fang Cheng to the Matrix Theory, ^m-8, pp. 127–132
• I. Sýkorová, Fractions in Ancient Indian Mathematics, ^m-8, pp. 133–138
• P. Surynková, Curve and Surface Reconstruction Based on the Method of Evolution, ^m-8, pp. 139–144
• L. Moravec, Jacob Philipp Kulik and his Calendars, ^m-8, pp. 145–150
• I. Šebestová, Different Approaches to a Posteriori Error Analysis of the Discontinuous Galerkin Method, ^m-6, pp. 151–156
• J. Rak, The Numerical Solution of Singular Fredholm Integral Equations of the Second Kind, ^m-6, pp. 157–164
• P. Valešová, Application of Peano Kernel, ^m-6, pp. 165–169
• R. Pathó, Shape Sensitivity Analysis in Discretized Contact Problems with Friction, ^m-6, pp. 170–176
• R. Navrátil, Rank Tests of Symmetry in Measurement Errors Models, ^m-4, pp. 177–182
• R. Sabolová, Goodness-of-fit Tests with Nuisance Regression and Scale, ^m-4, pp. 183–188
• P. Novák, Checking Goodness-of-fit of the Accelerated Failure Time Model for Survival Data, ^m-4, pp. 189–194
• J. Bártek, Homogeneous Stochastic Differential Equations, ^m-4, pp. 195–200
• J. Janák, Fractional Ornstein-Uhlenbeck Bridge, ^m-4, pp. 201–206
• J. Šnupárková, On the Limit Behaviour of Weak Solutions to Stochastic Bilinear Equations, ^m-4, pp. 207–211
• M. Kadavý, Testing and Estimating Jumps and Volatility in High Frequency Data, ^m-4, pp. 212–217

Part II - Physics of Plasmas and Ionized Media (ISBN 978-80-7378-140-8)

f-2 Branch of Graduate Doctoral Studies

• P. Hacek, V. Weinzettl, J. Stockel, G. Anda, G. Veres, S. Zoletnik, M. Berta, Atomic Beam Probe Diagnostic for COMPASS Tokamak, ^f-2, pp. 7–11
• J. Havlicek, O. Kudláček, F. Janky, J. Horáček, R. Beňo, D.F. Valcárcel, J. Fixa, J. Brotánková, J. Zajac, M. Hron, R. Pánek, P. Cahyna, Status of Magnetic Diagnostics on COMPASS, ^f-2, pp. 12–17
• D. I. Naydenkova, V. Weinzettl, J. Stockel, D. Sestak, F. Janky, L. Sedlak, Progress in Multi channel Optical System for Visible Plasma Radiation Measurement at COMPASS Tokamak, ^f-2, pp. 18–21
• R. Papřok and L. Krlín, Particle Diffusion in Tokamak Edge Layer, ^f-2, pp. 22–27
• M. Aftanas, P. Bílková, P. Böhm, V. Weinzettl, J. Stöckel, M. Hron, R. Pánek, R. Scannell, M. Walsh, Data Acquisition System and Data Processing for the New Thomson Scattering System on the COMPASS Tokamak, ^f-2, pp. 28–32
• M. Komm, Z. Pekarek, J. Adamek, Particle-In-Cell Simulations of the Katsumata Probe, ^f-2, pp. 33–37
• V. Hrubý and R. Hrach, Selected Techniques for Langmuir Probe Modelling in Low-Temperature Plasmas, ^f-2, pp. 38–41
• P. Dohnal, T. Kotrik, J. Varju, I. Korolov, R. Plasil and J. Glosik, Ternary Recombination in Helium Plasma, ^f-2, pp. 42–47
• P. Jusko, Š. Roučka, R. Plašil, D. Gerlich, J. Glosík, Reactions of Ions with Atomic Hydrogen – Experiment, ^f-2, pp. 48–53
• M. Hejduk, J. Varju, P. Dohnal, M. Jílek, R. Plašil, Š. Roučka, J. Glosík, and J. Lang, Formation and Destruction of Para and Ortho H₃⁺ in Discharge and Afterglow. Experiments with Para-Hydrogen, ^f-2, pp. 54–59
• J. Varju, M. Hejduk, P. Dohnal, T. Kotrík, M. Jílek, R. Plašil, and J. Glosík, Recombination in Plasmas with Different Populations of Para and Ortho H₃⁺, ^f-2, pp. 60–65
• I. Zymak, P. Dohnal, J. Varju, R. Plašil, and J. Glosík, Determination of Translation Temperature of N₂⁺ Ions Trapped in 22-pole Trap, ^f-2, pp. 66–69
• T. Kotrík, P. Dohnal, R. Plašil, J. Varju, I. Korolov, J. Glosík, Experimental Study of Three-Body Recombination Ar⁺ + e + e, ^f-2, pp. 70–75
• L. Schmiedt, V. Hrachová, A. Nikiforov, C. Leys, Argon Plasma Sustained in Different Discharge Configurations, ^f-2, pp. 76–80
• J. Klusoň, P. Kudrna, P. Rubovič, S. Leshkov, and M. Tichý, A Study of the Low Pressure Hollow Cathode Plasma Jet Discharge in the Pulsed Regime, ^f-2, pp. 81–87
• M. Mašát and O. Votava, Supersonic Discharge Radical Source: Nozzle Geometry Influence on the OH Radical Generation, ^f-2, pp. 88–92
• P. Pira, J. Wild, L. Vyšín, T. Burian, M. Toufarová, J. Chalupský, and L. Juha, The Interaction of Extreme Ultraviolet (XUV) Laser Radiation with Various Surfaces, ^f-2, pp. 93–95
• E. Spetlikova, V. Janda, P. Lukes, M. Clupek, Role of UV Radiation, Solution Conductivity and Pulse Repetition Frequency in the Bactericidal Effects During Pulse Corona Discharges, ^f-2, pp. 96–100
• J. Plavčan, Z. Grolmusova, J. Rakovsky, P. Čermak, P. Veis, Determination of Stark Broadening Parameters for O, N from Hα Using Laser Induced Breakdown Spectroscopy, ^f-2, pp. 101–104
• Š. Roučka, P. Jusko, D. Gerlich, R. Plašil, J. Glosík, Study of Capture and Cooling of H^- Ions in RF Octopole with Superimposed Magnetic Field, ^f-2, pp. 105–111
• M. Beránek, I. Čermák, Z. Němeček, and J. Šafránková, Trapping Charged Microparticles in the Linear Quadrupole Trap, ^f-2, pp. 112–120
• V. Krupař, O. Santolík, B. Cecconi, and M. Maksimović, Estimation of the Apparent Source Size of Solar Radio Emissions Using SVD: An Application to Type III Radio Bursts at Long Wavelengths Observed by STEREO and Wind, ^f-2, pp. 121–127
• A. Lynnyk, J. Šafránková, Z. Němeček, J. D. Richardson, Deformation of ICME and MC on 1–30 AU Seen by Voyager 2 and WIND, ^f-2, pp. 128–134
• J. Urbar, K. Jelinek, J. Safrankova, and Z. Nemecek, Evolution of the Solar Wind Speed from the L1 to Earth, ^f-2, pp. 135–140
• O. Goncharov, J. Safrankova, Z. Nemecek, and L. Prech, Interplanetary Shocks: Penetration into and Propagation Through the Magnetosphere, ^f-2, pp. 141–148
• O. Gutynska, J. Šafránková, Z. Němeček, and J. D. Richardson, Properties of MHD Fluctuations in the Heliosheath and in the Earth's Magnetosheath, ^f-2, pp. 149–155
• K. Jelínek, Z. Němeček, and J. Šafránková, Model of Bow Shock and Magnetopause Surfaces, ^f-2, pp. 156–161
• G. Granko, K. Jelinek, J. Safrankova, Z. Nemecek, and J.-H. Shue, Dynamic Changes of Magnetopause Locations Under Different Upstream Conditions, ^f-2, pp. 162–167
• O. Tkachenko, J. Šafránková, and Z. Němeček, FTEs, Pressure Pulses or Surface Waves on the Magnetopause Surface?, ^f-2, pp. 168–175
• E. Macúšová and O. Santolík, Different Spectral Shapes of Whistler-mode Chorus Emissions, ^f-2, pp. 176–182
• Z. Hrbáčková, Systematic Analysis of Equatorial Noise Using Data of the Cluster Mission, ^f-2, pp. 183–188
• D. Píša, O. Santolík, and M. Parrot, Statistical Study of the Ionospheric Density Variation Related to the 2010 Chile Earthquake and Measured by the DEMETER Satellite, ^f-2, pp. 189–193
• D. Kouba and P. Koucka Knizova, Study of Chance for Good DDA Drift Velocity Estimation for Ionospheric F-region Drift Measurements, ^f-2, pp. 194–198
• Z. Mošna and P. Koucká Knížová, Automatic Visualization Method of Height–Time Development of Ionospheric Layers, ^f-2, pp. 199–204

Part III - Physics (ISBN 978-80-7378-141-5)

f-1, f-3, f-4, f-5, f-8, f-9, f-10, f-11, f-12, and f-13 Branches of Graduate Doctoral Studies

• V. Butkus and T. Mančal, Electron–Phonon Coupling in Coherent Two-dimensional Electronic Spectroscopy, ^f-4, pp. 7–12
• J. Olšina and T. Mančal, Role of Markov and Secular Approximations in Ultra-fast Excited State Dynamics of Molecular Aggregates, ^f-4, pp. 13–18
• D. Arzhakov, A. Artemenko, I. Gordeev, A. Choukourov, D. Slavinska, H. Biederman, Nanocomposite Metal/Poly(Ethylene Oxide)-like Plasma Polymer Films and Their Properties, ^f-4, pp. 19–24
• F. Hejda, P. Solař, J. Kousal, Surface Free Energy Determination by Contact Angle Measurements – A Comparison of Various Approaches, ^f-4, pp. 25–30
• A. Serov, A. Choukourov, D. Slavinska, H. Biederman, Preparation, Basic Properties, and Potential Application of Plasma Polymer-based Nanoclusters, ^f-4, pp. 31–35
• P. Solar, O. Polonskyi, A. Choukourov, A. Artemenko, H. Biederman, D. Slavinska, Nanostructured and Nanocluster Thin Films, ^f-4, pp. 36–41
• L. Sura, A. Samad, J. Benedikt, J. Teisinger, V. Vlachova, Lysine 969 is Involved in the Gating of Ankyrin Transient Receptor Potential Channel 1, ^f-4, pp. 42–45
• V. Vyklicky, R. Dedic, and J. Hala, In Situ Luminescence Detection of Singlet Oxygen, ^f-4, pp. 46–50
• I. O. Protsenko, L. A. Bulavin, D. M. Hovorun, Investigation of Structural Properties of Quercetin by Quantum Chemistry Methods, ^f-4, pp. 51–54
• O. O. Brovarets, L. A. Bulavin, and D. M. Hovorun, A Simple Physico-chemical Mechanism of the Watson-Crick Nucleotide Base Pairs Recognition by the Proteins of the Replicative Complex, ^f-4, pp. 55–59
• R. Tesař, J. Koláček, Z. Šimša, L. Skrbek, FIR Laser Beam Circular Polarizer for Optical Studies of Superconductors, ^f-3, pp. 60–63
• J. Kaštil, P. Javorský, M. Klicpera, The Influence of Substitution on the Magnetocaloric Effect of the Intermetalic Compound TbNiAl, ^f-3, pp. 64–67
• J. Veselý, D. Charrier, M. Cieslar, J. Bonneville, and C. Coupeau, AFM Observation of Slip Line Evolution in Nb Single Crystal, ^f-3, pp. 68–71
• T. Zahoranová and V. Nehasil, Study of Gallium Interaction with Metal-oxide Surfaces, ^f-5, pp. 72–77
• J. Matejova, V. Holy, L. Horak, X-ray Scattering on Semiconductor Nanostructures: GaMnAs, ^f-13, pp. 78–85
• E. Verveniotis, J. Čermák , A. Kromka, M. Ledinský, and B. Rezek, Electrostatic Charging Differences in Ultrathin Nanocrystalline Diamond, ^f-13, pp. 86–90
• Z. Šabatka, Interactive Physics Laboratory – Experiments in Electricity, ^f-12, pp. 91–96
• N. Zíková, Connection Between Atmospheric Aerosol, Gaseous Pollutants Concentrations, and Atmospheric Stability Parameters, ^f-8, pp. 97–102
• P. Karhan for the Pierre Auger Collaboration, Neutrino Flux Upper Limit from the Pierre Auger Observatory, ^f-9, pp. 103–106
• M. Nyklicek for the Pierre Auger Collaboration, Mass Composition Study at the Pierre Auger Observatory, ^f-10, pp. 107–110
• T. Kosek, SCT Cluster Splitting Study, ^f-9, pp. 111–115
• V. A. Plujko, O. M. Gorbachenko, V. M. Bondar, and R. Capote, GDR Parameters for Atomic Nuclei Within New Systematics, ^f-10, pp. 116–121
• V. Krejčiřík, Chiral Model in Nuclear Medium and Hypernuclear Production, ^f-10, pp. 122–126
• A. Žukauskas, on behalf of the NEMO-3 and SuperNEMO collaborations, Investigation of Double Beta Decay in NEMO-3/SuperNEMO Experiment, ^f-10, pp. 127–132
• A. Drozdov, A. Grigoriev, and Yu. Malyshkin, Modeling of Albedo Neutrons at Low Orbiting Satellites Altitudes, ^f-11, pp. 133–138
• Yu. M. Malyshkin, A. V. Grigoriev, A. Yu. Drozdov, Simulation of Thunderstorm Neutron Generation and Transport, ^f-11, pp. 139–144
• M. Ceniga and J. Kubát, Rapidly Rotating Winds of Hot Stars, ^f-1, pp. 145–150
• D. Vrba, Inhomogeneous Cosmological Models, ^f-1, pp. 151–156
• M. Tsizh, Cosmological Inflation with a Modified Kinetic Term of the Higgs Field, ^f-1, pp. 157–162
• G. Polinovskyi and M. Malygin, Mean Transmitted Flux in the Lyα Forest from a Sample of 2QZ Quasars, ^f-1, pp. 163–168
• V. Sochora and V. Karas, Extremal Energy Shifts from a Radiating Ring Near a Rotating Black Hole, ^f-1, pp. 169–174
• I. A. Pshenichnyuk and M. Čížek, Charge Transport Through Single Molecules: Different Theoretical Approaches, ^f-1, pp. 175–180
• N. Gürlebeck and D. Petroff, The Axisymmetric Limit of the Post-Newtonian Dedekind Ellipsoids, ^f-1, pp. 181–186
• V. Pokorný and V. Janiš, Vertex Corrections to the Electrical Conductivity of the Disordered Falicov-Kimball Model, ^f-1, pp. 187–191
• M. Šulc and R. Čurík, Cold Electron Collisions with Nonpolar Molecules, ^f-1, pp. 192–198
• J. Seidl and L. Krlín, Impurity Dynamics in Turbulent Plasma in Tokamak Scrape-off Layer, ^f-1, pp. 199–204

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