WDS 2003 - Proceedings of Contributed Papers

Proceedings of the 12th Annual Conference of Doctoral Students - WDS 2003

Prague, 10th June - 13th June, 2003

Edited by mailto:jana.safrankova at mff.cuni.cz, MATFYZPRESS, Prague, 2003, ISBN 80-86732-18-5

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

PREFACE

The three volumes of the WDS Proceedings you just obtained are composed of the contributions which have been presented during the last 12th Annual Conference of Doctoral Students. This international conference was held traditionally in Prague, at Charles University, Faculty of Mathematics and Physics from June 10 to June 13, 2003.

The contributions were divided into different symposia in accordance with their topics and consisted of both invited lectures of professors and shorter contributions, which were presented as oral contributions or posters by doctoral students. The number of presentations reached 170 in this year and 123 of them have been accepted for a publication in the Proceedings. It is seen from this short survey that the relationship between presentations and published papers is increasing.

Proceedings are divided into three volumes. Part I presents the contributions on Mathematics and Computer Sciences (together 42 papers). The contributions from the field of Physics of Plasmas and Ionized Media are the main topics of Part II (42 papers have been submitted from this symposium). Part III consists of contributions from all other symposia on Physics (39 papers). All student's contributions in these volumes have been refereed by the supervisor. I would like to thank all the supervisors for their fruitful comments. However, each volume is further divided into two sections: Refereed and Non-refereed contributions. The papers in the refereed part have been usually refereed by two referees (no supervisor) and these papers have been accepted for publication after corresponding revisions. In this year, a number of these contributions reached 81. I would like to thank the referees from different institutions who worked so hard to review the student's papers, and thus permitted the timely production of these volumes:

• Part I: Z. Prášková, K. Zvára, J. Štěpán, S. Schwabík, D. Zeman, M. Kulich, P. Lachout, V. Janovský, P. Mayer, P. Knobloch, M. Feistauer, V. Dolejší, Z. Šír, O. John, P. Savický, J. Krajíček, J. Sgall, P. Štěpánek, F. Hakl, J. Ivánek, J. Flusser, J. Pelikán, P. Brada, M. Lopatková, Z. Žabokrtský, E. Hajičová, J. Panevová, P. Valtr, M. Klazar, J. Veselý,
• Part II: A. Kaňka, L. Přech, R. Plašil, O. Santolík, J. Kasper, L. Zajíčková, F. Krčma, G. N. Zastenker, H. Biedermann, J. Pavlík, M. Tichý, L. Krlín, P. Kudrna, Z. Hubička, Z. Sternovský, J. Richardson, I. Čermák, V. Hrachová, J. Šafránková, J. Glosík, R. Hrach, J. Měrka,
• Part III: V. Karas, M. Šolc, M. Wolf, J. Hořejší, P. Ambrož, F. Gemperle, P. Mayer, P. Chvosta, J. Langer, F. Honda, J. Dian, V. Šíma, P. Mojzeš, P. Čapková, K. Mašek, I. Bartoš, J. Oswald, P. Hlídek, P. Malý, P. Němec, L. Vecsey, L. Judas, K. Prokeš, A. Raidl, S. Novák, M. Vicher, A. Brablec, R. Hrach, D. Novotný, I. Ošťádal, L. Skrbek, H. Štěpánková.

We would like to note that the Proceedings contain the contributions of students who have just started their postgraduate study as well as contributions of students who are about to finish their degree and thus the scientific level of contributions can differ accordingly. We could ordered the contributions in accordance with this criterion but we chose to arrange the papers according to their topic for the sake of easier reference.

Finally, I would like to express my 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 J. Pavlů and other our colleagues who assisted me greatly both prior to the conference and after it.

Part I - Mathematics and Computer Sciences

i-1, i-2, i-3, i-4, m-3, m-4, m-5, m-6, and m-8 Branches of Graduate Doctoral Studies

Refereed Contributions

• Gelnarova E., Safarik L., The case study: The prostate cancer data analysis, ^m-4, p.1
• Vyoral M., Exponential convergence to the limit distribution for fractional Ornstein-Uhlenbeck process, ^m-4, p.8
• Kopa M., Portfolio selection problem and stability of optimal portfolio, ^m-5, p.13
• Stransky M., Pricing general spread option on interest rates, ^m-5, p.19
• Ventlukova E., Option valuation under stochastic volatility - Volatility models, ^m-5, p.24
• Svadlenka K., Streamline diffusion discontinuous Galerkin method, ^m-6, p.30
• Neustupa T., Analysis of viscous incompressible flow past a cascade of profiles, ^m-6, p.36
• Prachar A., Discontinuous Galerkin approximation for diffusion problems: Numerical performance, ^m-6, p.42
• Kolman K., Finite element postprocessing in eigenvalue problems by two-level and superconvergence-based methods, ^m-6, p.48
• Uchytil J., Error estimates for Gaussian quadrature on a circle, ^m-6, p.54
• Nevrla K., Spatial problems solved by software packages, ^m-8, p.60
• Prazak P., Phillips' model of a closed economic unit, ^m-8, p.66
• Purmova L., History of ordinary differential equations, ^m-8, p.72
• Olejnickova J., Geodesics on ellipsoid of revolution - B. Bydzovsky, ^m-8, p.80
• Zikmund K., Spiking neurons, ^i-1, p.86
• Olmer P., On blackboard systems in 3APL, ^i-1, p.91
• Kucera P., Generalizations of Horn formulae with polynomial SAT testing, ^i-1, p.96
• Kudova P., Hybrid learning of RBF networks, ^i-1, p.102
• Balek M., On measuring of images, ^i-4, p.108
• Piguetova D., Freiman's theorem, ^i-4, p.113
• Panuska P., An approach to SW distribution, ^i-2, p.118
• Oplustil T., Inheritance in architecture description languages, ^i-2, p.124
• Kaspar R., Zitova B., Weighted thin-plate spline image denoising, ^i-2, p.132
• Semancik J., Recent challenges in computer animation of characters, ^i-2, p.139
• Novak T., Compression of articulated figure motion using quaternions, ^i-2, p.145
• Karban T., Rauch J., Simunek M., SDS-rules and association rules, ^i-2, p.150
• Kupera B., Genetic Algorithms and Artificial Neural Network in Natural Language Processing , ^i-3, p.156
• Kocanda J., Statistical parsing, ^i-3, p.161
• Semecky J., Semantic word classes extracted from text clusteres, ^i-3, p.167
• Holub M., Stranak P., Approaches to building semantic lexicons, ^i-3, p.173

Non-refereed Contributions

• Grafakos L., Honzik P., Summing of multilinear Fourier series, ^m-3, p.179
• Chyna V., Iterative algorithms for Gaussian Markov distributions over finite graphs (Implementation in SW Mathematica), ^m-4, p.184
• Cerny R., Gibbsian processes of convex grains, ^m-4, p.190
• Siman M., A note on univariate GARCH models, ^m-5, p.195
• Kropac A., Recent advances in the numerical solution of the three-body problem, ^m-6, p.201
• Pudlak P., A note on efficient computing of clause normal forms, ^i-1, p.207
• Bures T., Constraint-based generation of connectors, ^i-2, p.215
• Mikes S., Haindl M., Multispectral texture segmentation, ^i-2, p.221
• Krolupper F., Recognition of occluded objects using curvature, ^i-2, p.226
• Bulej L., Tuma P., Current trends in middleware benchmarking, ^i-2, p.232
• Foniok J., Structural aspects of the class of relational structures, ^i-4, p.238
• Vassileva T., Popov V., Algorithmic model of human as ruling system, ^i-4, p.243

Suggested reference example:

Novak A., Squares and triangles, in WDS'03 Proceedings of Contributed Papers: Part I - Mathematics and Computer Sciences (ed. J. Safrankova), Prague, Matfyzpress, pp. 134-137, 2003.

Part II - Physics of Plasmas and Ionized Media

f-2 Branch of Graduate Doctoral Studies

Refereed Contributions

• Simunek J., Safrankova J., Nemecek Z., Prech L., Spatial and temporal ion-energy dispersions observed by Magion-4 in the high-altitude cusp, ^f-2, p.248
• Dusik S., Safrankova J., Nemecek Z., A statistical study of low-latitude magnetopause crossings, ^f-2, p.254
• Hayosh M., Safrankova J., Nemecek Z., MHD-simulations of the magnetosheath parameters and their comparison with observations, ^f-2, p.261
• Koval A., Safrankova J., Nemecek Z., Zastenker G., Shevyrev N., Proposal of a small solar wind monitor and method of plasma parameter determination, ^f-2, p.270
• Riazantseva M. O., Skalsky A. A., Zastenker G. N., Asadchy A.Yu., Comparison of the inclinations of solar wind plasma and IMF phase fronts near large flux changes, ^f-2, p.276
• Gotynyan O., Ivchenko V., Rapoport Yu., The 3D model of ionospheric disturbances caused by acoustic gravity waves from near ground sources, ^f-2, p.282
• Richterova I., Nemecek Z., Safrankova J., Pavlu J., Secondary emission from dust grains, ^f-2, p.289
• Pavlu J., Nemecek Z., Safrankova J., Zilavy P., Electron field emission from micron-sized dust grains, ^f-2, p.298
• Maiorov V. A., Golubovskii Yu. B., Behnke J. F., Modelling of the homogeneous barrier discharge at atmospheric pressure, ^f-2, p.306
• Behnke J. F., Lebedev V., Ivanova O. V., Investigations of the deposition of thin silicon-organic films on aluminum substrates by dielectric barrier discharges under atmospheric pressure, ^f-2, p.311
• Mesko M., Vasina P., Kudrle V., Frgala Z., Janca J., Electron density measurements in pulsed microwave discharge in nitrogen gas, ^f-2, p.315
• Navratil Z., Stahel P., Zajickova L., Bursikova V., Cech J., Kucerova Z., Trunec D., Utilization of atmospheric pressure glow discharge for the deposition of thin polymer films, ^f-2, p.320
• Bublan M., Vasina P., de Poucques L., Boisse-Laporte C., Imbert J-C., Touzeau M., Spatial distribution of species in an IPVD reactor, ^f-2, p.326
• Kucerova Z., Zajickova L., Bursikova V., Plasma enhanced CVD of organosilicon plasma polymers, ^f-2, p.330
• Zajickova L., Jansky J., Matejcik S., Cingel M., Electron impact ionization of hexamethyldisiloxane, ^f-2, p.335
• Frgala Z., Kudrle V., Janca J., Bursikova V., Vasina P., Mesko M., Bursik J., Kadlecikova M., Klapetek P., Diamond growth on silicon and WC-Co by microwave plasma chemical vapor deposition, ^f-2, p.341
• Ustinov A. O., Zolotukhin A. A., Volkov A. P., Obraztsov A. N., Nano-carbon thin film deposition in plasma activated by DC discharge, ^f-2, p.347
• Kylian O., Hrachova V., Kanka A., Investigation of DC glow discharge in nitrogen, ^f-2, p.352
• Masek M., Rohlena K., Numerical study of Raman scattering in laser plasmas, ^f-2, p.358
• Stverak S., Paral J., Hostinsky Z., Somr J., Travnicek P., Lebreton J.-P., Testing segmented Langmuir probe in a plasma chamber, ^f-2, p.365

Non-refereed Contributions

• Blecki J., Wronowski R., Savin S., Cornilleau-Wehrlin N., Parrot M., Safrankova J., Nemecek Z., Santolik O., Sauvaud J.-A., Filamentation of the space plasma, ^f-2, p.371
• Wronowski R., Blecki J., Cornilleau-Wehrlin N., Parrot M., Santolik O., Savin S., Applications of wavelet and bispectral analysis for studies of wave processes in the polar cusp, ^f-2, p.381
• Kuznetsov S., Myagkova I., Yushkov B., Dynamics of magnetosphere structural formations, ^f-2, p.386
• Reshetnyk V. M., Dzubenko M. I., Ivchenko V. M., Response of the auroral activity to the interplanetary magnetic field, ^f-2, p.392
• Soucek J., Dudok de Wit T., Krasnoselskikh V., Pickett J., Evidence of non-linear wave decay in the terrestrial foreshock, ^f-2, p.398
• Kriz P., Blazek J., Stranak V., Optical diagnostics of barrier-torch discharge burning at atmospheric pressure, ^f-2, p.403
• Tarana M., Skalny J. D., Negative corona discharge in N₂O+O₂ and N₂O+ air mixtures, ^f-2, p.408
• Chumak O., Hrabovsky M., Kopecky V., Investigation of anode attachment in DC arc plasma spraying torch with external anode, ^f-2, p.414
• Stara Z., Krcma F., Raskova Z., Slavicek P., DC corona-like discharge in liquids, ^f-2, p.420
• Fuciman M., Sunka P., Benes J., Babicky V., Acoustic shock waves in water, their generation, propagation and impact on the medium, ^f-2, p.424
• Cada M., Hubicka Z., Sicha M., Plasma parameters measurement in the plasma-chemical reactor up to atmospheric pressure, ^f-2, p.429
• Kavka T., Bouyer E., Henne R., Studying of cold gas entrainment process in thermal plasma jet under soft vacuum conditions, ^f-2, p.435
• Raskova Z., Sormova H., Havelkova I., Krcma F., Vanek J., Prikryl R., Cech V., Spectroscopic monitoring of low pressure plasma deposition of Silane and Siloxane based thin films, ^f-2, p.441
• Novotny O., Pysanenko A., Plasil R., Glosik J., The study of ion recombination in flowing afterglow - FALP, ^f-2, p.446
• Pysanenko A., Plasil R., Novotny O., Hlavenka P., Kudrna P., Glosik J., Bano G., Macko P., Study of recombination in hydrogen dominated plasma, ^f-2, p.452
• Holik M., Kudrna P., Bilyk O., Marek A., Tichy M., Trunec D., Behnke J. F., Probe diagnostic of DC discharge in cylindrical magnetron - Experiment and Monte Carlo simulation, ^f-2, p.456
• Bilyk O., Holik M., Marek A., Kudrna P., Tichy M., A study of the floating potential fluctuations in the cylindrical magnetron DC discharge plasma, ^f-2, p.460
• Stranak V., Adamek P., Blazek J., Sery M., Spatenka P., Tichy M., Probe measurement of the characteristics of surfatron generated argon plasma, ^f-2, p.466
• Dvorak P., Zajickova L., Janca J., Plasma potential in low-pressure capacitive r.f. discharges, ^f-2, p.472
• Frolov O., Kolacek K., Schmidt J., Bohacek V., Prukner V., Ripa M., Design of laser triggered spark gap, ^f-2, p.477
• Dryahina K., Improving accuracy of SIFT by theoretical and experimental studies of the temperature dependence of H₃O⁺ diffusion in He, ^f-2, p.481
• Olejnicek J., Calculation of temperature field of barrier discharge in helium by holographic interferometry, ^f-2, p.486

Suggested reference example:

Novak A. et al., Ions and molecules, in WDS'03 Proceedings of Contributed Papers: Part II - Physics of Plasmas and Ionized Media (ed. J. Safrankova), Prague, Matfyzpress, pp. 334-337, 2003.

Part III - Physics

f-1, f-3, f-4, f-5, f-6, f-8, f-10, f-11, and f-12 Branches of Graduate Doctoral Studies

Refereed Contributions

• Jurcak J., Sobotka M., V. Martínez-Pillet, Two dimensional spectroscopy of an irregular sunspot, ^f-1, p.491
• Libich J., Harmanec P., Yang S., Hadrava P., Koubsky P., Skoda P., Slechta M., Aerts C., De Cat P., Duplicity of epsilon Persei confirmed, ^f-1, p.496
• Ondrich, D., Harmanec, P., W Serpentis-like stars - the case of UX Monocerotis, ^f-1, p.502
• Bahena D., Evolution of very massive stars , ^f-1, p.509
• Bahena D., Massive star formation, ^f-1, p.514
• Bahena D., ZAMS stellar models, ^f-1, p.519
• Iankova Kr., Filipov L., Accretion flow and magnetic field, ^f-1, p.524
• Andreeva D., Filipov L., Structure formation and bifurcation points analysis in the accretion discs, ^f-1, p.527
• Smida R., Particle composition in ultra-high energy cosmic rays, ^f-1, p.532
• Damgov V., Trenchev Pl., ``Oscillator-wave'' model: Properties and heuristicity, ^f-1, p.538
• Brauner T., Color superconductivity with a color-sextet order parameter, ^f-1, p.544
• Kolorenc J., Janis V., Towards mean-field theory of Anderson localization, ^f-1, p.550
• Pisoft P., Kalvova J., Climate quantities interconnections and the wavelet transform of secular meteorological time series, ^f-8, p.556
• Kundrat P., Probabilistic model of cell inactivation by ionising particles, ^f-10, p.561
• Nemec H., Kuzel P., Duvillaret L., Garet F., Characterization of one-dimensional photonic crystals by time-domain terahertz spectroscopy, ^f-3, p.567
• Zakhidov A. A., Lyashenko D. A., Volkov A. P., Obraztsov A. N., Electron field emission from nanostructured carbon films, ^f-3, p.573
• Lyashenko D. A., Zakhidov A. A., Volkov A. P., Obraztsov A. N., Nano-carbon cold cathodes: characterization and application, ^f-3, p.577
• Krápek V., Holý V., Humlícek J., Strain field in quantum dots, ^f-3, p.581
• Magen C., Morellon L., Algarabel P .A., Ibarra M. R., New evidence on magnetic-martensitic transitions in the giant magnetocaloric compounds Tb₅(Si_xGe_1-x)₄, ^f-3, p.587
• Korinek M., Dedic R., Svoboda A., Hala J., Spectroscopy of photosensitizers used in photodynamic therapy of cancer, ^f-4, p.593
• Tobolkova E., Thermal degradation of conducting polyaniline films, ^f-4, p.598
• Libra J., Matolín V., XPD study of Pd/Cu(100), ^f-5, p.603
• Janda P., Valenta J., Optical spectroscopy of semiconductor nanocrystals embedded in photonic structures, ^f-6, p.608
• Horodysky P., Hlidek P., Room temperature intrinsic optical transitions in CdTe, ^f-6, p.613
• Orlita M., Grill R., Zvara M., Luminescence of double quantum well - effects of in-plane magnetic field, ^f-6, p.618
• Vrany B., Honzatko P., Kanka J., Measurement of short pulses using fiber frequency-resolved optical gating, ^f-6, p.624
• Sormova H., Krcma F., Numerical simulation of the optical diatomic molecular spectra, ^f-11, p.630
• Svec M., Hrach R., Study of electrical properties of thin metal films and composite films near the percolation threshold I, ^f-11, p.635
• Maly M., Hrach R., Novotny D., Contribution to advanced image analysis, ^f-11, p.641
• Cerna J., Magnetic resonance imaging, ^f-12, p.646
• Blazkova M., Development of adiabatic demagnetization, ^f-12, p.651

Non-refereed Contributions

• Kolorenc P., Horacek J., Resonances in collisions of electrons with molecular hydrogen, ^f-1, p.655
• Simanek M., Skala L., Zamastil J., Convergent perturbation theory for multi-dimensional anharmonic oscillators, ^f-4, p.660
• Pryckova J., Bursikova V., Study of the surface free energy of the thin films, ^f-5, p.665
• Hradil M., Diffraction efficiency of surface relief gratings, ^f-6, p.671
• Lahuta M., Hrach R., Methods of particle simulations of plasmas, ^f-11, p.677
• Jilek M., Collisions and rotations - electronic study material for students interested in physics, ^f-12, p.681
• Kekule J., Modern method of teaching physics, ^f-12, p.686
• Pinkavova Z., Light and My physics laboratory - two realised projects, ^f-12, p.691

Suggested reference example:

Novak A. and Novotny B., Electrons in Matter, in WDS'03 Proceedings of Contributed Papers: Part III - Physics (ed. J. Safrankova), Prague, Matfyzpress, pp. 634-637, 2003.

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Last revised 13-Oct-2003.