WDS 2024 — Proceedings of Contributed Papers — Physics

Proceedings of the 33^rd Annual Conference of Doctoral Students – WDS 2024

Prague, June 4 – June 6, 2024

Edited by Jana Šafránková and Jiří Pavlů, MATFYZPRESS, Prague, 2024,
ISBN 978-80-7378-520-8.

• Preface
• Part — Physics

Suggested reference example:
N. Xirogiannopoulou, O. Goncharov, J. Šafránková, and Z. Němeček, Foreshock Structures as a Source of Magnetosheath Jets, in WDS'24 Proceedings of Contributed Papers — Physics (eds. J. Šafránková and J. Pavlů), Prague, Matfyzpress, pp. 52–57, 2024.

For obtaining PDFs of Proceedings, please, contact Prof. Safrankova.

2024 Book of abstracts (PDF).

PREFACE

Welcome to the 33^rd Annual Conference of Doctoral Students in physical study branches, captured in the pages of the traditional WDS Proceeding now in your hands. The conference, spanning from June 4 to June 6, 20\rok, unfolded in the vibrant city of Prague, hosted by Charles University at the Faculty of Mathematics and Physics. The proceeding is compiled from 30 student manuscripts successfully navigated the peer review process, with only three submissions not making the final cut this year.

Each manuscript is reviewed by two referees (71 in sum), a unique approach we use to support student growth in presentation of their results in a foreign language and in response to referees feedback. Our format mirrors scientific journal procedures, with one referee being a fellow doctoral student. This dual role allows them to develop review-writing skills, often in a field slightly different from their own, offering valuable experience for their future endeavors.

The second referee, drawn from experienced researchers (this year, over 46 % are international experts, including former faculty students at foreign universities), brings depth to the review process. We extend our gratitude to all 71 referees for their understanding and significant contributions, which have maintained the Proceedings' high quality, evident in the over 1081 citations to articles from previous volumes in the Web of Science database.

A heartfelt thanks goes out to all speakers and participants for fostering a productive and friendly atmosphere throughout the conference. Last but not least, appreciation is extended to our colleagues and cooperating students for their invaluable assistance before and during the conference.

Editors thank to following referees: L. Albons Caldentey, C. B. Arias Pruna, P. Barton, T. Burian, S. Das, P. Devi, M. Dolezal, M. Fraenz, T. Gronych, M. Hejduk, O. E. Hernandez Alvarez, M. Husarik, V. Istokskaia, M. Ivanek, S. Jelinek, P. Kajdic, A. Kanka, V. Karas, S. K. Karkari, P. Kaspar, A. Kolinska, L. Kolokolova, I. Korolov, K. Kovarik, L. Kripner, V. Krupar, Z. Kuglerova, V. S. Langford, V. Linzmayer, Q. Ma, M. Makita, C. Martinez-Calderon, P. Matak, N. Medvedev, J. Mensikova, J. Micko, H. Mishra, A. Mitchell, K. Mlada, R. Monteiro, S. R. Muthyala, F. Nemec, G. Ozcan-Sinir, Z. Pervez, S. M. Petrinec, V. A. Pilipenko, A. Pirozhkov, D. Pisa, J. Podgorny, A. Podolnik, V. Pokorny, A. P. Prieto Perez, A. Quercia, S. Rednyk, M. M. Shen, A. Shubham, J.-H. Shue, G. D. D. Sonawane, V. Stranak, J. Suni, T. Tahamtan, S. Toleikis, D. Trotta, K. Tuharin, Z. Turek, L. Uvarova, V. Vozda, M. Zak, V. Zaujec, and S. Zhao.

Part — Physics (ISBN 978-80-7378-520-8)

• Front Matter, pp. 1–8
• S. K. Ramatheerthan, J. Peiker, N. M. Crespo, and M. Kozubek, Monitoring Extreme Meteorological and Pollution Events in Prague: A Station Data Based Analysis, ^f8, pp. 9–18
• K. Drastichová, F. Němec, and J. Manninen, Power Line Harmonic Radiation Observed by the Kannuslehto Station, ^f2, pp. 19–24
• A. Kolínská, I. Kolmašová, and O. Santolík, Properties of VHF Electromagnetic Radiation Immediately Following the First Return Strokes, ^f2, pp. 25–31
• V. Linzmayer, F. Němec, O. Santolík, and I. Kolmašová, Lightning-Induced Electron Precipitation Events Observed by DEMETER, ^f2, pp. 32–37
• S. Ijaz, J.Vaverka, J. Šafránková, and Z. Němeček, Do the Antennas of DEMETER Spacecraft Detect Dust Impacts?, ^f2, pp. 38–44
• M. Ghosh, G. Pi, J. Šafránková, and Z. Němeček, Speed of Magnetopause Motion: A New Hypothesis for Using Ion Speed, ^f2, pp. 45–51
• N. Xirogiannopoulou, O. Goncharov, J. Šafránková, and Z. Němeček, Foreshock Structures as a Source of Magnetosheath Jets, ^f2, pp. 52–57
• P. Basuvaraj, F. Němec, C. M. Fowler, L. Regoli, Z. Němeček, and J. Šafránková, Plasma Depletion Events in the Martian Ionosphere: Insights From Conjugate MAVEN and Mars Express Observations, ^f2, pp. 58–63
• J. Mičko, J. Souček, D. Píša, and O. Santolík, Statistical Analysis of Waves and Dust in Solar Orbiter TDS Data, ^f2, pp. 64–71
• B. Park, A. Pitňa, J. Šafránková, and Z. Němeček, Turbulent Energy Dissipation at Fast Interplanetary Shocks: Solar Orbiter and Wind Observations, ^f2, pp. 72–81
• M. Ivánek, I. Ďuran, S. Entler, A. Torres, P. Sládek, M. Šimonovský, P. Turjanica, and J. Řeboun, Development of Magnetic Field Diagnostics for Fusion Reactors, ^f2, pp. 82–88
• J. Palacký and Š. Roučka, Langmuir Probe Sheath Size and Comparison with Plasma Properties, ^f2, pp. 89–93
• Z. Turek, H. Mishra, P. Kudrna, and M. Tichý, Analysis of Curling Probe in Low-pressure Hot Tungsten Cathode System, ^f2, pp. 94–98
• O. E. Hernández Alvarez, S. Rednyk, Š. Roučka, P. Dohnal, R. Plašil, and J. Glosík, Nuclear-Spin Effects with Ammonia Chemistry in Ion Trap Experiment, ^f2, pp. 99–103
• V. Kumar, N. Lausti, and M. Hejduk, Spatially Resolved Ions Imaging at Room Temperature, ^f2, pp. 104–113
• N. Lausti, V. Kumar, and M. Hejduk, Feasibility of 3D-Printed Material for UHV and Microwave Electronics, ^f2, pp. 114–121
• R. N. Mekki, M. Tichý, and Z. Hubička, Plasma Application Technology for Contamination Control in Fusion Devices: A Brief Review, ^f2, pp. 122–130
• I. Naiko, M. Čada, A. Ostapenko, and Z. Hubička, Hybrid HiPIMS + Cathodic Arc Ion Energy Distribution Function Measurement with Carbon Target, ^f2, pp. 131–136
• Š. Jelínek, R. Dudžák, L. Juha, and J. Chalupský, Peak Intensity of 4×18 W/cm² Observed in Laser Beam Focus at Prague Asterix Laser System, ^f2, pp. 137–144
• S. Agarwal, S. Singh, P. Devi, M. Krupka, T. Burian, R. Dudzak, J. Dostal, J. Krasa, and L. Juha, Measurements of Plasma Density Using Complex Interferometry in Laser-Matter Interaction, ^f2, pp. 145–151
• P. Devi, S. Singh, S. Agarwal, M. Krupka, R. Dudzak, L. Švandrlík, J. Krása, and L. Juha, Filter Stack Spectrometer for Laser-Plasma Interaction Studies, ^f2, pp. 152–156
• Z. Kuglerová, T. Burian, J. Bulička, L. Juha, M. Ronch, and P. Vagovič, Heating of X-ray Optics by Synchrotron and Free-electron Laser Radiation: A Role of Elemental Composition, ^f2, pp. 157–163
• M. Omezzine Gnioua, K. Dryahina, S. J. Swift, and P. Španěl, A SIFT Study of Reactions of Positive and Negative Ions with Polyfluoroalkyl (PFAS) Molecules in Nitrogen, ^f2, pp. 164–171
• A. Lashkova, S. Parimucha, and O. Ivanova, Dust Environment of Distant Comet C/2015 V1 (Pan-STARRS) Beyond of Snowline, ^f2, pp. 172–177
• M. Brigitte and J. Svoboda, X-ray Polarization of Accreting Black Holes: Cyg X-1 and Swift J1727.8-1613, ^f1, pp. 178–184
• M. Strzałka, R. Filip, and K. Roszak, Qubit-environment Entanglement in Time-dependent Pure Dephasing for Transmon Qubits, ^f3, pp. 185–191
• Á. Martínez and V. Witzany, Beyond Color–Kinematic Duality and the Classical Double Copy, ^f1, pp. 192–198
• S. Muthyala, J. Jurysek, P. Travnicek, and A. Araudo, Gamma-ray Emission from Markarian 421, ^f1, pp. 199–206
• E. Klimešová and M. Žofka, General Relativistic Three Body Problem, ^f1, pp. 207–213
• D. Račko, Early Universe with Anisotropy, ^f1, pp. 214–219
• Back Matter, pp. 220

[KFPP Home Page], [Faculty of Math. and Physics], [Charles University]

Last revision on February 13, 2025.