WDS 2025 — Proceedings of Contributed Papers — Physics

Proceedings of the 34^th Annual Conference of Doctoral Students – WDS 2025

Prague, June 3 – June 5, 2025

Edited by Jana Šafránková and Jiří Pavlů, MATFYZPRESS, Prague, 2025,
ISBN 978-80-7378-532-1.

• Preface
• Part — Physics

Suggested reference example:
M. Ivánek, I. Ďuran, S. Entler, P. Sládek, R. Bankov, J. Šoltés, L. Viererbl, T. Melichar, P. Turjanica, J. Řeboun, and M. Šimonovský, Instrumented High Fluence Neutron Irradiation Test of Antimony Hall Sensors — Experimental Setup and the First Results, in WDS'25 Proceedings of Contributed Papers — Physics (eds. J. Šafránková and J. Pavlů), Prague, Matfyzpress, pp. 30–37, 2025.

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

2025 Book of abstracts (PDF).

PREFACE

The already traditional WDS proceeding in your hands is composed of contributions that were presented during the 34^th Annual Conference of Doctoral Students (WDS'25), which was hosted in Prague by the Charles University, Faculty of Mathematics and Physics of from June 3 to June 5, 2025.

The Proceeding is limited to physics disciplines and is compiled from 37 student manuscripts that successfully navigated the peer-review process (only one contribution was not accepted for publication this year). Each manuscript was evaluated by two or three referees (83 in total), reflecting our distinctive review model designed to support doctoral students in presenting their research in a foreign language and responding constructively to referee feedback. The review process mirrors standard scientific journal practices, with one referee being usually a fellow doctoral student (20 in this year). This role enables student reviewers to develop essential peer-review skills, often in a field slightly outside their own expertise, providing valuable preparation for their future academic careers.

The second referee, selected from experienced researchers from the universities and other scientific institutions, adds depth and rigor to the evaluation process. This year, over 46 % of these reviewers were international experts, including former faculty students currently affiliated with foreign universities. We sincerely thank all 83 referees (from 196 invitations sent) for their willingness and dedication, which have been instrumental in maintaining the high quality of the Proceedings. This quality is reflected in more than 1205 citations indexed in the Web of Science database for the papers from previous WDS proceedings.

We would also like to express our heartfelt thanks to all speakers and participants for creating a productive and friendly atmosphere throughout the conference. Finally, we gratefully acknowledge the efforts of our colleagues and cooperating students for their invaluable assistance in the preparation and organization of the conference, both before and during the event.

Editors thank to following referees: I. Abushzada, M. Aghabozorgi Nafchi, B. Antony, J. A. Araneda Sepulveda, A. Bakalova, P. K. Basuvaraj, K. Biliak, J. Blazek, V. Bozza, J. Bulicka, T. Burian, L. Cehakova, J. Chalupsky, J. Cikhardt, R. D'Amicis, T. Davidek, M. Davidkova, P. Devi, A. Di Pinto, P. Dohnal, T. Formanek, T. Furstova, M. Ghosh, D. Hajkova, M. Hejduk, O. E. Hernandez Alvarez, J. Hromadka, I. Hudak, S. Ijaz, M. Imai, M. Ivanek, S. Jelinek, M. Jimeenez-Redondo, P. Kacovsky, E. Kassa, E. Klimesova, J. Kocisek, D. Korzec, A. N. Kotana, Z. Koupilova, A. Kovalenko, K. Kovarik, P. Kroupa, O. Kylian, A. Lazukin, T. Ledvinka, J. Legerska, S. Lukes, N. Machado Crespo, O. Nedelcev, F. Nemec, D. Nikitin, L. Nouzak, J. Olejnicek, M. Ortaggio, P. Papp, A. E. Pardo Vallés, B. Park, M. Pawlak, T. Pierog, A. P. Prieto Perez, Z. Prochazkova, M. Protsak, S. Rednyk, O. W. Roberts, K. Rosicka, A. Samsonov, D. Scheirich, M. Setvin, J.-H. Shue, M. Snetinova, T. P. Softley, V. Stranak, R. Svarc, M. A. C. Teixeira, E. Ukraintsev, T. Umeda, P. Vogt, L. Vysin, J. Wild, E. Yushkov, P. Zacharov, and A. Zahoranova.

Part — Physics (ISBN 978-80-7378-532-1)

• Front Matter, pp. 1–8
• J. Bulička, M. Krupka, Š. Jelínek, T. Burian, J. Vaverka, J. Dostál, R. Dudžák, V. Hájková, T. Dias, A. Carine, and L. Juha, Laboratory Simulations of Hypervelocity Debris Impacts on Fusion Reactor First Walls by Laser Beams, ^f2, pp. 9–20
• Š. Vrba and D. Tskhakaya, Early-Phase Effects of an ELM in JET, ^f2, pp. 21–29
• M. Ivánek, I. Ďuran, S. Entler, P. Sládek, R. Bankov, J. Šoltés, L. Viererbl, T. Melichar, P. Turjanica, J. Řeboun, and M. Šimonovský, Instrumented High Fluence Neutron Irradiation Test of Antimony Hall Sensors — Experimental Setup and the First Results, ^f2, pp. 30–37
• I. Abushzada, A. Pitňa, J. Šafránková, and Z. Němeček, Multispacecraft Investigation of MHD Turbulence Across Interplanetary Shocks, ^f2, pp. 38–46
• Sruti Satyasmita and T. Ďurovcová, Study of the Proton Beam Parameters Near the Sun, ^f2, pp. 47–52
• M. Ghosh, G. Pi, J. Šafránková, and Z. Němeček, A Comprehensive Study of the Plasma Parameter Changes in the Magnetopause Boundary Layer, ^f2, pp. 53–58
• S. Li, G. Pi, Z. Němeček, and J. Šafránková, Geostationary Satellite Observations on the Mother’s Day Magnetic Storm, 10–11 May 2024, ^f2, pp. 59–66
• P. Houfek, J. Souček, and O. Santolík, Particle Simulation of Solar Wind Electron Plasma Wave Growth, ^f2, pp. 67–74
• J. Mičko, J. Souček, D. Píša, and O. Santolík, Statistical Analysis of Waves and Dust in Solar Orbiter TDS Data, ^f2, pp. 75–83
• K. Rosická, O. Santolík, I. Kolmašová, and F. Němec, Full-Wave Modeling of Whistler Wave Propagation Through the Martian Ionosphere, ^f2, pp. 84–93
• A. Doležalová, J. Seidl, and J. Šťástka, Application of Machine Learning to Severe Weather Prediction from Storm Top Indicators, ^f8, pp. 94–101
• D. Hájková and P. Šácha, Testing of Orographic Gravity Wave Parameterizations, ^f8, pp. 102–109
• J. Peiker, J. Karlický, and P. Huszár, Utilization of Station Data for Statistical Processing of Model Tropospheric Ozone Concentrations in Europe, ^f8, pp. 110–116
• S. Agarwal, S. Singh, P. Devi, M. Krupka, A. Laso Garcia, David Chvatil, R. Dudzak, J. Krasa, and L. Juha, Calibration of Scintillator-Stack Spectrometer at the Microtron (MT25) Facility, ^f2, pp. 117–123
• Š. Jelínek, R. Dudžák, J. Dostál, V. Hájková, L. Juha, M. Krupka, M. Makita, M. Vannoni, V. Vozda, J. Wild, and J. Chalupský, Characterization of Non-Gaussian Beam Profiles Using Laser Ablation, ^f2, pp. 124–128
• P. Devi, S. Singh, S. Agarwal, M. Krupka, R. Dudzak, A. Laso Garcia, L. Švandrlík, J. Krása, and L. Juha, Comparative Study of Filter Stack Spectrometer in Laser Interaction with Solid and Foam Targets, ^f2, pp. 129–135
• V. Scheinpflug, T. Burian, L. Vysin, L. Juha, J. J. Rocca, and C. S. Menoni, Temperature Dependence of Radiochemical Reactions and Radiobiological Processes: A Focus on Plasmid DNA, ^f4, pp. 136–143
• S. Gahramanli, A. Zahoranová, and P. Šrámková, Surface Modification of Polymers Using Various Low-Temperature Plasma Systems, ^f2, pp. 144–149
• E. García, B. Stachová, Š. Matejčík, J. Országh, N. Tańska, W. Breguła, M. Moravčík, and F. Krčma, Electron Induced Dissociative Excitation of Formamide, ^f2, pp. 150–153
• G. D. Megersa, B. Stachová, E. L. Garcia Angulo, Š. Matejčík, and J. Országh, Low-energy Electrons Interaction with Acetone (CH₃)₂CO in the UV–Vis Spectral Region, ^f2, pp. 154–157
• A. Pardo, M. Klas, P. Šrámková, V. Medvecká, and Š. Matejčík, Tebuconazole Degradation Using Diffuse Coplanar Surface Barrier Discharge, ^f2, pp. 158–162
• O. E. Hernández Alvarez, S. Rednyk, Š. Roučka, P. Dohnal, R. Plašil, and J. Glosík, Experimental Design for Studying Ammonia Deuteration Mechanisms in Interstellar Conditions, ^f2, pp. 163–168
• P. Slezák, M. Kassayová, S. Dumitru, S. Rednyk, R. Plašil, Š. Roučka, P. Dohnal, and J. Glosík, Dissociative Recombination of HCO⁺ Ions with Electrons at Temperature 159 K, ^f2, pp. 169–175
• I. Naiko, A. Ostapenko, H. Krýsová, M. Čada, I. Venkrbcová, J. Maňák, and Z. Hubička, Characterisation of the HiPIMS Process for Deposition of CuFe₂O₄ with Spinel Structure, ^f2, pp. 176–180
• I. Hudák, V. Kumar, N. Lausti, and M. Hejduk, Electromagnetically Induced Transparency with Ion and Electron Confined in a Paul Trap, ^f2, pp. 181–193
• V. Kumar, D. Motyčka, A. Jelínek, N. Lausti, I. Hudák, and M. Hejduk, Electron–Ion Loading in the Paul Trap, ^f2, pp. 194–206
• N. Lausti, V. Kumar, and M. Hejduk, Dynamics of Small 2D Coulomb Crystals, ^f2, pp. 207–216
• H. Ovcharenko, J. Podolský, and M. Astorino, Black Holes of Type D and Physical Interpretation of Their Various Forms, ^f1, pp. 217–224
• M. Stano, Hairy Black Holes in Higher-Derivative Gravity, ^f1, pp. 225–230
• D. Černý and J. Haas, Gravitational Lensing from Stellar Remnants in the Galactic Center, ^f1, pp. 231–236
• K. Syrokvaš on behalf of the Pierre Auger Collaboration, The Hybrid Reconstruction of Showers Seen by the Pierre Auger Observatory, ^f9, pp. 237–241
• R. Vavřička and T. Sýkora, Classifier Decorrelation Techniques for QCD Instanton Searches at the LHC, ^f9, pp. 242–248
• K. Skorvankova, P. Solar, Z. Krtous, and J. Kousal, Gas Aggregation-Based Synthesis of Functionalized Polymer Nanoparticles for Bioapplications, ^f4, pp. 249–253
• V. Červenková, D. Nikitin, M. Cieslar, L. Bajtošová, M. Dopita, H. Biederman, A. Shukourov, and L. Martinů, Copper Nitride Nanoparticles Synthesized via Post-Magnetron Sputtering for Low-Temperature Hydrogen Sensing, ^f4, pp. 254–259
• J. Naus, Smart Devices and Digital Literacy in Physics Education, ^f12, pp. 260–265
• J. Kafka, Review of University Training for Pre-service Teachers in Quantum Physics in the Czech Republic, ^f12, pp. 266–272
• T. Blovský, Critical Analysis of Thermodynamics and Statistical Physics Concepts in High School Textbooks and Electronic Materials, ^f12, pp. 273–278
• Back Matter, pp. 280

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

Last revision on February 22, 2026.