PROGRAM
Scientific-Coordination Session on "Non-Ideal Plasma Physics"
December 16-17, 2020
December 16, 2020
10:00. I. Iosilevskiy. Introductory words
Vladimir Fortov. In Memoriam (Jan 23, 1946 - Nov 29, 2020)
Chairman: Igor Iosilevskiy
| 1. | 10:20–10:40 | Petrov Oleg Fedorovich () Vladimir Fortov's Space Odyssey |
| 2. | 10:40–11:00 | Son Eduard Evgen'evich () Fundamental investigations of Vladimir Fortov on non-ideal plasmas |
| 3. | 11:00–11:20 | Sharkov B.Yu. (), Hoffmann D., Golubev A. Vladimir Fortov in establishment and development of heavy–ion research in physics of extreme states in Russia and abroad |
| 4. | 11:20–11:40 | Redmer R. (), Ebeling W. Development of non-ideal plasma physics in Germany |
| 5. | 11:40–12:00 | Mintsev Victor Borisovich (), Gryaznov V.K., Lomonosov I.V. Physics of non-ideal plasmas in IPCP RAS (Chernogolovka) |
| 6. | 12:00–12:10 | Ramazanov Tlekkabul Sabitovich () Academician V.E.Fortov and physics of non-ideal plasmas in Kazakhstan |
Non-ideal plasma in Astrophysical Applications
Chairman: Igor Iosilevskiy
| 7. | 12:10–12:30 | Popov Sergei B. () Fast radio bursts and magnetars |
| 8. | 12:30–12:50 | Zakharov Alexander Fyodorovich () Black holes as the most attractive astronomical objects (the Nobel prize in physics in 2020) |
| 9. | 12:50–13:10 | Blaschke David (), Fisher T., Bauswein A., Cierniak M. Recent results on quark plasma at extreme densities in neutron stars and their mergers |
| 10. | 13:10–13:30 | Potekhin Alexander Yurievich (), Pearson J.M., Chamel N. Structure of the mantles of neutron stars |
| 11. | 13:30–13:50 | Baiseitov K.M. (), Moldabekov Zh.A., Ramazanov T.S. Boundary waves in quark-gluon plasma |
| 13:50–14:50 | LUNCH |
High Energy Density Physics
Chairman: Eduard Son
| 12. | 14:50–15:10 | Hoffmann Dieter H.H. () Proton boron fusion revisited with respect to accelerator driven high energy density science |
| 13. | 15:10–15:30 | Zelener Boris Vigdorovich (), Bronin S.Ya., Klayrfeld A.B., Vikhrov E.V., Zelener B.B. Simulated expansion and ion front formation of ultracold plasma |
| 14. | 15:30–15:50 | Shpatakovskaya Galina Vasilievna. () Comparison of experimental and theoretical binding energies in electronic shells of palladium group metals |
| 15. | 15:50–16:10 | Khomkin Alexandr Lvovich (), Shumikhin A.S. Is the atomic metal vapor a dielectric state? |
| 16. | 16:10–16:30 | Fedorov Ilya Dmitrievich (), Stegailov V.V. Exciton dynamics in warm dense hydrogen |
| 17. | 16:30–16:50 | Seisembayeva M.M. (), Shalenov E.O., Kossymkyzy Zh., Ramazanov T.S., Dzhumagulova K.N. Investigation of the electron runaway phenomenon in a dense semiclassical plasma |
| 18. | 16:50–17:10 | Yerlanuly Yerassyl (), Gabdullin M.T., Ramazanov T.S. Carbon nanowalls synthesis in the plasma of a radio-frequency discharge |
| 19. | 17:10–17:30 | Sartan Roman Alexandrovich () Changes in properties of h2 molecules at the phase transition in warm dense hydrogen |
| 20. | 17:30–17:50 | Lavrinenko Yaroslav Sergeevich (), Morozov I.V., Valuev I.A. WPMD-DFT calculations of the deuterium Hugoniot |
December 17, 2020
Thermodynamic, Transport and Optical Properties of Non-Ideal Plasmas
Chairman: Victor Mintsev
| 21. | 10:00–10:20 | Zaporozhets Yuri Borisovich (), Mintsev V.B., Reinholz H., Röpke G. Studying the optics of shock wave compressed warm dense matter |
| 22. | 10:20–10:40 | Roepke Gerd (), Reinholz H. Pressure-produced ionization of non-ideal degenerate plasmas and electrical conductivity |
| 23. | 10:40–11:00 | Veysman Mikhail Efimovich (), Roepke G., Reinholz H. Wide-range models of the optical properties of metallic and classical plasmas on the base of quantum-statistical operator method |
| 24. | 11:00–11:20 | Kondratyev Arseniy Mikhailovich (), Rakhel A.D. Direct measurements of the sound speed and its dependence on density and pressure for expanded liquid lead |
| 25. | 11:20–11:40 | Dumin Yurii Viktorovich (), Lukashenko A.T. Spontaneous temperature increase in the ultracold plasmas: disorder-induced heating vs. virialization |
Generation and Diagnostics of Non-Ideal Plasmas
Chairman: Sergey Pikuz
| 26. | 11:40–12:00 | Kulish Mikhail Ivanovich (), Mintsev V.B., Dudin S.V., Nikolaev D.N., Lomonosov I.V., Fortov V.E. Model of absorbing layer attached to silicon shock front |
| 27. | 12:00–12:20 | Nikolaev Dmitriy Nikolaevich (), Kulish M.I., Dudin S.V., Mintsev V.B., Lomonosov I.V. Softening of the Hugoniot and anomalous optical emission from shock front in Silicon at 200-500 GPa |
| 28. | 12:20–12:40 | Savvatimsky A.I. () Generation and diagnostics of the graphite melting under high pressure |
| 29. | 12:40–13:00 | Martynenko Artem Sergeevich (), Pikuz S.A., Ryazantsev S.N., Skobelev I.Yu., Golovkin I.E., Baird C., Booth N., Doehl L., Durey P., Faenov A.Ya., Farley D., Kodama R., Lancaster K., McKenna P., Murphy C.D., Spindloe C., Pikuz T.A., Woolsey N. X-ray spectroscopy validation of ionization potential depression models in dense plasma created by relativistic laser pulses |
| 30. | 13:00–13:20 | Makarov Sergey Stanislavovich (), Pikuz S.A., Rigon G., Albertazzi B., Mabey P., Pikuz T., Bouffetier V., Ozaki N., Vinci T., Falize E., Inubushi Y., Kamimura N., Katagiri K., Manuel M., Miyanishi K., Poujade O., Umeda Y., Sueda K., Togashi T., Yabashi M., Yabuuchi T., Gregori G., Kodama R., Casner A., Koenig M. High -resolution X-ray phase-contrast imaging of plasma hydrodynamics phenomena with XFEL probe |
| 13:20–14:20 | LUNCH |
Dusty & Complex Plasma
Chairman: Mikhail Vasiliev
| 31. | 14:20–14:40 | Zobnin Andrey Vjacheslavovich (), Usachev A.D., Lipaev A.M., Petrov O.F., Fortov V.E., Pustylnik M.Y., Thomas H.M., Thoma M.H. Negative ion effect on dusty plasma structure |
| 32. | 14:40–15:00 | Karasev Viktor Yurevich (), Dzlieva E.S., Pavlov S.I., Novikov L.A., Tarasov S.A., Yanitsin D.V. Dynamics of volume dust structures created in glow discharge in moderate and strong magnetic field |
| 33. | 15:00–15:20 | Khrapak Sergey Alekseevich (), Naumkin V., Lipaev A., Molotkov V. I., Huber P., Thomas H. Cavities around floating spheres in a complex plasma under microgravity conditions |
| 34. | 15:20–15:40 | Dyachkov Lev Gavriilovich () Rotation mechanisms of dust structures in stratified discharges in inhomogeneous magnetic fields |
| 35. | 15:40–16:00 | Filippov Anatoly Vasilievich () Distribution of electrons and ions near a spherical dust particle |
| 36. | 16:00–16:20 | Martynova Inna Aleksandrovna (), Iosilevskiy I.L. Non-linear screening scaling in highly asymmetric complex plasmas |
| 37. | 16:20–16:40 | Abdirakhmanov A.R. (), Kodanova S.K., Bastykova N.Kh., Moldabekov Zh.A., Dosbolayev M.K., Ramazanov T.S. Rotation of dust structures in a magnetic field in a direct current glow discharge |
16:40. Chronicle. Closing Ceremony
Poster Session
| 1. | Ryazantsev Sergey Nikolayevich (), Skobelev I.Yu., Filippov E.D., Martynenko A.S., Mishchenko M. D., Kr\r{u}s M., Renner O., Pikuz S.A. Precise wavelength measurements of Potassium He- and Li-like satellites in a laser plasma of a mineral target |
| 2. | Kozhberov Andrew A. () Electrostatic energy of coulomb crystals with polarized electron background |
| 3. | Zhukhovitskii Dmitry Igorevich () New approach to the theory of void boundary for the rf discharge complex plasma |
| 4. | Zhukhovitskii Dmitry Igorevich (), Zhakhovsky V.V. Numerical study of thermodynamics and structure of small clusters in dense gold vapor using EAM potential |
| 5. | Novikov Leontiy Aleksandrovich (), Karasev V.Yu., Dzlieva E.S., Pavlov S.I. Study of a dust trap by observation the discharge glow in a magnetic field |
| 6. | Dzlieva Elena Soslanovna (), Karasev V.Yu., Novikov L.A., Pavlov S.I. Dust trap in a glow discharge in the region of a strongly inhomogeneous magnetic field |
| 7. | Pavlov Sergei Ivanovich (), Dzlieva E.S., Novikov L.A., Karasev V.Yu. Obtaining of stable plasma-dust structures in the striation of a glow discharge in a magnetic field up to 15000 G |
| 8. | Shumova Valeria Valerievna (), Polyakov D.N., Vasilyak L.M., Rostilov T.A. Ion accumulation by dust cloud in dc discharge |
| 9. | Kolotinskiy D.A. (), Timofeev A.V. The investigation of dynamic properties of dust particles in RF plasma discharge |
| 10. | Bocharnikov Vladimir Maksimovich (), Volodin V.V., Golub V.V. Energy distribution in the dielectric barrier discharge system at low pressures |
| 11. | Chepelev Vladimir Mikhailovich (), Chistolinov A.V., Antipov S.N., Gadzhiev M.Kh. Gas chromatographic analysis of a cold plasma jet generated on a basis of an electrode microwave discharge in argon flow being interacted with atmospheric air |
| 12. | Chistolinov Andrey Vladimirovich (), Sargsyan M.A., Antipov S.N., Gadzhiev M.Kh. Optical properties of a cold plasma jet generated by atmospheric pressure electrode microwave discharge in argon flow |
| 13. | Dudin Sergey Vasilievich (), Kulish M.I., Mintsev V.B. Registration of the emission of plasma and fine particles by the Langmuir probe |
| 14. | Panov Vladislav Alexandrovich (), Vasilyak L.M., Vetchinin S.P., Pecherkin V.Ya., Kulikov Yu.M., Saveliev A.S. Electrodes polarity effect on the development of breakdown in conductive water with air microbubbles |
| 15. | Pecherkin Vladimir Yakovlevich (), Vasilyak L.M., Vetchinin S.P., Privalov P.A. Investigation of backscattering of resonant dielectric magnetic dipoles at different angles of incidence of a plane electromagnetic wave in the microwave range |
| 16. | Polyakov Dmitry Nikolaevich (), Shumova V.V., Vasilyak L.M., Rostilov T.A. Transformations of dust cloud shape in neon DC discharge |
| 17. | Syrovatka Roman Alexandrovich (), Deputatova L.V., Filinov V.S., Pecherkin V.Ya., Vasilyak L.M., Vladimirov V.I. Cleaning dielectric surfaces by the electrical fields of the linear electrodynamic Paul trap |
| 18. | Khrapak Alexey Georgievich (), Khrapak S.A. On the conductivity of moderately non-ideal completely ionized plasma |