Russian Academy of Sciences Institute of Problems of Chemical Physics RAS Joint Institute for High Temperatures RAS XIII International Conference on Physics of Non-Ideal Plasmas September 13 | 18, 2009, Chernogolovka, Russia Book of Abstracts Chernogolovka 2009 The book consists of the abstracts of oral and poster contributions to the XIII International Conference on Physics of Non-Ideal Plasmas (September 13 | 18, 2009, Chernogolovka, Russia). The Conference continues a tradi- tional series of meetings devoted to new theoretical and experimental results on the physics of dense non-ideal plasmas: Martzlow-Garwitz, 1980; Wus- trow, 1982; Biesenthal, 1984; Greifswald, 1986; Wustrow, 1988; Gosen, 1991; Markgrafenheide, 1993; Binz, 1995; Rostock, 1998; Greifswald, 2000; Valen- cia, 2003; Darmstadt, 2006. The following questions are covered: statistical physics and mathematical modeling (including simulation) of strongly cou- pled Coulomb systems, equilibrium properties and equation of state of dense plasmas, kinetics, transport and optical properties of dense Coulomb systems, dense hydrogen, laser and heavy-ion-produced plasmas, dense astrophysical plasmas, phase transitions in plasmas and fluids, dusty plasmas. The conference is held under financial support of the Russian Academy of Sciences, Russian Foundation for Basic Research (grant No. 09 { 02 { 06154Γ), and Dynasty Foundation. Contents 1 Statistical physics and mathematical modeling of strongly cou- pled Coulomb systems 16 1.1 Mathematical simulation of kinetic processes in the non-ideal nuclear-excited dust plasma of the noble gases Budnik A.P., Deputatova L.V., Fortov V.E., Kosarev V.A., Rykov V.A., Vladimirov V.I., JIHT RAS . 16 1.2 Diagnosics of dense plasmas via transport and optical proper- ties Reinholz H., Raitza T., R¨opke G., Wierling A., Winkel M., U. Rostock ............................ 17 1.3 Calculation of canonical properties and excited states by path integral numerical methods Vorontsov-Velyaminov P.N., Voznesenskiy M.A., Polyakov E.A., Lyubartsev A.P., SPbSU, SU . 18 1.4 Investigation formation of charge and of energy spectra of mul- tiply charged ions, generated under the action of laser radia- tion on the surface of two-element targets Tm2O3, Yb2O3 and Eu2O3 Khaydarov R., Berdierov G., IAPh-Tashkent . 19 1.5 Path integral Monte Carlo simulations of the equation of state of strongly coupled quark{gluon plasma. Ivanov Y.B., Skokov V.V., Filinov V.S., Bonitz M., Lev- ashov P.R., Fortov V.E., CAO, GSI, JIHT RAS . 20 1.6 Phase diagram and crystallization in dipolar bosonic systems Filinov A.V., Prokof'ev N.V., Bonitz M., Lozovik Y.E., CAU, ISAN, UM ............................ 21 1.7 Quantum Potential including Diffraction and Exchange Effects Dufty J.W., Dutta S., Bonitz M., Filinov A., CAU, U. Florida . 22 1.8 Temperature Dependence of Density Profile for Confined Charges Wrighton J., Dufty J.W., Bonitz M., K¨ahlertH., CAU, U. Florida 22 1.9 Semi-Classical Model of Strongly Correlated Coulomb Systems in Weak Magnetic Field Ciftja O., PVAMU ........................ 23 1.10 Ambipolar diffusion in non-stoichiometric ionic solids Yakub E.S., OSEU ....................... 24 3 1.11 Interfacial Properties of the Strongly Coupled Imidazolium Ionic Liquids: a Molecular Dynamics Study Kislenko S.A., Samoylov I.S., Amirov R.H., JIHT RAS . 25 1.12 Dynamic local field corrections for two-component plasmas Wierling A., U. Rostock ..................... 26 1.13 Specific Features of Spallation Processes in Polymetylmetacry- late under High Strain Rate Krasyuk I.K., Geraskin A.A., Khishchenko K.V., Pashinin P.P., Semenov A.Y., Vovchenko V.I., GPI, IEP UB RAS, JIHT RAS 27 1.14 Transition of Electromagnetic Wave Through a Warm Over- dense Plasma Rajaee L., Mirabotalebi S., AU, QOMU . 28 1.15 Coulomb systems' modeling under consideration of finite in- strumental resolution scales Minkova N.R., TSU ....................... 28 1.16 Ionization cross section for strongly coupled hydrogen plasma with arbitrary ionization degree Baimbetov F.B., Kudyshev Z.A., IETP KazNU . 29 1.17 Modeling of Dielectrics Bombardment with Swift Heavy Ions Ivanov D.S., Osmani O., Rethfeld B., TUKL . 30 1.18 Collective mode dispersion in a two-dimensional quantum dipole system Kalman G., Golden K., Filinov A.V., Hartmann P., Bonitz M., Donk´oZ., BC, CAU, KFKI-CMRC, UVM-CEMS . 31 1.19 Classical Molecular Dynamics Model for Coupled Two-Component Plasmas - Ionization Balance and Time Considerations. Calisti A., Talin B., PIIM .................... 32 1.20 Ab initio modeling of solids with hot electron subsystem Stegailov V.V., JIHT RAS ................... 32 1.21 Experimental and numerical study of distribution of dense non- ideal core and rare corona plasmas in the discharge channel Tkachenko S.I., Mingaleev A.R., Ter-Oganesyan A.E., Shelkovenko T.A., Romanova V.M., Olhovskaya O.G., Krukovskij A.Yu., Lomonosov I.V., Apfelbaum E.M., Pikuz S.A., FIAN, IMM RAS, IPCP RAS, JIHT RAS, MIPT ........................ 33 1.22 Approaches to the Simulation of Nonideal Plasmas by the Method of Antisymmetrized Wave Packet Molecular Dynamics Morozov I.V., Valuev I.A., JIHT RAS . 34 1.23 Formation of the globular defects in fluorite-like ionic crystals Yakub L.N., Yakub E.S., OSAR, OSEU . 35 4 2 Equilibrium properties and equation of state of dense plasmas 37 2.1 Velocity distributions and kinetic equations for plasmas includ- ing Levy-type noise Ebeling W.O., Romanovsky M.Y., Sokolov I.M., GPI, HU Berlin 37 2.2 Phase shifts and the second virial coefficient for a partially ionized Hydrogen plasma Ramazanov T.S., Omarbakiyeva Y.A., R¨opke G., IETP KazNU, U. Rostock ............................ 37 2.3 Electrical resistivity in warm dense plasmas beyond the average- atom model Pain J.C., Dejonghe G., CEA . 38 2.4 Modeling of Thermodynamic Properties of Dense Multicharged- Ion Plasmas Based on the Chemical-Picture Approach Shadrin A.A., Loboda P.A., Popova V.V., RFNC-VNIITF . 39 2.5 Ionization equilibrium, thermodynamic and dynamic properties of a dense partially ionized plasma Redmer R., Ramazanov T.S., Dzhumagulova K.N., Gab- dullin M.T., Turekhanova K.M., IETP KazNU, UniRostock . 40 2.6 HNC calculations for the structure of dense multi-component plasmas Schwarz V., Holst B., Bornath T., Fortmann C., Kraeft W.D., Thiele R., Redmer R., Gregori G., Lee H.J., Doeppner T., Glen- zer S.H., LLNL, U. Oxford, U.C. Berkeley, U. Rostock . 41 2.7 On the metal-nonmetal transition in fluid aluminum Rakhel A.D., JIHT RAS ..................... 41 2.8 Dielectric catastrophe and insulator-metal transition in AlH3. Khrapak A.G., Molodets A.M., Shakhray D.V., Fortov V.E., IPCP RAS, JIHT RAS ..................... 42 2.9 Numerical data for thermodynamics of hydrogen in the Saha regime from exact low-temperature expansions Alastuey A., Ballenegger V., ENS, UFC . 43 2.10 Use of Pulsed Radiography for Investigation of Equation of States of Substances at Megabar Pressures Egorov N.I., Boriskov G.V., Bykov A.I., Kuropatkin Yu.P., Luk'yanov N.B., Mironenko V.D., Pavlov V.N., RFNC-VNIIEF 44 2.11 Multiphase equation of state for iron at high pressures and temperatures Khishchenko K.V., JIHT RAS . 45 5 2.12 Hydrofullerene C60H36 under high-pressure short-time condi- tions Shakhray D.V., Savinykh A.S., Molodets A.M., IPCP RAS . 45 2.13 Low ion-velocity slowing down in a strongly magnetized plasma target Deutsch C., UParis XI ...................... 46 2.14 Semiempirical equations of state for metals based on Thomas{ Fermi model Shemyakin O.P., Khishchenko K.V., JIHT RAS . 47 2.15 Thermodynamic Properties of Gaseous Plasmas in the Zero- Temperature Limit Iosilevskiy I.L. JIHT RAS .................... 47 3 Kinetics, transport and optical properties of dense Coulomb sys- tems 49 3.1 Dynamical collision frequency in warm dense matter: Exemplary application to plasma reflectivity Winkel M., Reinholz H., Wierling A., R¨opke G., Zaporozhets Yu.B., Mintsev V., IPCP RAS, U. Rostock . 49 3.2 Magnetotransport properties of dense plasmas Reinholz H., Adams J., R¨opke G., Redmer R., Shilkin N.S., Mintsev V.B., Gryaznov V.K., IPCP RAS, U. Rostock, UWA . 50 3.3 K-line emission profiles of warm dense matter with focus on plasma polarization shift and M-shell satellites Sengebusch A., Reinholz H., R¨opke G., U. Rostock . 51 3.4 The calculations of transport coefficients of noble gases under high pressures Apfelbaum E.M., JIHT RAS . 52 3.5 Nonlinear Collisional Absorption of Laser Light in Dense Plas- mas Grinenko A., Gericke D.O., Warwick . 53 3.6 On the replacement of collisional recombination mechanism in nonideal plasma. Lankin A.V., MIPT ....................... 54 3.7 Energy Relaxation in Dense Two-Temperature Plasmas Schlanges M., Bornath T., Gericke D.O., Vorberger J., U. Greif- swald, U. Rostock, Warwick . 54 3.8 Pressure Broadening of Spectral Lines in Dense Lithium Plas- mas Lorenzen S., Wierling A., Reinholz H., R¨opke G., U. Rostock . 55 6 3.9 Radiation Hydrodynamics of Laser{induced Plasmas using Dy- namic Collision Frequencies Sperling P., Wierling A., R¨opke G., Winkel M., U. Rostock . 56 3.10 S- and P- polarized reflectivities of explosively driven strongly non-ideal xenon plasma Zaporozhets Yu.B., Mintsev V.B., Gryaznov V.K., Reinholz H., R¨opke G., Fortov V.E., JIHT RAS, IPCP RAS, U. Rostock . 57 3.11 Quantum kinetic approach to time-resolved photoionization of multi-electron atoms Bauch S., Hochstuhl D., Balzer K., Bonitz M., CAU . 58 3.12 Structure and X-Ray Scattering in Warm Dense Matter Gericke D.O., Wuensch K., Vorberger J., Warwick . 59 3.13 Atomic Database Spectr-W3 for Plasma Spectroscopy and Other Applications. Current Status and Perspectives Loboda P.A., Gagarin S.V., Kozlov A.I., Morozov S.V., Popova V.V., Vanina I.A., Faenov A.Ya., Magunov A.I., Pikuz T.A., Sko- belev I.Yu., Urnov A.M., Vainshtein L.A., FIAN, JIHT RAS, RFNC-VNIITF .........................