26. Januar 2020 bis 1. Februar 2020
Hirschegg/Austria
Europe/Berlin Zeitzone

Sitzung

Dynamics in Plasmas

28.01.2020, 17:00
Hirschegg/Austria

Hirschegg/Austria

Waldemar-Petersen-Haus Oberseitestraße 38 A-6992 Hirschegg/Kleinwalsertal

Vorsitzende der Sitzung

Dynamics in Plasmas

  • Naeem Ahmad Tahir (GSI, Darmstadt)

Präsentationsmaterialien

Es gibt derzeit keine Materialien.

  1. Herr Yuanbo Sun (Beijing institute of Technology)
    28.01.20, 17:00
    Talk
    we derived the dispersion relation for the RTI problem at cylindrical fluid/fluid, solid/solid and fluid/solid interfaces by the decomposition method and also its planar counterpart, which is still easily expanded to study the behaviors of the interfaces by the impulsively accelerated model. Searching for the mathematical details of the dispersion relation, we developed a methodology to study...
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  2. Prof. Antonio Roberto Piriz (University of Castilla-La Mancha)
    28.01.20, 17:25
    Talk
    The linear theory of the incompressible Rayleigh-Taylor instability in elastic-plastic solid slabs is developed on the basis of the simplest constitutive model consisting in a linear elastic (Hookean) initial stage followed by a rigid-plastic phase. The slab is under the action of a constant acceleration and it overlays a very thick ideal fluid. The boundaries of stability and plastic flow are...
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  3. Prof. Yakov Krasik (Physics Department, Technion)
    28.01.20, 17:50
    Talk
    Experimental and numerical data regarding recent results on underwater electrical explosion of wires and shock waves generation will be presented which include ultra-fast Al wire combustion, development of thermal instabilities during wire explosion and symmetry of converging shock waves.
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  4. Dr. Antoine Bret (Universidad Castilla La Mancha)
    28.01.20, 18:15
    Talk
    We extend the analysis presented last year to the perpendicular case.
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  5. Dr. Vladimir Stegailov (JIHT RAS)
    28.01.20, 18:40
    Talk
    Transition of molecular hydrogen to atomic ionized state with increase of temperature and pressure poses still unresolved problems for experimental methods and theory. Here we analyze the dynamics of this transition and show its nonequilibrium non-adiabatic character overlooked in both interpreting experimental data and in theoretical models. The non-adiabatic mechanism explains the strong...
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