Now showing items 1-6 of 6

    • Gomberoff, L.; Gomberoff, K. (1992)
      It is shown that in a current-carrying cylindrical plasma with a free boundary, resistivity and thermal conductivity can lead to large-scale steady convection. Convection can take place for any azimuthal wave number m, ...
    • Gomberoff, K.; Gomberoff, L. (1992)
      The effect of Hall currents on the steady convection of a fully ionized current‐carrying cylindrical plasma column surrounded by perfectly conducting walls is studied. In general, when the Hall term is large, it can affect ...
    • Gomberoff, (1989)
      In a previous paper [J. Plasma Phys. 34, 299 (1985)] it was shown that resistivity and thermal conductivity lead to large scale stationary convection in a current-carrying cylindrical plasma under the action of a shearless ...
    • Pradenas Márquez, Bastián; Araya, Isidora; Clerc Gavilán, Marcel; Falcón Beas, Claudio; Gandhi, Punit; Knobloch, Edgar (American Physical Society, 2017)
      We report on an experimental, theoretical, and numerical study of slanted snaking of spatially localized parametrically excited waves on the surface of a water-surfactant mixture in a Hele-Shaw cell. We demonstrate ...
    • Falcón, Claudio; Knobloch, Edgar (American Physical Society, 2018)
      We apply Lighthill's theory of aeroacoustic sound generation to shallow water gravity waves generated by spatially confined two-dimensional turbulence. We show that the frequency spectrum of surface waves at large distances ...
    • Herrmann-Priesnitz, B.; Calderón-Muñoz, W.; Soto Bertrán, Rodrigo (Springer-Verlag Wien, 2018)
      © 2018, Springer-Verlag GmbH Austria, part of Springer Nature. The analysis of the disturbances on a spiraling base flow is relevant for the design, operation, and control of technological devices such as parallel-disk ...