[PDF] Top 20 Ion dynamics in collisionless shock waves

... In previous sections, it has been shown that the laminar model of a plane, perpendicular, collisionless, shock wave may break down in two ways. - The first was the obvious one, as an initial requirement of ... See full document

... ionizing shock is defined as a compressive wave which propa- gates into a nonionized, nonconducting gas, ionizes it, and thus makes the post-shock gas electrically conducting and capable of interacting with ... See full document

... the shock ion distributions were obtained by the time-of-flight Composition and Distribution Function analyzer (CODIF) of the Cluster Ion Spectrometry (CIS) experiment [R˙eme et ...the Waves of ... See full document

... interesting dynamics of a magnetic hole in the solar wind upstream the Earth’s bow ...a shock is formed on the side of the plasma cavity that faces the upwind solar ... See full document

... solitary waves formed in ...nonlinear dynamics of plasmas. Thus, for example, the propagation of nonlinear ion acoustic waves and shocks were studied in dusty plasma [8] and the ... See full document

... Unmagnetized Collisionless plasma consisting of cold relativistic electron fluid, non Maxwellian hot electrons and stationary ...linear dynamics of the electron acoustic solitary waves is governed by ... See full document

... molecular dynamics, and also to moderate LET values, for which these effects would be more difficult to ...laser-accelerated ion pulses have already been reported, capable of generat- ing short ion ... See full document

... The dynamics of long oblique MHD waves in a collisionless plasma permeated by a uniform magnetic field is addressed using a Landau-fluid model that includes Hall effect and electron-pressure gradient ... See full document

... the ion inertial length and much below the ion- neutral or Coulomb mean free paths (Scalo and Elmegreen, ...such collisionless regimes, Landau damping pro- vides an important dissipation mechanism ... See full document

... the dynamics of electron and ion holes in a collisionless ...the dynamics of ion and electron holes and their interaction with radiation and the background ...that ion holes in ... See full document

... DIA waves, particularly solitary [35] in a dusty plasma by taking into account the dust charge ...dimensional dynamics of nonlinear electrostatic dust ion-coustic (DIA) waves in an ... See full document

... SWDSA waves that are generated due to nano- fl ares in the solar corona and in fast solar ...in collisionless solar coronal magnetoplasmas is caused by the SWDSA wave-electron interactions, since the SWDSA ... See full document

... cylindrical shock waves in non-ideal medium is ...of shock waves in the presence strong magnetic field; to study the behavior of shock characteristics such as shock strength, ... See full document

... opposing shock waves are ...the shock is not pre-ionized (except by precursors which in most cases produce only low levels of ...ionizing shock waves are that the gas ahead, being ... See full document

... wave, c is the light speed, and θ is the propagation angle of the shock wave. Because of instabilities driven by the trapped electrons, some electrons can be detrapped from the main pulse retaining their high ... See full document

... AN INVESTIGATION OF DETACHED SHOCK WAVES Thesis by Bernard ~alter Marschner In Partial Fulfillment or the Requirements ror the Degree of Aeronautical Engineer Calirornia Institute of Technology fasade[.] ... See full document

... In scramjet (supersonic combustion ramjet), although the incoming flow is slowed down and compressed through the inlet, combustion process occurs supersonically. Therefore, the engine is less susceptible to total ... See full document

... It is known 6 that, if a three-dimensional 共spherical兲 sec- ond sound wave is generated in He II by a point-like heater, then the propagating wave of heating 共compression兲 is fol- lowed by a wave of cooling 共 rarefaction ... See full document

... We have also modelled directly the decay of capillary turbulence after a stepwise removal of the driving force. The full kinetic equation (3) with a dissipative term was solved numerically. The calculations were carried ... See full document

... subsonic regions upstream the nose of central body and near the walls of the channel. Further reducing of the inlet Mach number leads to a restructuring of shock waves and splitting of supersonic regions at ... See full document