Dust grains immersed in a plasma can exhibit charge fluctuations in response to the
oscillatory plasma currents flowing onto them. The fluctuation electrodynamics of dusty …

The form of the grain size distribution strongly influences the linear dielectric response of a
dusty plasma. For a class of size distributions and a thermal velocity distribution, there is an …

The shielded potential and the energy loss of N 2 projectiles propagating through a
multicomponent dusty plasma are studied. Analytically general expressions have been …

Expressions for the electrostatic potential and the energy loss are derived for a variety of
arrays of dust grain projectiles, arranged at different orientations and separations and …

The dynamical charging of grains in a dusty plasma enhances the shielding of test charges.
Time scales for charging are determined by the ambient plasma parameters and the grain …

The form of the grain size distribution strongly influences the linear dielectric response of a
dusty plasma. For a class of size distributions there is an equivalence to a Lorentzian …

The electrostatic potentials (Debye and wake) and energy loss due to a charged projectile
propagating through an unmagnetized collisionless dusty plasma are derived employing …

By employing a dielectric approach, the energy loss of a pair of test charged projectiles
passing through a multicomponent dusty plasma, retaining two ion correlation effects is …

The wake-field excited by a test charge moving through a multicomponent dusty plasma is
calculated by using the fluid as well as the Vlasov–Poisson model. It is shown that the ion …

Fission induced by 197Au on proton collisions is investigated in order to study the nuclear
viscosity in highly excited nuclear matter. The isotopic identification of the fission residues …