Structuring that results from plasma streaming at sub‐Alfvénic speeds across an external
magnetic field is considered. Previously, it has been proposed the lower hybrid drift …

Beams of charge-and current-neutralized plasma will cross a transverse-magnetic field by a
combination of collective-plasma processes. These processes were studied for a high-to-low …

Spatially and temporally resolved spectroscopic measurements of the magnetic field,
electron density, and turbulent electric fields are used to study the interaction between a …

The interaction of an expanding laser plasma with a uniform external magnetic field is
studied over a wide range of experimental parameters (for a plasma energy of up to 300 J …

A descriptive model of normal zone (N-zone) propagation during the pulsed transition from
superconducting to normal state (SN switching) in the YBaCuO thin films is proposed. The …

This report is a self-contained and comprehensive review of the physics of propagating
pulses of high-intensity high-energy particle beams in pre-existing or self-generated …

The interaction between a moving magnetic-field front and a low-collisionality plasma
consisting of different ion species is investigated using spatially and temporally resolved …

Unexpected irreversible damage appeared in samples while investigating pulsed SN
switching in YBaCuO thin films. Examination of a scanning electron microscope image of a …

This report examines the physics governing certain aspects of plasma propellant flow
through a magnetic nozzle, specifically the integrity of the interface between the plasma and …

A nonlocal theory of the Rayleigh‐Taylor instability is developed that applies to both
magnetized and unmagnetized ion systems. The distinction between these two regimes is …