The collimation of astrophysically-relevant plasma ejecta in the form of narrow jets via a
poloidal magnetic field is studied experimentally by irradiating a target situated in a 20 T …

We experimentally measure the effects of an applied axial magnetic field (B z) on laboratory
plasma jets and compare the experimental results with numerical simulations using an …

We present an experimental study of the development and structure of bow shocks
produced by the interaction of a magnetised, collisional, super-Alfvénic plasma flow with …

The effective scaling of positron-electron pair production by direct, ultraintense laser-matter
interaction is investigated for a range of target materials and thicknesses. An axial magnetic …

We investigate the formation of a laser-produced magnetized jet under conditions of a
varying mass ejection rate and a varying divergence of the ejected plasma flow. This is done …

We present an experimental investigation of the formation stage of a collisionless shock
when the flow velocity is aligned with an ambient magnetic field utilizing laser-driven, super …

A summary of closed-form expressions for the magnetic fields produced by rectangular-and
circular-shaped finite-length solenoids and current loops is provided altogether for easy …

Proton radiography has proved increasingly successful as a diagnostic for electric and
magnetic fields in high-energy-density physics experiments. Most experiments use target …

We present experimental results of two head-on colliding plasma sheaths accelerated by
pulsed-power-driven coaxial plasma accelerators. The measurements have been performed …

In this paper, collimated plasma jets form from Joule heating and ablation of a radial foil (Al
15-μm-thin disk) using a pulsed power generator (Cornell Beam Research Accelerator) with …