Magnetohydrodynamic simulations of plasma evolution in nitrogen-filled alumina capillaries,
taking into account the ablation of capillary walls, are reported. Time dependences of the …

In this paper, we present the results of numerical investigations into the influence of
preionization on the properties of extreme ultraviolet (EUV) lasers based on nanosecond …

We present observations of the emission characteristics of the plasma processes of a low
inductance, sub Joule, compact capillary discharge, when operated in nitrogen at up to 600 …

Capillary discharge Z pinches have been shown to be efficient drivers for x-ray lasers
(XRLs). In this work we examine the possibility of realizing a H α nitrogen recombination …

In this paper we present the results of a detailed numerical investigation of plasma formed at
the preionization stage of extreme ultraviolet (EUV) lasers based on nanosecond capillary …

In expansion cooling phase of pinched nitrogen plasma generated by fast capillary
discharge, it might be possible to realize lasing a Blamer α recombination SXRL, which …

The evolution of a nitrogen plasma discharge in a tube with an inner diameter of 9.2 mm,
excited by a particular pulse shape, is studied to suppress ablation from the inner wall …

Our aim is to develop a tabletop monochromatic incoherent water window radiation source
based on the pinching capillary discharge in nitrogen. We have performed experiments with …

Two basic ways to amplification of spontaneous emission in the soft X-ray region are
described. The first is based on the electron-collisional recombination pum** scheme …

The emission spectra of hydrogen-like nitrogen Balmer at the wavelength of 13.4 nm in
capillary Z-pinch discharge plasma are experimentally examined. Ionization to fully strip …