This paper assigns optimum capillary discharge characteristics with respect to reaching the maximum emission gain on wavelength l = 18.2 nm and corresponding to Balmer α transition H-like carbon. The computer modelling of the capillary discharge evolution is carried out using the NPINCH programme, using a one-dimensional physical model based on MHD equations. The information about the capillary discharge evolution is processed in FLY, FLYPAPER, FLYSPEC programmes, enabling the population to be modelled on specific levels during capillary discharge
Feasible soft-X-ray amplification in the CVI and NVII Balmer transition is investigated in a capill...
Abstract The optimum conditions for soft x-ray amplification through the dynamics of Ar plasma,creat...
Capillary discharge experiments have been carried out to obtain lasing of Ne-like Ar soft X-ray at 4...
The work examines possibilities of capillary discharge pinching plasma driven by combination of two ...
It is long ago recognized that Z-pinches represent very natural medium for x-ray lasers (XRL) due to...
It is long ago recognized that Z-pinches represent very natural medium for x-ray lasers (XRL) due to...
Computer modeling of a fast electrical discharge in a nitrogen-filled alumina capillary was performe...
1999 Fall.Includes bibliographical referencesThe direct generation by electrical discharges of hot a...
This work presents a numerical study of a Neon-like Argon capillary discharge xray laser. We outline...
Starting from the three fundamental transport processes in a plasma (particle, momentum and heat tr...
Magnetohydrodynamic simulation results related to the capillary discharge dynamics are presented. T...
Capillary plasmas with large length-to-diameter ratios (1ld> 100) are proposed as amplification m...
A device producing Z-pinching plasma as a source of XUV radiation is described. Here a ceramic capac...
A hydrogen-filled capillary discharge waveguide made of quartz is presented for high-energy laser wa...
2001 Fall.Includes bibliographical references.A compact high repetition rate, high average power cap...
Feasible soft-X-ray amplification in the CVI and NVII Balmer transition is investigated in a capill...
Abstract The optimum conditions for soft x-ray amplification through the dynamics of Ar plasma,creat...
Capillary discharge experiments have been carried out to obtain lasing of Ne-like Ar soft X-ray at 4...
The work examines possibilities of capillary discharge pinching plasma driven by combination of two ...
It is long ago recognized that Z-pinches represent very natural medium for x-ray lasers (XRL) due to...
It is long ago recognized that Z-pinches represent very natural medium for x-ray lasers (XRL) due to...
Computer modeling of a fast electrical discharge in a nitrogen-filled alumina capillary was performe...
1999 Fall.Includes bibliographical referencesThe direct generation by electrical discharges of hot a...
This work presents a numerical study of a Neon-like Argon capillary discharge xray laser. We outline...
Starting from the three fundamental transport processes in a plasma (particle, momentum and heat tr...
Magnetohydrodynamic simulation results related to the capillary discharge dynamics are presented. T...
Capillary plasmas with large length-to-diameter ratios (1ld> 100) are proposed as amplification m...
A device producing Z-pinching plasma as a source of XUV radiation is described. Here a ceramic capac...
A hydrogen-filled capillary discharge waveguide made of quartz is presented for high-energy laser wa...
2001 Fall.Includes bibliographical references.A compact high repetition rate, high average power cap...
Feasible soft-X-ray amplification in the CVI and NVII Balmer transition is investigated in a capill...
Abstract The optimum conditions for soft x-ray amplification through the dynamics of Ar plasma,creat...
Capillary discharge experiments have been carried out to obtain lasing of Ne-like Ar soft X-ray at 4...