Add to ORKGAbstract – Conditions of stability of the discharge various forms in a gas mix of discharge XeCl laser depending on changes of conditions pumped by up to 60 ns pulses is studied experimentally. Influence of the discharge forms on parameters of output radiation, specific output energy from the active medium and laser efficiency is defined. It is shown, that conditions of formation and the subsequent burning of the discharge, depended on a ratio of components concentration of Ne:Xe:HCl mix and value of specific pump power 1
The construction and operation of a small active volume, discharge pumped, rare gas halide excimer l...
Discharge instabilities in F2 based excimer gas lasers are investigated using a small-scale discharg...
Discharge instabilities in F2 based excimer gas lasers are investigated using a small-scale discharg...
An explanation of the cause of discharge constriction in an electrically excited XeCl laser system i...
An explanation of the cause of discharge constriction in an electrically excited XeCl laser system i...
An explanation of the cause of discharge constriction in an electrically excited XeCl laser system i...
An explanation of the cause of discharge constriction in an electrically excited XeCl laser system i...
In our recent studies of long pulse operation of discharge excited XeCl* lasers, we found that the l...
In our recent studies of long pulse operation of discharge excited XeCl* lasers, we found that the l...
In our recent studies of long pulse operation of discharge excited XeCl* lasers, we found that the l...
A significant problem in the development of high-power gas discharge lasers is the glow-to-arc trans...
The effect of addition of xenon on the long term homogeneity of discharges in F2and ArF excimer lase...
For high repetition operation of excimer-lasers care has to be taken of the changing performance of ...
For high repetition operation of excimer-lasers care has to be taken of the changing performance of ...
The discharge homogeneity in F2-based excimer laser gas mixtures and its dependence on various key p...
The construction and operation of a small active volume, discharge pumped, rare gas halide excimer l...
Discharge instabilities in F2 based excimer gas lasers are investigated using a small-scale discharg...
Discharge instabilities in F2 based excimer gas lasers are investigated using a small-scale discharg...
An explanation of the cause of discharge constriction in an electrically excited XeCl laser system i...
An explanation of the cause of discharge constriction in an electrically excited XeCl laser system i...
An explanation of the cause of discharge constriction in an electrically excited XeCl laser system i...
An explanation of the cause of discharge constriction in an electrically excited XeCl laser system i...
In our recent studies of long pulse operation of discharge excited XeCl* lasers, we found that the l...
In our recent studies of long pulse operation of discharge excited XeCl* lasers, we found that the l...
In our recent studies of long pulse operation of discharge excited XeCl* lasers, we found that the l...
A significant problem in the development of high-power gas discharge lasers is the glow-to-arc trans...
The effect of addition of xenon on the long term homogeneity of discharges in F2and ArF excimer lase...
For high repetition operation of excimer-lasers care has to be taken of the changing performance of ...
For high repetition operation of excimer-lasers care has to be taken of the changing performance of ...
The discharge homogeneity in F2-based excimer laser gas mixtures and its dependence on various key p...
The construction and operation of a small active volume, discharge pumped, rare gas halide excimer l...
Discharge instabilities in F2 based excimer gas lasers are investigated using a small-scale discharg...
Discharge instabilities in F2 based excimer gas lasers are investigated using a small-scale discharg...