We have investigated the scaling of peak vacuum ultraviolet output power from homogeneous Xe dielectric barrier discharges excited by short voltage pulses. Increasing the Xe fill pressure above 1 bar provides an increased output pulse energy, a shortened pulse duration and increases in the peak output power of two to three orders of magnitude. High peak power pulses of up to 6 W cm⁻² are generated with a high efficiency for pulse rates up to 50 kHz. We show that the temporal pulse characteristics are in good agreement with results from detailed computer modelling of the discharge kinetics.9 page(s
A dielectric barrier discharge excited neutral argon (Ar I) excimer lamp has been developed and char...
This work is licensed under the Creative Commons Attribution License.,A dielectric barrier discharge...
Nonequilibrium, atmospheric pressure discharges are rapidly becoming an important technological comp...
In this study, we investigate the use of novel electrical excitation techniques applied to a high-pr...
The electrical and optical characteristics of a dielectric barrier discharge (DBD) based neon excime...
The energy dissipation processes in dielectric barrier discharge KrCl- and XeCl-excilamps at various...
A detailed rate-equation analysis has been used to simulate the plasma kinetics in a pulsed-excited ...
For several years, excimer lamps have been the subject of numerous research. The generation of UV an...
We report a detailed experimental and modeling study of efficiency for dielectric barrier discharge ...
International audienceThis work is devoted to excimer lamp efficiency optimization by using a homoge...
We study theoretically the overall output performance and the dominating reaction processes of the v...
Dielectric barrier discharge (DBD) excimer lamps emit vacuum-UV optical radiation. This work present...
Here we present the construction of the necessary equipment to investigate the electrical excitation...
In this work we have studied the energy and spectral characteristics of miniaturized dielectric barr...
Electrical and chemical kinetic characteristics of coaxial dialectical barrier discharge for XeCl*(3...
A dielectric barrier discharge excited neutral argon (Ar I) excimer lamp has been developed and char...
This work is licensed under the Creative Commons Attribution License.,A dielectric barrier discharge...
Nonequilibrium, atmospheric pressure discharges are rapidly becoming an important technological comp...
In this study, we investigate the use of novel electrical excitation techniques applied to a high-pr...
The electrical and optical characteristics of a dielectric barrier discharge (DBD) based neon excime...
The energy dissipation processes in dielectric barrier discharge KrCl- and XeCl-excilamps at various...
A detailed rate-equation analysis has been used to simulate the plasma kinetics in a pulsed-excited ...
For several years, excimer lamps have been the subject of numerous research. The generation of UV an...
We report a detailed experimental and modeling study of efficiency for dielectric barrier discharge ...
International audienceThis work is devoted to excimer lamp efficiency optimization by using a homoge...
We study theoretically the overall output performance and the dominating reaction processes of the v...
Dielectric barrier discharge (DBD) excimer lamps emit vacuum-UV optical radiation. This work present...
Here we present the construction of the necessary equipment to investigate the electrical excitation...
In this work we have studied the energy and spectral characteristics of miniaturized dielectric barr...
Electrical and chemical kinetic characteristics of coaxial dialectical barrier discharge for XeCl*(3...
A dielectric barrier discharge excited neutral argon (Ar I) excimer lamp has been developed and char...
This work is licensed under the Creative Commons Attribution License.,A dielectric barrier discharge...
Nonequilibrium, atmospheric pressure discharges are rapidly becoming an important technological comp...