Experimental investigations on an e-beam sustained near infrared Ar:Xe laser have been carried out to determine the intrinsic efficiency at optimized conditions. A parametric study at different sustainer currents reveals a maximum output energy depending on current density. Up to 8 bar the optimized laser output power per unit volume increases linearly with 1.1MW/1 bar. Intrinsic efficiencies of up to about 8% are feasible
The present study contributes to a better understanding of the atomic Xe laser as a powerful IR sour...
The high pressure atomic xenon laser is becoming the most promising light source in the wavelength r...
The high pressure atomic xenon laser is becoming the most promising light source in the wavelength r...
An efficient atomic Xe laser pumped by a combination of an e-beam and an electric discharge has been...
An efficient atomic Xe laser pumped by a combination of an e-beam and an electric discharge has been...
The discharge conditions of the multi-atmospheric e-beam sustained Ar-Xe laser are investigated. It ...
The discharge conditions of the multi-atmospheric e-beam sustained Ar-Xe laser are investigated. It ...
The quasi-steady-state conditions of the multi-atmospheric e-beam sustained Ar-Xe laser are investig...
Abstract. Optimizations of gas composition and input energy were performed for gas mixtures containi...
Optimizations of gas composition and input energy were performed for gas mixtures containing a buffe...
High power near-infrared radiation (1–3 μm) can be generated with electro-ionization lasers using ra...
High power near-infrared radiation (1–3 μm) can be generated with electro-ionization lasers using ra...
The present study contributes to a better understanding of the atomic Xe laser as a powerful IR sour...
In an electron beam sustained discharge xenon laser the discharge energy deposition has been varied ...
Abstract. In order to study the kinetic mechanism of the e-beam pumped Ar/Xe laser, the temporal pro...
The present study contributes to a better understanding of the atomic Xe laser as a powerful IR sour...
The high pressure atomic xenon laser is becoming the most promising light source in the wavelength r...
The high pressure atomic xenon laser is becoming the most promising light source in the wavelength r...
An efficient atomic Xe laser pumped by a combination of an e-beam and an electric discharge has been...
An efficient atomic Xe laser pumped by a combination of an e-beam and an electric discharge has been...
The discharge conditions of the multi-atmospheric e-beam sustained Ar-Xe laser are investigated. It ...
The discharge conditions of the multi-atmospheric e-beam sustained Ar-Xe laser are investigated. It ...
The quasi-steady-state conditions of the multi-atmospheric e-beam sustained Ar-Xe laser are investig...
Abstract. Optimizations of gas composition and input energy were performed for gas mixtures containi...
Optimizations of gas composition and input energy were performed for gas mixtures containing a buffe...
High power near-infrared radiation (1–3 μm) can be generated with electro-ionization lasers using ra...
High power near-infrared radiation (1–3 μm) can be generated with electro-ionization lasers using ra...
The present study contributes to a better understanding of the atomic Xe laser as a powerful IR sour...
In an electron beam sustained discharge xenon laser the discharge energy deposition has been varied ...
Abstract. In order to study the kinetic mechanism of the e-beam pumped Ar/Xe laser, the temporal pro...
The present study contributes to a better understanding of the atomic Xe laser as a powerful IR sour...
The high pressure atomic xenon laser is becoming the most promising light source in the wavelength r...
The high pressure atomic xenon laser is becoming the most promising light source in the wavelength r...