An ultrahigh-brightness ArF excimer laser system is described that is capable of generating pulse energies of 60 mJ with a pulse duration of ~700 fs. The system utilizes a newly developed seed pulse generation scheme based on spectrally compensated sum-frequency mixing in beta-barium metaborate (BBO), and a double-pass discharge pumped ArF excimer preamplifier followed by an electron beam pumped power amplifier
The principal purpose of this work has been the studies of the broadband tunable excimer laser namel...
Very short wavelength lasers have many potential scientific and technological applications. A practi...
A simplified hybrid excimer-dye laser system is described, capable of generating subpicosecond pulse...
An ultrahigh-brightness ArF excimer laser system is described that is capable of generating pulse en...
An ultrahigh-brightness ArF excimer laser system is described that is capable of generating pulse en...
The gain characteristics of a discharge-pumped ArF excimer amplifier are measured with ~700-fs-long ...
The gain characteristics of a discharge-pumped ArF excimer amplifier are measured with-700-fs-long p...
The gain characteristics of a discharge-pumped ArF excimer amplifier are measured with ~700-fs-long ...
Four different schemes for the generation of femtosecond input pulses for ArF amplifiers are describ...
A detailed investigation of tunable, high power excimer lasers, particularly of the electron-beam pu...
Femtosecond light pulses tunable between 840 nm and 880 nm are generated in a synchronously pumped r...
Femtosecond light pulses tunable between 840 nm and 880 nm are generated in a synchronously pumped r...
A dispersively compensated scheme for sum-frequency mixing of broadband ultrashort laser pulses is r...
Femtosecond light pulses tunable between 840 nm and 880 nm are generated in a synchronously pumped r...
Femtosecond light pulses tunable between 840 nm and 880 nm are generated in a synchronously pumped r...
The principal purpose of this work has been the studies of the broadband tunable excimer laser namel...
Very short wavelength lasers have many potential scientific and technological applications. A practi...
A simplified hybrid excimer-dye laser system is described, capable of generating subpicosecond pulse...
An ultrahigh-brightness ArF excimer laser system is described that is capable of generating pulse en...
An ultrahigh-brightness ArF excimer laser system is described that is capable of generating pulse en...
The gain characteristics of a discharge-pumped ArF excimer amplifier are measured with ~700-fs-long ...
The gain characteristics of a discharge-pumped ArF excimer amplifier are measured with-700-fs-long p...
The gain characteristics of a discharge-pumped ArF excimer amplifier are measured with ~700-fs-long ...
Four different schemes for the generation of femtosecond input pulses for ArF amplifiers are describ...
A detailed investigation of tunable, high power excimer lasers, particularly of the electron-beam pu...
Femtosecond light pulses tunable between 840 nm and 880 nm are generated in a synchronously pumped r...
Femtosecond light pulses tunable between 840 nm and 880 nm are generated in a synchronously pumped r...
A dispersively compensated scheme for sum-frequency mixing of broadband ultrashort laser pulses is r...
Femtosecond light pulses tunable between 840 nm and 880 nm are generated in a synchronously pumped r...
Femtosecond light pulses tunable between 840 nm and 880 nm are generated in a synchronously pumped r...
The principal purpose of this work has been the studies of the broadband tunable excimer laser namel...
Very short wavelength lasers have many potential scientific and technological applications. A practi...
A simplified hybrid excimer-dye laser system is described, capable of generating subpicosecond pulse...