We will describe our optical laser pumped XUV Laser Program. To date, we have concentrated our efforts on exploding foil amplifier designs using Ne- and Ni-like n=3p to 3s and n=4f, d to 4d, p inversion schemes, respectively. We will describe our latest modeling results as well as measurements which demonstrate output power near the 1 MW level at 206 and 209 Å and lasing at wavelengths as short as 106 Å
The technique of using a nsec pulse to preform and ionize the plasma followed by a psec pulse to hea...
We describe recent experiments at the Lawrence Livermore National Laboratory (LLNL) to produce a tab...
We present recent gain measurements in C VI at 18.22 nm for a soft-x-ray amplifier produced by a lin...
We will describe our optical laser pumped xuv Laser Program. To date, we have concentrated our effor...
This review describes experimental results demonstrating amplification of XUV radiation at discreet ...
We describe the experiments and supporting theoretical modelling to develop and characterize soft x-...
The demonstration of large soft x-ray amplification in a discharge-created plasma has opened a new p...
We present progress in experiments for high efficiency Ne-like and Ni-like ion x-ray lasers using th...
International audienceWe give on overview of recent advances in collisionally pumped optical field-i...
Soft x-ray lasing at 18.9 nm and 20.3 nm in nickel-like molybdenum and niobium ions has been demonst...
This document reports progress in these areas: EXPERIMENTAL RESULTS FROM NOVA: TAMPED XENON UNDERDEN...
Using hot plasmas for making soft X-ray amplifiers will lead to laboratory sources brigther than any...
Recent advances in research work by a consortium of UK groups using facilities at the Rutherford App...
International audienceRadiative shocks can be produced in gases using high-energy lasers. As the ele...
The technique of using a nsec pulse to preform and ionize the plasma followed by a psec pulse to hea...
We describe recent experiments at the Lawrence Livermore National Laboratory (LLNL) to produce a tab...
We present recent gain measurements in C VI at 18.22 nm for a soft-x-ray amplifier produced by a lin...
We will describe our optical laser pumped xuv Laser Program. To date, we have concentrated our effor...
This review describes experimental results demonstrating amplification of XUV radiation at discreet ...
We describe the experiments and supporting theoretical modelling to develop and characterize soft x-...
The demonstration of large soft x-ray amplification in a discharge-created plasma has opened a new p...
We present progress in experiments for high efficiency Ne-like and Ni-like ion x-ray lasers using th...
International audienceWe give on overview of recent advances in collisionally pumped optical field-i...
Soft x-ray lasing at 18.9 nm and 20.3 nm in nickel-like molybdenum and niobium ions has been demonst...
This document reports progress in these areas: EXPERIMENTAL RESULTS FROM NOVA: TAMPED XENON UNDERDEN...
Using hot plasmas for making soft X-ray amplifiers will lead to laboratory sources brigther than any...
Recent advances in research work by a consortium of UK groups using facilities at the Rutherford App...
International audienceRadiative shocks can be produced in gases using high-energy lasers. As the ele...
The technique of using a nsec pulse to preform and ionize the plasma followed by a psec pulse to hea...
We describe recent experiments at the Lawrence Livermore National Laboratory (LLNL) to produce a tab...
We present recent gain measurements in C VI at 18.22 nm for a soft-x-ray amplifier produced by a lin...