We report on, to the best of our knowledge, the first growth, spectroscopy, and laser operation of monocrystalline Ba(Y0.8Lu0.2)2F8 doped with 1.25 at.% of Pr3+ ions (Pr:BYLF). We studied the spectroscopic properties of this material, particularly in comparison with its isomorph Pr3+ : BaY2F8 (Pr:BYF). Under diode-pumped excitation, we achieved continuous-wave laser operation in the orange, red, and deep red regions in the three possible crystal orientations. We obtained considerably improved laser performances and remarkably low passive losses, in comparison with Pr:BYF crystals and other fluorides, indicating that Pr:BYLF is an excellent host material in the visible region
The synthesis conditions and the results of spectral-kinetic studies of disordered crystals series C...
A novel laser material BaYLuF8 (BYLF), doped with 12 at% of Tm3+, has been grown and optically inves...
© 2019 IEEE. Fluoride crystals are the most common host materials for visible lasers due to large en...
We report on, to the best of our knowledge, the first growth, spectroscopy, and laser operation of ...
This work is devoted to the study of BaY2F8 crystal, doped with different concentrations of trivalen...
International audienceWe report here on the absorption and fluorescence properties of the Pr3+ doped...
We report on the first, to the best of our knowledge, continuous-wave quasi three-level lasers emitt...
We report the first observation of continuous-wave laser emission at 720 nm, in the deep red region,...
We report on the first, to the best of our knowledge, continuous-wave quasi three-level lasers emitt...
We report on the first growth, spectroscopy, and visible laser operation of a single-crystal fiber (...
We report on the first growth, spectroscopy, and visible laser operation of a single-crystal fiber (...
Gain experiments based on the interconfigurational 4f5d to 4f2 optical transitions in praseodymium-d...
We report the basic luminescence properties and the continuous-wave (CW) laser operation of a Pr3+-d...
A novel laser material BaYLuF8 (BYLF), doped with 12 at% of Tm3+, has been grown and optically inves...
International audienceWe present the spectroscopic properties and room-temperature cw tunable laser ...
The synthesis conditions and the results of spectral-kinetic studies of disordered crystals series C...
A novel laser material BaYLuF8 (BYLF), doped with 12 at% of Tm3+, has been grown and optically inves...
© 2019 IEEE. Fluoride crystals are the most common host materials for visible lasers due to large en...
We report on, to the best of our knowledge, the first growth, spectroscopy, and laser operation of ...
This work is devoted to the study of BaY2F8 crystal, doped with different concentrations of trivalen...
International audienceWe report here on the absorption and fluorescence properties of the Pr3+ doped...
We report on the first, to the best of our knowledge, continuous-wave quasi three-level lasers emitt...
We report the first observation of continuous-wave laser emission at 720 nm, in the deep red region,...
We report on the first, to the best of our knowledge, continuous-wave quasi three-level lasers emitt...
We report on the first growth, spectroscopy, and visible laser operation of a single-crystal fiber (...
We report on the first growth, spectroscopy, and visible laser operation of a single-crystal fiber (...
Gain experiments based on the interconfigurational 4f5d to 4f2 optical transitions in praseodymium-d...
We report the basic luminescence properties and the continuous-wave (CW) laser operation of a Pr3+-d...
A novel laser material BaYLuF8 (BYLF), doped with 12 at% of Tm3+, has been grown and optically inves...
International audienceWe present the spectroscopic properties and room-temperature cw tunable laser ...
The synthesis conditions and the results of spectral-kinetic studies of disordered crystals series C...
A novel laser material BaYLuF8 (BYLF), doped with 12 at% of Tm3+, has been grown and optically inves...
© 2019 IEEE. Fluoride crystals are the most common host materials for visible lasers due to large en...