Add to ORKGFor compensating non-spherical parts of the intra-cavity OPD in high power lasers, the aberrations was measured and a deformable mirror based on locally thermal heating is introduced. According to simulations a deformable mirror was produced. First measurements demonstrate the capability of the concept
Preliminary investigations into the potential for automatic spatial-mode optimization in thermally d...
Preliminary investigations into the potential for automatic spatial-mode optimization in thermally d...
Preliminary investigations into the potential for automatic spatial-mode optimization in thermally d...
A deformable mirror based on hydrostatic pressure for intracavity use in high power thin-disk lasers...
We present our design of an adjustable mirror for high power fiber or disc lasers. The mirror design...
Thermally-induced deformations of steering mirrors reflecting 100 J/10 Hz laser pulses in vacuum hav...
The thermal-piezoelectric deformable mirror (TPDM) is a device employed to compensate for laser-indu...
We report on an analytic model of a laser-controlled thermally deformable mirror. The model shows th...
An intra-cavity adaptive mirror is developed for compensation of time-dependent phase aberrations to...
Adaptive optics offer the potential to reduce the high cost and long lead time associated with manuf...
We have developed a new type of unimorph deformable mirror for real-time intra-cavity phase control ...
The thermally deformable mirror is a device aiming at correcting beam-wavefront distortions for appl...
The thermally deformable mirror is a device aiming at correcting beam-wavefront distortions for appl...
The thermally deformable mirror is a device aiming at correcting beam-wavefront distortions for appl...
Optically driven deformable mirrors may eventually supplant electrically driven deformable mirrors i...
Preliminary investigations into the potential for automatic spatial-mode optimization in thermally d...
Preliminary investigations into the potential for automatic spatial-mode optimization in thermally d...
Preliminary investigations into the potential for automatic spatial-mode optimization in thermally d...
A deformable mirror based on hydrostatic pressure for intracavity use in high power thin-disk lasers...
We present our design of an adjustable mirror for high power fiber or disc lasers. The mirror design...
Thermally-induced deformations of steering mirrors reflecting 100 J/10 Hz laser pulses in vacuum hav...
The thermal-piezoelectric deformable mirror (TPDM) is a device employed to compensate for laser-indu...
We report on an analytic model of a laser-controlled thermally deformable mirror. The model shows th...
An intra-cavity adaptive mirror is developed for compensation of time-dependent phase aberrations to...
Adaptive optics offer the potential to reduce the high cost and long lead time associated with manuf...
We have developed a new type of unimorph deformable mirror for real-time intra-cavity phase control ...
The thermally deformable mirror is a device aiming at correcting beam-wavefront distortions for appl...
The thermally deformable mirror is a device aiming at correcting beam-wavefront distortions for appl...
The thermally deformable mirror is a device aiming at correcting beam-wavefront distortions for appl...
Optically driven deformable mirrors may eventually supplant electrically driven deformable mirrors i...
Preliminary investigations into the potential for automatic spatial-mode optimization in thermally d...
Preliminary investigations into the potential for automatic spatial-mode optimization in thermally d...
Preliminary investigations into the potential for automatic spatial-mode optimization in thermally d...