Abstract: An iterative approach to modeling thermal lensing in χ2 frequency conversion processes is described. Careful consideration is given to ensuring consistency of approximations. We find piezo-optic effects can partially compensate the impact of thermal dispersion. ©Optical Society of America OCIS codes: (190.2620) Frequency conversion; (190.4870) Optically induced thermo-optic effects. 1
The end-pumped solid-state laser is a mature design architecture exploited for many scientific, indu...
textThis research was a collaborative effort between the Air Force Research Laboratory (AFRL) and th...
At high average power, ultra-short laser pulses (<1 ps) are not only affected by dispersive effects ...
Thermal lensing in optical systems for laser beam guiding and shaping is a highly up-to-date topic t...
International audienceA general study of the diffracted far field due to thermal lens heating using ...
We implement numerical modeling of high-energy laser-pulse propagation through bulk nonlinear optica...
A new method of studying thermal-gradient-induced lensing in laser crystals is reported. The method ...
Increasing laser beam qualities make thermal lensing again a hot topic and demand for a thermo-optic...
The use of high power lasers in material processing is accompanied by thermal effects that can degra...
A new method of studying thermal-gradient-induced lensing in laser crystals is reported. The method ...
In the frequency conversion, phase matching is essential to obtain the most effective efficiency. Ho...
As part of its over-all program in the identification, preparation, and application of materials for...
The compensation of thermal lensing in laser optics for application in the high power domain is an u...
Thermo-optical simulation is an important extension of classical ray-tracing because many applicatio...
International audienceThis work presents an original, comparative study between two optical techniqu...
The end-pumped solid-state laser is a mature design architecture exploited for many scientific, indu...
textThis research was a collaborative effort between the Air Force Research Laboratory (AFRL) and th...
At high average power, ultra-short laser pulses (<1 ps) are not only affected by dispersive effects ...
Thermal lensing in optical systems for laser beam guiding and shaping is a highly up-to-date topic t...
International audienceA general study of the diffracted far field due to thermal lens heating using ...
We implement numerical modeling of high-energy laser-pulse propagation through bulk nonlinear optica...
A new method of studying thermal-gradient-induced lensing in laser crystals is reported. The method ...
Increasing laser beam qualities make thermal lensing again a hot topic and demand for a thermo-optic...
The use of high power lasers in material processing is accompanied by thermal effects that can degra...
A new method of studying thermal-gradient-induced lensing in laser crystals is reported. The method ...
In the frequency conversion, phase matching is essential to obtain the most effective efficiency. Ho...
As part of its over-all program in the identification, preparation, and application of materials for...
The compensation of thermal lensing in laser optics for application in the high power domain is an u...
Thermo-optical simulation is an important extension of classical ray-tracing because many applicatio...
International audienceThis work presents an original, comparative study between two optical techniqu...
The end-pumped solid-state laser is a mature design architecture exploited for many scientific, indu...
textThis research was a collaborative effort between the Air Force Research Laboratory (AFRL) and th...
At high average power, ultra-short laser pulses (<1 ps) are not only affected by dispersive effects ...