We report on the generation of kilowatt-class continuous-wave, intra-cavity frequency-doubled laser radiation in thin-disk lasers. The wavelength stabilization and spectral narrowing as well as the polarization selection was achieved by the integration of a highly efficient diffraction grating into the fully dielectric end mirror of the cavity.
%0 Conference Paper
%1 dietrich2017SHGFinn
%A Dietrich, T.
%A Piehler, S.
%A Rumpel, M.
%A Villeval, P.
%A Lupinski, D.
%A M.,
%A Abdou Ahmed, M.
%A Graf, T.
%B Topical meeting on Diffractive Optics
%D 2017
%K SHG grating myown thindisklaser
%T Highly-efficient grating waveguide mirror enabling kW-class intra-cavity frequency-doubled thin-disk laser
%X We report on the generation of kilowatt-class continuous-wave, intra-cavity frequency-doubled laser radiation in thin-disk lasers. The wavelength stabilization and spectral narrowing as well as the polarization selection was achieved by the integration of a highly efficient diffraction grating into the fully dielectric end mirror of the cavity.
@inproceedings{dietrich2017SHGFinn,
abstract = {We report on the generation of kilowatt-class continuous-wave, intra-cavity frequency-doubled laser radiation in thin-disk lasers. The wavelength stabilization and spectral narrowing as well as the polarization selection was achieved by the integration of a highly efficient diffraction grating into the fully dielectric end mirror of the cavity.},
added-at = {2018-03-30T10:56:05.000+0200},
author = {Dietrich, T. and Piehler, S. and Rumpel, M. and Villeval, P. and Lupinski, D. and M. and Abdou Ahmed, M. and Graf, T.},
biburl = {https://puma.ub.uni-stuttgart.de/bibtex/269c4352e491d28c6e0b6f4dc334aad7c/tomdietrich},
booktitle = {Topical meeting on Diffractive Optics},
interhash = {bbe3404d7ec9aa6835673a4ac63949d2},
intrahash = {69c4352e491d28c6e0b6f4dc334aad7c},
keywords = {SHG grating myown thindisklaser},
organization = {EOS},
timestamp = {2019-04-18T12:16:51.000+0200},
title = {Highly-efficient grating waveguide mirror enabling kW-class intra-cavity frequency-doubled thin-disk laser},
year = 2017
}