Abstract
Due to spatial hole burning, standing-wave dye lasers require a large amount of selectivity inside the cavity for single-mode operation. The output power of these lasers is limited by losses caused by the frequency selecting elements. In a travelling-wave laser, on the other hand, spatial hole burning does not exist, thereby eliminating the need for high selectivity. A travelling-wave cw dye laser was realized by unidirectional operation of a ring laser, yielding single mode output powers of 1.2 W at 595 nm and of 55 mW in the UV-region with intracavity frequency doubling.
Schroeder, H W;
Stein, L;
Froelich, D;
Fugger, B;
Welling, H
[1]
- Technische Univ. Hannover (Germany, F.R.). Inst. fuer Angewandte Physik
Citation Formats
Schroeder, H W, Stein, L, Froelich, D, Fugger, B, and Welling, H.
High-power single-mode cw dye ring laser.
Germany: N. p.,
1977.
Web.
Schroeder, H W, Stein, L, Froelich, D, Fugger, B, & Welling, H.
High-power single-mode cw dye ring laser.
Germany.
Schroeder, H W, Stein, L, Froelich, D, Fugger, B, and Welling, H.
1977.
"High-power single-mode cw dye ring laser."
Germany.
@misc{etde_6937994,
title = {High-power single-mode cw dye ring laser}
author = {Schroeder, H W, Stein, L, Froelich, D, Fugger, B, and Welling, H}
abstractNote = {Due to spatial hole burning, standing-wave dye lasers require a large amount of selectivity inside the cavity for single-mode operation. The output power of these lasers is limited by losses caused by the frequency selecting elements. In a travelling-wave laser, on the other hand, spatial hole burning does not exist, thereby eliminating the need for high selectivity. A travelling-wave cw dye laser was realized by unidirectional operation of a ring laser, yielding single mode output powers of 1.2 W at 595 nm and of 55 mW in the UV-region with intracavity frequency doubling.}
journal = []
volume = {14:4}
journal type = {AC}
place = {Germany}
year = {1977}
month = {Dec}
}
title = {High-power single-mode cw dye ring laser}
author = {Schroeder, H W, Stein, L, Froelich, D, Fugger, B, and Welling, H}
abstractNote = {Due to spatial hole burning, standing-wave dye lasers require a large amount of selectivity inside the cavity for single-mode operation. The output power of these lasers is limited by losses caused by the frequency selecting elements. In a travelling-wave laser, on the other hand, spatial hole burning does not exist, thereby eliminating the need for high selectivity. A travelling-wave cw dye laser was realized by unidirectional operation of a ring laser, yielding single mode output powers of 1.2 W at 595 nm and of 55 mW in the UV-region with intracavity frequency doubling.}
journal = []
volume = {14:4}
journal type = {AC}
place = {Germany}
year = {1977}
month = {Dec}
}