… Higher output power and higher optical conversion efficiency … via SDL power scaling so that
the diamond Raman laser may … with up to 20 W output power (>2.8 kW intracavity power) in a …

… Raman fiber laser technology [10, 21] stands out among all current possible … nm laser
technologies due to its high output power, high beam quality and robustness. However, the Raman …

… of laser radiation. Due to the excellent thermal conductivity, high damage threshold, and
high gain coefficient, diamond … laser output in specific wavelength regions with high power, …

… Herein we report a diamond Raman laser pumped … diamond’s high Raman gain coefficient
and a synchronously pumped mode-locked laser architecture have enabled us to attain laser …

… Our study builds a bridge between the design and the operation power of the diamond
Raman laser, and is of great significance to realize the high-efficiency output at powers in the …

… mid-infrared diamond Raman laser with output tuned from … wavelength from a solid-state
Raman laser. We generated up to 80 … diamond are promising as robust, high power mid-infrared …

… Raman laser operation by using a synchronous pumping scheme in a ring cavity configuration.
Using diamond as the Raman … efficient Raman conversion for high power operation [15–…

… or higher-order spatial mode excitation. In the case of continuously pumped external …
diamond Raman lasers, however, it was found that the first signs of thermal lensing at high power …

… diamond Raman laser operating under quasi-steady-state conditions with an output power
… As a result, the improved beam quality at high power is attributed to increased overlap of the …

… Raman lasing systems have employed synthetic diamonds since their creation. Due to
diamond’s high… (39.99 THz) and large Raman gain, efficient [2] and high power [3] benchtop …