… quality owing to the Raman cleanup effect. This review outlines the research status of
diamond Raman lasers, including beam quality optimization, Raman conversion, thermal effects, …

… As noted in Section II-B, we expect birefringence and end-face distortion effects to be minor
on account of diamond’s low thermal expansion coefficient. The lack of observed power …

… -Raman spectroscopy. We show that the frequency downshift and broadening of the first-order
diamond … Local heating caused by the focused laser light must be also taken in account, …

… a pulsed Raman laser at 1193nm based on synthetic diamond … Raman oscillation was
achieved at both room temperature … The improved thermal performances at lower temperature …

… effect of the diamond crystal size on thermal effects. Figure 8a shows the variation of the
maximum temperature inside the diamond … It can be seen that the maximum temperature inside …

… In summary, the negative shift of the Raman line position with incident laser power was
explained by a heating effect of the laser beam on single diamond particles deposited on a GC …

… We report experimental observations of thermal lens effects in a diamond Raman laser
operating up to 1.1 kW output power in a quasi- steady-state regime. Measured changes in the …

… Quasi-cw pumping is used to investigate the high-power characteristics of cw beam conversion
in diamond Raman lasers (DRLs). We show that thermal gradients establish in DRLs at …

… heat deposition in Raman crystals and foreshadow prospects for reduced thermal effects in
diamond … report the first experimental evidence for stimulated Brillouin scattering in diamond. …

… influence of thermal effects on the diamond crystal were studied using assumed heat source
… Specific parameters used in the thermal simulation of the diamond crystal are summarized …