Diode-pumped solid-state lasers using novel Yb:LaF3 and Tm,Ho:LaF3 crystals as laser gain materials are demonstrated herein. The Yb:LaF3 and Tm,Ho:LaF3 crystals were grown using the Bridgman method. By matching their absorption bands, continuous-wave laser operations were achieved for the first time. The Yb:LaF3 laser obtained a maximum average output power of 1.19 W with dual wavelengths of 1028 nm and 1033 nm. The maximum average output power and slope efficiency of the Tm,Ho:LaF3 laser were 574 mW and 18.5%, respectively. The Tm,Ho:LaF3 laser exhibited two peaks at 2043 nm and 2048 nm. Both the Yb:LaF3 and Tm,Ho:LaF3 crystals were confirmed to be laser gain materials
The concept of a diode-end-pumped Tm3+ laser pumping a Ho3+ laser was utilised to develop mid-infrar...
Rare-earth-doped fuorides single crystals have been proven to be reliable and interesting active med...
We present diode-pumped cw lasing at room temperature of Yb3+-COdOpCd Ho : KYF4 on the transition 5I...
A review on the results achieved by our group in the development of novel solid-state lasers for Lid...
In this paper we report on the suitability of Ho3+:LiLuF4 and Ho3+:LaF3 as active media for solid st...
A novel laser material BaYLuF8 (BYLF), doped with 12 at% of Tm3+, has been grown and optically inves...
This dissertation consists of four sections, with the focus on near- and mid-infrared lasers using Y...
This research resulted in the publication of two major papers. The major results include the develop...
A novel Ho3+/Yb3+-codoped PbF2 mid-IR laser crystal was successfully grown and analyzed. Enhanced em...
Tm-doped PbF2 crystal is successfully grown in a home-made Bridgman furnace. The laser properties of...
The development of oxide and fluoride materials as gain materials of choice for solid state lasers r...
National Natural Science Foundation of China [51472257, 51502321]; National Key R&D Program of China...
A novel laser material BaYLuF8 (BYLF), doped with 12 at% of Tm3+, has been grown and optically inves...
Thesis (M.Sc.)-University of KwaZulu-Natal, Westville, 2010.This dissertation consists of four secti...
The first demonstration of solid-state laser cooling in fluoride grown by the Bridgman method is re...
The concept of a diode-end-pumped Tm3+ laser pumping a Ho3+ laser was utilised to develop mid-infrar...
Rare-earth-doped fuorides single crystals have been proven to be reliable and interesting active med...
We present diode-pumped cw lasing at room temperature of Yb3+-COdOpCd Ho : KYF4 on the transition 5I...
A review on the results achieved by our group in the development of novel solid-state lasers for Lid...
In this paper we report on the suitability of Ho3+:LiLuF4 and Ho3+:LaF3 as active media for solid st...
A novel laser material BaYLuF8 (BYLF), doped with 12 at% of Tm3+, has been grown and optically inves...
This dissertation consists of four sections, with the focus on near- and mid-infrared lasers using Y...
This research resulted in the publication of two major papers. The major results include the develop...
A novel Ho3+/Yb3+-codoped PbF2 mid-IR laser crystal was successfully grown and analyzed. Enhanced em...
Tm-doped PbF2 crystal is successfully grown in a home-made Bridgman furnace. The laser properties of...
The development of oxide and fluoride materials as gain materials of choice for solid state lasers r...
National Natural Science Foundation of China [51472257, 51502321]; National Key R&D Program of China...
A novel laser material BaYLuF8 (BYLF), doped with 12 at% of Tm3+, has been grown and optically inves...
Thesis (M.Sc.)-University of KwaZulu-Natal, Westville, 2010.This dissertation consists of four secti...
The first demonstration of solid-state laser cooling in fluoride grown by the Bridgman method is re...
The concept of a diode-end-pumped Tm3+ laser pumping a Ho3+ laser was utilised to develop mid-infrar...
Rare-earth-doped fuorides single crystals have been proven to be reliable and interesting active med...
We present diode-pumped cw lasing at room temperature of Yb3+-COdOpCd Ho : KYF4 on the transition 5I...