Browsing by Author "Jiang, M. H."

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High-power 10-GHz self-mode-locked Nd:LuVO(4) laser
(2011-10-01)
Huang, Y. J.
;
Liang, H. C.
;
Chen, Y. F.
;
Zhang, H. J.
;
Wang, J. Y.
We report on a high-power diode-end-pumped self-mode-locked Nd:LuVO(4) laser with the pulse repetition rate up to 9.52 GHz for the first time. The large third-order nonlinearity of the Nd:LuVO(4) crystal is exploited to efficiently achieve a fairly stable self-mode-locked operation without any additional components. The detailed characteristics of the compact efficient self-mode-locked laser are experimentally investigated and theoretically analyzed. With the incident pump power of 2.6 W, the average output power up to 0.54 W is generated with the pulse width of 7.9 ps at the pulse repetition rate of 9.52 GHz.
High-power 10-GHz self-mode-locked Nd:LuVO4 laser
(2011-10-01)
Huang, Y. J.
;
Liang, H. C.
;
Chen, Y. F.
;
Zhang, H. J.
;
Wang, J. Y.
We report on a high-power diode-end-pumped self-mode-locked Nd:LuVO4 laser with the pulse repetition rate up to 9.52 GHz for the first time. The large third-order nonlinearity of the Nd:LuVO4 crystal is exploited to efficiently achieve a fairly stable self-mode-locked operation without any additional components. The detailed characteristics of the compact efficient self-mode-locked laser are experimentally investigated and theoretically analyzed. With the incident pump power of 2.6 W, the average output power up to 0.54 W is generated with the pulse width of 7.9 ps at the pulse repetition rate of 9.52 GHz.
Passively Q-switched Yb3+: YCa4O(BO3)(3) laser with InGaAs quantum wells as saturable absorbers
(2007-04-20)
Liang, H. C.
;
Huang, J. Y.
;
Su, K. W.
;
Lai, H. C.
;
Chen, Y. F.
A diode-pumped Yb:YCOB laser at 1086 nm is passively Q switched by using InGaAs quantum wells as saturable absorbers and utilizing the Bragg mirror structure as an output coupler. With an absorbed pump power of 9.2 W the laser produces pulses of 100 ms duration with average pulse energy of as much as 165 mu J at a pulse repetition rate of 7 kHz. (c) 2007 Optical Society of America.