Four-wavelength lasers from near-infrared to deep-ultraviolet range,532,830,415 and 208 nm,have been developed in one all-solid-state laser system.The laser system is pumped by a diode-Q-YLF laser at 532 nm,a Ti:sapph...Four-wavelength lasers from near-infrared to deep-ultraviolet range,532,830,415 and 208 nm,have been developed in one all-solid-state laser system.The laser system is pumped by a diode-Q-YLF laser at 532 nm,a Ti:sapphire laser and the nonlinear second-harmonic-generation crystals LBO and BBO are used to generate different wavelengths.Maximum average powers(repetition rate 1 kHz)of 1.1 W at 830 nm,380 mW at 415 nm,and 39 mW at 208 nm are obtained when the pumping power is 3.6 W.The main characteristics of this system are presented.展开更多
An Ytterbium-doped mode-locked fiber laser using the polarization sensitive isolator and polarization controllers (PC) is reported. In the normal dispersion, the fiber laser can oscillate at the multi-pulse states by ...An Ytterbium-doped mode-locked fiber laser using the polarization sensitive isolator and polarization controllers (PC) is reported. In the normal dispersion, the fiber laser can oscillate at the multi-pulse states by adjusting the position of the PC. On the condition that the polarization state isn’t changed, the outputs of Ytterbium-doped mode-locked fiber laser change from single pulse to multi-pulse by increasing the pump power. The fiber laser can achieve different multi-pulse output by adjusting the PC1 and PC2 carefully.展开更多
基金Supported by the National Natural Science Foundation of China under Grant No.69778012the State Climbing Program under Grant No.59707042.
文摘Four-wavelength lasers from near-infrared to deep-ultraviolet range,532,830,415 and 208 nm,have been developed in one all-solid-state laser system.The laser system is pumped by a diode-Q-YLF laser at 532 nm,a Ti:sapphire laser and the nonlinear second-harmonic-generation crystals LBO and BBO are used to generate different wavelengths.Maximum average powers(repetition rate 1 kHz)of 1.1 W at 830 nm,380 mW at 415 nm,and 39 mW at 208 nm are obtained when the pumping power is 3.6 W.The main characteristics of this system are presented.
基金supported by the National Science Foundationof China ( grating No. 60577019 and No. 60137010)
文摘An Ytterbium-doped mode-locked fiber laser using the polarization sensitive isolator and polarization controllers (PC) is reported. In the normal dispersion, the fiber laser can oscillate at the multi-pulse states by adjusting the position of the PC. On the condition that the polarization state isn’t changed, the outputs of Ytterbium-doped mode-locked fiber laser change from single pulse to multi-pulse by increasing the pump power. The fiber laser can achieve different multi-pulse output by adjusting the PC1 and PC2 carefully.
