We demonstrate a continuous-wave（CW） dual-wavelength Nd：YVO4laser working at 1064 and 1066 nm simultaneously. The method of Nd：YVO4crystal angle tuning is used to balance the ratio of the stimulated emission cross...We demonstrate a continuous-wave（CW） dual-wavelength Nd：YVO4laser working at 1064 and 1066 nm simultaneously. The method of Nd：YVO4crystal angle tuning is used to balance the ratio of the stimulated emission cross sections of the two wavelengths, leading to the realization of a simultaneous dual-wavelength operation from only one laser. The experimental results show that at a 2.85 W pump power, the maximum output powers at wavelengths of 1064 and 1066 nm are 0.55 and 0.54 W, respectively. The linear resonate cavity is as short as 10 mm, which gives the laser the advantages of a miniature configuration and low threshold. Such a dual-wavelength laser can be very attractive for the development of compact THz sources based on difference frequency generation.展开更多
文摘We demonstrate a continuous-wave（CW） dual-wavelength Nd：YVO4laser working at 1064 and 1066 nm simultaneously. The method of Nd：YVO4crystal angle tuning is used to balance the ratio of the stimulated emission cross sections of the two wavelengths, leading to the realization of a simultaneous dual-wavelength operation from only one laser. The experimental results show that at a 2.85 W pump power, the maximum output powers at wavelengths of 1064 and 1066 nm are 0.55 and 0.54 W, respectively. The linear resonate cavity is as short as 10 mm, which gives the laser the advantages of a miniature configuration and low threshold. Such a dual-wavelength laser can be very attractive for the development of compact THz sources based on difference frequency generation.
