A passively Q-switched sub-nanosecond master oscillator power amplifier (MOPA) laser
system at 1064 nm has been reported in this paper. The master oscillator was a passively Q …

Correct use of the photoelastic effect for the description of thermally induced refractive index
change is discussed and the analytical relations between thermo-optic coefficients at zero …

High-power all-solid-state continuous-wave (CW) single-frequency laser with high linear
polarization is a significant source for quantum optics and precision measurement. In this …

We compare the characteristics of a two-pass chirped pulse amplifier based on a Yb: YAG
single crystal fiber and the performance of Yb: YAG rods with a larger aperture. As a pump …

摘要单晶光纤处于光纤和晶体介质之间的特殊结构使其同时具备光纤和晶体介质的优点.
单晶光纤的增益高, 热管理简单, 非线性效应对其影响小, 在超短脉冲放大中得到了广泛应用 …

Temperature dependences of the thermo-optical coefficients of YAG crystals are often
neglected when thermal lensing in laser rods is investigated, though their influence is very …

As a bridge between crystal and fiber, the single crystal fiber (SCF) can combine the
advantages of the two materials and show great potential in high-power lasers. In this paper …

We demonstrate a single frequency 1064 nm master oscillator power amplifier (MOPA)
system operating in macro–micro pulse scheme. The repetition rate for the macro pulses …

A high-power eye-safe 1443.5 nm laser was demonstrated with an Nd: YAG single crystal
fiber (SCF) as the gain medium. For continuous wave (CW) operation, a maximum output …

Passively mode-locked fiber lasers are unsurpassed in terms of the beam quality, operation
stability, compactness and simplicity of integration. Further power and energy scaling in Nd …