A periodically poled lithium niobate (PPLN) optical parametric generator (OPG) pumped by a laser diode (LD)-pumped Q-switched Tm,Ho:GdVO4 laser operated at 2.048 \mum with pump pulse of 25 ns and repetition rate of 10 kHz is reported. A continuous tunable middle-infrared (mid-IR) spectrum of 3.88~4.34 \mum is obtained by changing the crystal temperature from 50 to 124 oC. When the incident pump power is 3 W, the total OPG output power is 95 mW, corresponding to optical conversion efficiency of 3

A high repetition rate Tm:Ho:LuLiF master-oscillator and polarization-maintaining (PM) Tm-doped fiber power-amplifier system is presented. A 11.3-kHz, 0.4-nm line width, 0.89-W Tm:Ho:LuLiF seed laser is developed. Using a two-stage PM Tm-doped fiber power amplifier system, 32.4-W output power is obtained with 0.4-nm line width at a central wavelength of 2058.5 nm, corresponding to 0.66-W seed laser. The laser spectrum and pulse profile are measured.

A diode-pumped passively Q-switched Tm,Ho:YAP laser with a single-walled carbon nanotube

分析了熔体提拉法生长Ho∶Tm∶YLF晶体过程中熔体表面漂浮物的产生原因，以及晶体中散射颗粒、孪晶和开裂的成因。通过精心设计对称性温场，并调整温场、优化生长工艺参数，有效消除了晶体中的散射颗粒，克服了晶体开裂。采取在生长气氛中加入一定量CF4等工艺措施有效减少了熔体表面上的氟氧化物漂浮物，克服了漂浮物对生长晶体的影响，生长出了尺寸为(25~30)mm×(100~120)mm的高品质HoTmYLF晶体。HoTmYLF晶体激光性能测试表明，在LD双端抽运条件下获得了超过10 W的2.05 μm激光输出，激光斜率效率达到41.2%，光光转换效率达到36.4%。

Ho-Kashyap算法，用于求解判别界面方程。

下载了很多LMSE(Ho-Kashyap)实现代码，挑选汇总了一下，有C++和Matlab实现

这本书是人文通信（Human bond communication）的一本比较著名的书。希望大家可以从中学习到一些东西