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1. Research On Dual-Loss-Modulated Low Repetition Rate Subnanosecond Mode-Locking Pulse Lasers And Nonlinear Frequency Conversion Properties
2. Theoretical Lnvestigation On The Tuning Characteristics Of High Power TE(A) CO2 Lasers
3. Laser-Diode Pumped Monolithic Nd~(3+):YAG Laser Passively Q-Switched By The Saturable Absorber Cr~(4+):YAG
4. Theoretical Study On The Vertical-Cavity Semiconductor Optical Amplifiers
5. Researches On The Characteristics Of Vertical-Cavity Surface-Emitting Lasers In High Speed Optical Fiber Communication Systems
6. All-solid-state Singly And Doubly Q-switched, Laser-diode-pumped Intracavity Optical Parametric Oscillators
7. Theoretical And Experimental Studies On Nd:YAG Ceramic Lasers And Investigations On Light Diffusion In TiO2 Random Media
8. All Solid-state Raman Laser Theory And Experimental Research
9. Study On High Power DPSSL355nm Ultraviolet Lasers
10. Simulation Of Er~(3+)-doped Al2O3 Optical Wave-guide Amplifier And Measurement Of Er~(3+)-doped Optical Wave-guide Film
11. Studying Dynamic And Static Characteristics Of Grating Tuned Bistable External Cavity Semiconductor Lasers
12. Study On All-Optical Wavelength Conversion Based On Fiber Ring Semiconductor Lasers
13. Study On Modes Distinction And Bistable Characteristics Of Two-Segment DFB Semiconductor Lasers
14. Study On The Characteristics Of External Cavity Semiconductor Lasers
15. Numerical Simulation And Characteristic Investigation Of Vertical-Cavity Surface-Emitting Lasers Based On Rate-Equations
16. The Extension Of Injection Locking Theory And Its Dynamical Behavior Analysis
17. Time And Spectral Domain Simulations Of Semiconductor Optical Amplifiers
18. Theoretical Research Of An End Pumped Double-clad Fiber Lasers Doped With Quasi Two-energy-level Ions
19. Research On Nonuniformly Injected Semiconductor Optical Amplifiers
20. Research On The Characteristics And Design Technologies Of Linear-cavity Fiber Laser
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