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Keyword [all-solid]
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1. Optical Bistability Characteristics In TM3+ Ion Doped Laser Crystals
2. Theoretical And Experimental Investigation Of The Classical And Quantum Characteristics In The Nonlinear Optical Process
3. The Structural Design Of All-solid-state Reference Electrode Used In Deep Marine And Its Electrochemical Performance
4. All Solid-state Quasi-phase Matching Optical Parametric Oscillator
5. Characterization Of Nonlinear Optical Properties Of Deep-ultraviolet Transparent BaMgF4Crystal
6. Microelectrodes In The Research Of Ocean Acidificationand Hydrothermal Vents Developments And Applications
7. Ultrafast Laser Properties Of Yb-crystals With Inhomogeneous Spectral Broadening
8. Study Of All-solid-state1.57μm Optical Parametric Oscillators
9. Research Of Nonlinear Optical Properties Of Vacuum-ultraviolet Fluoride Crystal-BaMgF4
10. Novel Solid-state Electrodes:Preparation, Characterization, And Their In-situ Analyses For Aqueous Nutrients
11. Study Of Sensor Technology Based On Rapid Analysis Of Carbon Dioxide In The Seawater
12. Generation And Application Of Tunable Femtoseond Laser Pulse Synchronously Pumped By All Solid State Mode-locking Laser
13. Research On Laser Diode Pumped All Solid-state Linearly And Broadband Frequency-modulated Nd:YVO4 Laser
14. Investigation Of The Continuously Tunable Single-frequency Laser
15. Theoretical And Experimental Investigation Of All-solid-state CW Single-frequency Lasers And Non-classical Optical Fields At Telecommunication Wavelength
16. Research On All-solid State Picosecond Pulse-train Synchronously Pumping Broad-band Stimulated Raman Scattering Effect
17. Research On The Key Technologies Of Thermal And Electrical Control In Mid-Infrared All-Solid-State Laser
18. Research On Self-calibration Method Of Raman Lidar Water Vapor Detection And Development Of All-solid-state System
19. The Saturable Absorption Properties Of Topological Insulators And Other Two Dimensional Materials
20. All-solid-state Laser Characterization Of Nd3+-doped Ca3TaGa3Si2O14 Crystal As Gain Medium And Self-frequency-Doubling Material
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