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Keyword [Nonlinear optics]
Result: 21 - 40 | Page: 2 of 5
21. Research On Characteristics Of The Beam Propagation Through Cascade Nonlinear Medium
22. Studies On All-Optical Wavelength Conversion By Using Non-Degenerated Four-Wave Mixing In Distributed-Feedback Laser
23. Study On Femto-Second Pulse Propagation And Supercontinuum Generation In Tapered Fibers
24. Study Of Broadband Optical Parametric Chirped Pulse Amplification
25. Theoretical Investigations On The Chaos Synchronization And The Modulation Response Performances Of F-P Semiconductor Laser
26. Four-wave Mixing In Silicon Waveguides And Micro-ring Resonators And Its Application In Wavelength Conversion
27. Hexagonal Inorganic Metal Cluster Compound [the W <sub> 2 </ Sub> Ag <sub> 4 </ Sub> S <sub> 8 </ Sub> (pph <sub> 3 </ Sub>) <sub> 4 </ Sub>], The Optical Nonlinearity
28. Photon Converter With Theoretical And Experimental Study Of The New Photon Source
29. Lbo And Frequency To Generate The Numerical Simulation And Experimental Study Of The 589nm Laser Source
30. Metal Cluster Compounds The W <sub> 2 </ Sub> Of Ag <sub> 4 </ Sub> S <sub> 8 </ Sub> (pph <sub> 3 </ Sub>) <sub> 4 </ Sub > And The Mo <sub> 2 </ Sub> Of Ag <sub> 4 </ Sub&g
31. Optical Nonlinearity Of Semiconductor Oxide Zno And Cdo Nanomaterials
32. Research On Four-wave Mixing Differency Frequency Generation Of Terahertz Radiation And The Properties Of Photonic Crystal Fibers
33. Of Large Caliber Opcpa System Theory Analysis And Design
34. Waveguide Structures Design Based On Nonlinear Materials For Optical Wavelength Conversion
35. All-Optical Signal Processing Based On Nonlinear Effects In Integrated Devices
36. The Research Of Multi-wavelenth Picosecond Stimulated Raman Laser
37. Study On Laser Pulse Contrast Measurement With Optical Kerr Effect
38. Fabrication And Properties Of Azo Polymer EO Modulators
39. Research On Spatiotemporal Instabilities In Nonlinear Asymmetric Oppositely Directed Coupler With A Negative-index Metamaterial Channel
40. Research On The Generation And Influential Factors Of Dispersive Wave In Photonic Crystal Fibers
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