four-wave Mixing - Globe Thesis

Keyword [four-wave Mixing] Result: 81 - 100 \| Page: 5 of 10
81.	Optimal Design Of Silicon Waveguides For High-Efficiency Broadband And Polarization-Independent Wavelength Conversion
82.	Study Of Optical Modulation Format Conversion Based On Silicon Photonic Waveguide Devices
83.	Research Of Key Technologies On Fiber Nonlinearity Compensation And Performance Evaluation For Optical Orthogonal Frequency Division Multiplexing System
84.	Research On Several Characteristics And Applications Of Highly Nonlinear Fiber And Silicon On Insulator Waveguide
85.	Experimental And Simulation Investigation Into All-fiber Based Wideband Optical Waveform Sampling Systems
86.	Research On Multiwavelength Fiber Laser And Distributed Fiber Sensing Based On Brillouin Scattering
87.	Investigation Of High-Speed All-Optical Digital Logic Operation Using Logic Minterm
88.	Waveguide Structures Design Based On Nonlinear Materials For Optical Wavelength Conversion
89.	Research On The Application Of Four-wave Mixing In Radio-over-Fiber System And All-optical Wavelength Conversion
90.	All-Optical Signal Processing Based On Nonlinear Effects In Integrated Devices
91.	Study Of Novel Fiber Optical Parametric Oscillators
92.	Design, Fabrication Of Microring Resonators And Their Applications In All-Optical Signal Processing
93.	Research On Ultrafast Nonlinear Optical Effects And Applications Based On Silicon-on-insulator Waveguides
94.	Nonlinear Optical Effects And Applications In Silicon Waveguides With Micro-or Nano-scale Structures
95.	Research Of Photonic Crystal Fiber In Time Stretched Analog To Digital Conversion System
96.	All-Optical Programmable Logic Array Based On Canonical Logic Units
97.	Research On Non-degenerate Four-wave Mixing In Rubidium Vapor And 3-D Laser Cooling At The Doppler Limit
98.	Research And Implement On The Tunable Fiber Laser Based On An Opto-VLSI Processor
99.	The Study Of All-optical Wavelength Converter Based On XGM, XPM In A Semiconductor Optical Amplifier
100.	OSNR Monitoring Method Based On Four Wave Mixing In High Linear Fiber
<<First <Prev Next> Last>> Jump to