optical feedback - Globe Thesis

Keyword [optical feedback] Result: 1 - 20 \| Page: 1 of 6
1.	Study On Simultaneous Measurement Of Multiple Physical Parameters Based On Laser Self-mixing Effect
2.	Study On Nonlinear Dynamics Of Vertical-Cavity Surface-Emitting Lasers With External Optical Feedback
3.	Study On Polarization And Dynamical Characteristics Of Semiconductor Lasers With Optical Injection
4.	Orthogonal Polarized Laser Feedback Theory Based On Cavity Tuning And Frequency Stabilized Displacement Measuring System
5.	Investigation On The Dynamic Characteristics Of Semiconductor Lasers With External Optical Feedback And Chaos Laser Security Communication
6.	Application And Research On Laser Power Control System With Digital All-solid-state Laser
7.	Simulation And Experimental Study Of Displacement Measurement Based On Self-mixing Interference
8.	Simulation Study On The Nonlinear Dynamic Behaviors Of Vertical Cavity Surface Emitting Laser
9.	Study On The Chaotic Dynamic Of Laser And Its Chaos Control And Chaos Synchronization
10.	Design And Numerical Simulation On Dual-wavelength Oscillating Of A Laser Diode With An External Cavity
11.	Chaos In Semiconductor Laser With Optical Feedback
12.	Fundamental Research On Some Applications Of Semiconductor Lasers With Optical Feedback
13.	Chaos Synchronization In Semiconductor Laser With Optical Feedback
14.	Study Of The Vibration Sensing And Measuring Technology Based On Laser Self-Mixing Interference
15.	Stability Analysis And Hopf Bifurcation Of Semiconductor Laser With Optical Feedback
16.	Study On Microvibration Measurement Based On External Optical Feedback Interference
17.	Analysis Of Correlation Dimension Of Chaotic Laser Signal Generated From Semiconductor Lasers With Optical Feedback
18.	Influences Of The Strong Light Injection On The Chaotic Carrier Fundamental Frequency Of VCSELs With Optical Feedback
19.	Chaos Synchronization Of Semiconductor Lasers Subject To Optical Feedback And Its Applications In Secure Communication
20.	Research On Vibration Measurement Based On Self-mixing Interference Effect In Semiconductor Laser
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