A mode-locked fibre laser temperature independent strain sensor based on intracavity pulse interference

Keyphrases

• Strain Sensor 100%
• Sensor-based 100%
• Mode-locked Lasers 100%
• Intra-cavity 100%
• Temperature-independent 100%
• Pulse Interference 100%
• Photonics 50%
• Microstrain 50%
• Optical Detection 50%
• Temperature Effect 25%
• Strain Sensing 25%
• Environmentally Stable 25%
• High-resolution 25%
• Fiber Bragg Grating 25%
• Strain Effect 25%
• Radio Frequency 25%
• Linear Response 25%
• Temperature Sensitivity 25%
• Mach-Zehnder Interferometer 25%
• Sensor Technology 25%
• Real-world Impact 25%
• Civil Engineering 25%
• Harsh Environment 25%
• Mechanical Engineering 25%
• Strong Sensitivity 25%
• Temperature Fluctuation 25%
• Aerospace Engineering 25%
• Electronic Readout 25%
• All-fiber Sensor 25%

Engineering

• Fiber Laser 100%
• Photonics 100%
• Fiber Bragg Grating 50%
• Using Sensor 50%
• Mach-Zehnder Interferometer 50%
• High Resolution 50%
• Strain Sensing 50%
• Strain Effect 50%
• Radio Frequency 50%
• Linear Response 50%
• Civil Engineering 50%
• Frequency Domain 50%
• Mechanical Engineering 50%
• Temperature Fluctuation 50%
• Aerospace Engineering 50%

Material Science

• Fiber Laser 100%
• Interferometer 50%
• Fiber Bragg Grating 50%