Engineering
Thin Films
100%
Saturable Absorber
100%
Picosecond
100%
Solitary Wave
100%
Pulse Generator
100%
Organic Material
66%
Output Power
33%
Pulse Energy
33%
Erbium-Doped Fiber
33%
Doped Fiber Laser
33%
Pulse Output
33%
Photonics
33%
Saturation Intensity
33%
Laser Application
33%
Laser Cavity
33%
Fiber Laser
33%
Relaxation Time
33%
Keyphrases
Poly(3,4-ethylenedioxythiophene):Poly(styrenesulfonate)
100%
Picosecond Pulse Generation
100%
Saturable Absorber
60%
Organic Matter
40%
Mode-locked Lasers
40%
Power Output
20%
Power Energy
20%
Pulse Output
20%
Pulsed Power
20%
Erbium-doped Fiber Laser
20%
Soliton Mode
20%
Fiber Laser Cavity
20%
Modulation Depth
20%
Optical Properties
20%
Photonic Applications
20%
Saturation Intensity
20%
Spin Coating
20%
Electronic Applications
20%
Relaxation Time
20%
Operating Bandwidth
20%
Fast Relaxation
20%
Fiber Laser Applications
20%
Coating Technology
20%
Ultrafast Phenomena
20%
Physics
Solitary Wave
100%
Thin Films
100%
Polystyrene
100%
Organic Material
40%
Fiber Laser
40%
Mode-Locked Laser
40%
Erbium-Doped Fiber
20%
Laser Cavity
20%
Photonics
20%
Relaxation Time
20%
Optical Property
20%
Laser Application
20%
Material Science
Thin Films
100%
Polystyrene
100%
Fiber Laser
40%
Mode-Locked Laser
40%
Erbium-Doped Fiber
20%
Optical Property
20%
Spin Coating
20%
Laser Application
20%
Coating Technology
20%