Fiber Laser Sources and Amplifiers: 6-8 September 1989, Boston, MassachusettsMichel J.F Digonnet (Ingenieur) |
Contents
FABRICATION AND SPECTROSCOPY I | 53 |
FIBER AMPLIFIERS | 81 |
FIBER LASER OSCILLATORS I | 147 |
Copyright | |
6 other sections not shown
Common terms and phrases
absorbed pump power aerosol bandwidth cavity concentration core coupler coupling cross section curves D.N. Payne decay Desurvire devices diode laser dopant doped fibre EDFA effect Electron Er-doped Er³ Er3+ Er³+-doped fiber erbium erbium-doped fiber amplifier excited state absorption experimental fabrication fiber laser fiber length Figure fluorescence fluoride fluorophosphate frequency gain coefficient GAIN dB gain saturation glass grating input intensity ions laser diode laser fiber laser pumped lasing Lett Lightwave loss maximum MCVD measured mirror mode-locked neodymium noise nonlinear obtained optical amplifiers optical fibre oscillation output power peak power phase modulation phasematching photon population inversion Power mW preform pulse pump and signal pump wavelength Q-switched Raman gain rare earth Reekie reflector resonator samarium shown in Fig signal power signal wavelength silica silica fiber slope efficiency soliton spectra spectrum Stark levels temperature threshold transition transmission Vycor Wavelength nm width