Doped Fiber DevicesSPIE, 1996 - Fiber optics |
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Contents
Tuning range and efficiency of a Brillouinerbium fiber laser 284102 | 13 |
Pulsed erbiumdoped fiber source using doublepass amplifier and a pulsed laser diode | 22 |
Design of highpower broadband ASE sources for spectrumsliced WDM systems 284104 | 28 |
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absorption spectrum annealing bandwidth beam BEFL birefringence Bragg grating Bragg wavelength Brillouin gain Brillouin pump calculated cavity co-doped coefficient color centers comb filter concentration core coupler coupling DC Kerr densification density dependence detuning Digonnet diode dopant doped doped fibre EDFA effect efficiency Electron emission energy transfer erbium erbium-doped fiber excitation experimental fiber amplifier fiber laser fiber length Figure fluorescence fluoride frequency germanosilicate glass gratings written increase index change induced ions irradiation laser diode lasing Lett lifetime measured mechanism mJ/cm² mode nonlinear observed optical fiber oscillator strength output power parameters peak phase shift Photonics photosensitivity polarization poled population population inversion Pr³ praseodymium preform pulse pump wavelength Q-switched rare-earth refractive index refractive index modulation resonant room temperature sample shown silica soliton spectral SPIE switching thermal Tm3+ transmission type IIA upconversion waveguide wavelength Yb3+ ytterbium ZBLAN