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Serveur d'exploration sur le thulium - Analysis (UK)

Index « Auteurs » - entrée « D. N. Payne »
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D. Milanese < D. N. Payne < D. N. Slater  Facettes :

List of bibliographic references

Number of relevant bibliographic references: 5.
Ident.Authors (with country if any)Title
000207 (1999-02) T. Schweizer [Royaume-Uni] ; B. N. Samson [Royaume-Uni] ; J. R. Hector [Royaume-Uni] ; W. S. Brocklesby ; D. W. Hewak ; D. N. PayneInfrared emission and ion-ion interactions in thulium- and terbium-doped gallium lanthanum sulfide glass
000262 (1996) J. T. Kringlebotn [Royaume-Uni] ; J.-L. Archambault [Royaume-Uni] ; L. Reekie [Royaume-Uni] ; R. I. Laming [Royaume-Uni] ; D. N. Payne [Royaume-Uni]Nd:YLF Pumped Grating-Feedback Er3+:Yb3+Co-Doped Silica Fiber Laser Operating at 1.49 μm
000282 (1995) B. Dussardier [Royaume-Uni] ; J. Wang [Royaume-Uni] ; D. C. Hanna [Royaume-Uni] ; D. N. Payne [Royaume-Uni]Spectroscopy and CW 2-photon up-conversion in Tm3+-doped ZnCl2-based glass
000323 (1992) J. R. Lincoln [Royaume-Uni] ; C. J. Mackechnie ; J. Wang ; W. S. Brocklesby ; R. S. Deol ; A. Pearson ; D. C. Hanna ; D. N. PayneNew class of fibre laser based on lead-germanate glass
000327 (1992) N. Kishi [Royaume-Uni] ; J. N. Carter ; R. Mottahedeh ; P. R. Morkel ; R. G. Smart ; A. J. Seeds ; J. S. Roberts ; C. C. Button ; D. N. Payne ; A. C. Tropper ; D. C. HannaActively mode-locked and passively Q-switched operation of thulium-doped fibre laser using multiquantum well asymmetric Fabry-Perot modulator

List of associated KwdEn.i

Nombre de
documents		Descripteur
2Doped
2Experimental study
2Fiber laser
2Fibre
2Fluorescence
2Glass
2Laser
2Optical fiber
2Thulium
2Wavelength
1Absorption peaks
1Absorption schemes
1Absorption spectra
1Absorption spectrum
1Absorption transition
1Academic press
1Aluminium Gallium Arsenides Mixed
1Blue emission band
1Blue light
1Bond vibrations
1Bragg
1Bulk glass samples
1Bulk sample
1Cavity length
1Cavity losses
1Concentration ratio
1Different lengths
1Different sites
1Doped fiber
1Doped glass
1Doped materials
1Doping
1Emission band
1Emission spectrum
1Energy gaps
1Energy levels
1Energy transfer
1Erbium
1Erbium concentration
1Excitation
1Excitation beam
1Excitation spectra
1Fiber background loss
1Fiber bragg grating feedback
1Fiber ends
1Fiber grating feedback
1Fiber gratings
1Fiber length
1Fiber loss
1Finite transfer time
1First time
1Fluoride
1Fluoride fiber
1Fluoride fiber laser
1Fluoride fibre laser
1Fundamental mode
1Gain control
1Gain spectrum
1Gallium Arsenides
1Gallium compounds
1Glasgow london
1Glass sample
1Glass samples
1Glass transition
1Grating
1Ground state
1High inversion
1High losses
1High power laser
1High power source
1Impurity absorption spectra
1Infrared light
1Infrared spectra
1Inverted gain
1Inverted gain medium
1Lanthanum compounds
1Laser characteristics
1Laser peak
1Laser threshold
1Laser wavelength
1Lasing
1Lead Germanates
1Lead bromides
1Lett
1Leve
1Leve1
1Lower energy leve1
1Lower erbium concentration
1Maximum intensity
1Maximum output power
1Maximum phonon energy
1Mccumber relationship
1Mode locked laser
1Modulator
1Optica1
1Optica1 materials
1Optica1 transitions
1Optical fiber communications
1Optical glass
1Optical spectrum

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