Thulium, Holmium: YAG < Théorie < Théorie Abrikosov

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List of bibliographic references

Number of relevant bibliographic references: 38.
[0-20] [0 - 20][0 - 38][20-37][20-40]

Ident.	Authors (with country if any)	Title
000999 (2004)	J. Park [Corée du Sud] ; S. J. Ahn ; W. J. Lee ; J. Lee ; H. S. Suh ; N. Park	Widely Tunable S/S+ Band Thulium-Doped Fiber Laser Locked to 50-GHz ITU-T Grid
000A07 (2004)	E. R. M. Taylor [Royaume-Uni] ; L. N. Ng ; J. Nilsson ; R. Caponi ; A. Pagano ; M. Potenza ; B. Sordo	Thulium-Doped Tellurite Fiber Amplifier
000A21 (2004)	S. Tessarin [Irlande (pays)] ; M. Lynch ; J. F. Donegan ; G. Maze	Resonant energy transfer in praseodymium-thulium codoped ZBLAN fibre
000A55 (2004)	S. S. H. Yam [États-Unis] ; Y. Akasaka ; M. E. Marhic ; L. G. Kazovsky	Gain-clamped thulium-doped fibre amplifier with single pump at 1050 nm
000B32 (2003)	H. Tanaka [Japon] ; A. Tsutsumi	Precise Measurement of Microwave Permittivity Based on the Electromagnetic Fields in a Cavity Resonator with Finite Conductivity Walls
000B57 (2003)	T. Sakamoto [Japon] ; S. Aozasa ; M. Yamada ; M. Shimizu	High-gain hybrid amplifier consisting of cascaded fluoride-based TDFA and silica-based EDFA in 1458-1540 nm wavelength region
000B73 (2003)	J. F. Martins Filho [Brésil] ; C. J. A. Bastos Filho ; M. T. Carvalho ; M. L. Sundheimer ; A. S. L. Gomes	Dual-wavelength (1050 nm + 1550 nm) pumped thulium-doped fiber amplifier characterization by optical frequency-domain reflectometry
000B79 (2003)	A. S. L. Gomes [Brésil] ; M. T. Carvalho ; M. L. Sundheimer	Comparison of distributed gain in two dual-wavelength pumping schemes for thulium-doped fibre amplifiers
000B86 (2003)	A. Bessa Dos Santos [Brésil] ; M. B. Costa E Suva ; M. T. Carvalho ; M. L. Sundheimer ; A. S. L. Gomes ; J. P. Von Der Weid	Bit error rate and noise in S-band TDFA-amplified 10-Gb/s optical transmission
000B87 (2003)	H. Tanaka [Japon] ; A. Tsutsumi	Analysis of Resonant Characteristics of Cavity Resonator with a Layered Conductor on Its Metal Walls
000B90 (2003)	H. Kawabata [Japon] ; H. Tanpo ; Y. Kobayashi	An Improvement of the Perturbation Method Using a TM010 Mode Cylindrical Cavity
000C39 (2002)	H. Masuda [Japon] ; S. Aozasa ; M. Shimizu	Ultra-wide-band hybrid amplifier consisting of two dispersion-compensating fibres for Raman amplification and thulium-doped fibre
000C41 (2002)	B. Bourliaguet [Canada] ; F. Emond ; S. Mohrdiek ; A. C. Jacob Poulin ; P. Y. Cortes ; J. Lauzon	Thulium-doped fibre amplifier using 1055 nm laser diode pumping configuration
000C52 (2002)	W. J. Lee [Corée du Sud] ; C. H. Lee ; P. Kim ; J. O. Byun ; J. Park ; N. Park	Study on the gain excursion and tilt compensation for 1.4- and 1.5- μm dual wavelength pumped TDFA
000C56 (2002)	N. Daskalova [Bulgarie] ; G. Gentsheva ; S. Velichkov	Spectral interference in the determination of Ho, Tm and Ga as dopants in single crystals of potassium titanylphosphate by inductively coupled plasma atomic emission spectrometry
000C87 (2002)	J. L. Blows [Australie] ; P. Hambley ; L. Poladian	Increasing fiber photosensitivity to near-UV radiation by rare earth doping
000C90 (2002)	M. Yuda [Japon] ; T. Sasaki ; J. Temmyo ; M. Sugo ; C. Amano	High-power, highly reliable 1.05 μm InGaAs strained quantum well laser diodes as pump sources for thulium-doped fibre amplifiers
000C96 (2002)	S. Aozasa [Japon] ; H. Masuda ; T. Sakamoto ; K. Shikano ; M. Shimizu	Gain-shifted TDFA employing high concentration doping technique with high internal power conversion efficiency of 70%
000C97 (2002)	S. Aozasa [Japon] ; M. Shimizu ; H. Masuda	Gain spectrum control method for gain-shifted TDFA employing single wavelength pumping
000D05 (2002)	M. B. Costa E Silva [Brésil] ; M. T. Carvalho ; M. L. Sundheimer ; A. S. L. Gomes ; J. P. Von Der Weid ; W. Margulis ; F. Carlsson	Distributed-gain measurements in S-band TDFA by coherent optical frequency domain reflectometry
000D19 (2002)	J. O. Byun [Corée du Sud] ; P. Kim ; W. J. Lee ; C. H. Lee ; N. Park	Analysis on the transient response of 1.55-μm/1.4-μm dual-wavelength pumped thulium-doped fiber amplifiers

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