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1
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0039780237
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WDM - when will the wave hit Europe?
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A brief and informative overview of the current WDM market and prospects in Europe.
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Gannon P. WDM - when will the wave hit Europe? Fibre Systems. 1:1996;22-23 A brief and informative overview of the current WDM market and prospects in Europe.
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(1996)
Fibre Systems
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, pp. 22-23
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Gannon, P.1
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2
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0030195594
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Fluoride-based erbium-doped fiber amplifier with inherently flat gain spectrum
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Describes a fluoride-based EDFA with gain of 26 dB and a gain excursion of less than 0.2 dB in the 1534-1542 nm region.
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Yamada M, Kanamori T, Terunuma Y, Oikawa K, Shimizu M, Sudo S, Sagawa K. Fluoride-based erbium-doped fiber amplifier with inherently flat gain spectrum. IEEE Photonic Technol Lett. 8:1996;882-884 Describes a fluoride-based EDFA with gain of 26 dB and a gain excursion of less than 0.2 dB in the 1534-1542 nm region.
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(1996)
IEEE Photonic Technol Lett
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, pp. 882-884
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Yamada, M.1
Kanamori, T.2
Terunuma, Y.3
Oikawa, K.4
Shimizu, M.5
Sudo, S.6
Sagawa, K.7
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4
-
-
0030150048
-
3+-doped fiber amplifier in a cascade configuration
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A gain flatness of 0.9 dB in the 1532-1560 nm wavelength region is shown for eight-channel WDM.
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3+-doped fiber amplifier in a cascade configuration. IEEE Photonic Technol Lett. 8:1996;620-622 A gain flatness of 0.9 dB in the 1532-1560 nm wavelength region is shown for eight-channel WDM.
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(1996)
IEEE Photonic Technol Lett
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, pp. 620-622
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Yamada, M.1
Ono, H.2
Kanamori, T.3
Sakamoto, T.4
Ohishi, Y.5
Sudo, S.6
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5
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0029357011
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Erbium-doped fibre amplifier with dynamic gain flatness for WDM
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The authors model operating conditions for a silicate-based EDFA, predicting a gain flat to within 0.04 dB over a bandwidth of 6 nm, and show that this generally requires a gain-flattening filter.
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Nilsson J, Lee YW, Choe WH. Erbium-doped fibre amplifier with dynamic gain flatness for WDM. Electron Lett. 31:1995;1578-1579 The authors model operating conditions for a silicate-based EDFA, predicting a gain flat to within 0.04 dB over a bandwidth of 6 nm, and show that this generally requires a gain-flattening filter.
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Electron Lett
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Nilsson, J.1
Lee, Y.W.2
Choe, W.H.3
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0030194158
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Measurement and analysis of pump-dependent refractive-index and dispersion effects in erbium-doped fiber amplifiers
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Fleming SC, Whitley TJ. Measurement and analysis of pump-dependent refractive-index and dispersion effects in erbium-doped fiber amplifiers. IEEE J Quantum Electron. 32:1996;1113-1121.
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IEEE J Quantum Electron
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Fleming, S.C.1
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0030510377
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Erbium resonance-based dispersion effects on sub-picosecond pulse-propagation in fiber amplifiers - Analytical studies
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Hoffman MB, Buck JA. Erbium resonance-based dispersion effects on sub-picosecond pulse-propagation in fiber amplifiers - analytical studies. J Opt Soc Am B-Opt Phys. 13:1996;2012-2016.
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J Opt Soc Am B-Opt Phys
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Hoffman, M.B.1
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Rayleigh-scattering effect on the gain efficiency and noise of erbium-doped fiber amplifiers
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Zervas MN, Laming RI. Rayleigh-scattering effect on the gain efficiency and noise of erbium-doped fiber amplifiers. IEEE J Quantum Electron. 31:1995;468-471.
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IEEE J Quantum Electron
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Zervas, M.N.1
Laming, R.I.2
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0030262037
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Distributed temperature sensing with erbium-doped fiber amplifiers
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Kopky D, Emokan MS, Tam H. Distributed temperature sensing with erbium-doped fiber amplifiers. J Lightwave Technol. 14:1996;2236-2245.
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J Lightwave Technol
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Kopky, D.1
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Tam, H.3
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10
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Rare-earth-doped fluoride waveguides fabricated using molecular-beam epitaxy
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Mcfarlane RA, Lui M, Yap D. Rare-earth-doped fluoride waveguides fabricated using molecular-beam epitaxy. IEEE J Topics Quantum Electron. 1:1995;82-91.
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IEEE J Topics Quantum Electron
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McFarlane, R.A.1
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Yap, D.3
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12
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0030217351
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Optical doping of materials by erbium ion-implantation
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Priolo F, Franzo G, Coffa S, Polman A, Snoeks E, Vandenhoven GN, Libertino S, Lombardo S, Campisano SU, Carnera A. Optical doping of materials by erbium ion-implantation. Nucl Instrum Meth Phys Res B. 116:1996;77-84.
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Nucl Instrum Meth Phys Res B
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Priolo, F.1
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Vandenhoven, G.N.6
Libertino, S.7
Lombardo, S.8
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16
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0030156574
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3
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3. IEEE J Sel Topics Quantum Electron. 2:1996;355-366.
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IEEE J Sel Topics Quantum Electron
, vol.2
, pp. 355-366
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Baumann, I.1
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Brinkmann, R.3
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Dinand, M.5
Greiner, A.6
Schafer, K.7
Sochtig, J.8
Sohler, W.9
Suche, H.10
Wessel, R.11
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18
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0030125911
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3+-doped planar waveguide amplifier
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Sputtered doped glass is the waveguide core in this high NA device. With 80 mW of 980 nm pump power, a net fibre-to-fibre gain of 4.5 dB is achieved.
-
3+-doped planar waveguide amplifier. IEEE Photonic Technol Lett. 8:1996;518-520 Sputtered doped glass is the waveguide core in this high NA device. With 80 mW of 980 nm pump power, a net fibre-to-fibre gain of 4.5 dB is achieved.
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(1996)
IEEE Photonic Technol Lett
, vol.8
, pp. 518-520
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Ghosh, R.N.1
Shmulovich, J.2
Kane, C.F.3
Debarros, M.R.X.4
Nykolak, G.5
Bruce, A.J.6
Becker, P.C.7
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19
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0030126356
-
3 waveguides on silicon
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Ion-implantation of erbium is used to fabricate an EDPA with a threshold of 3 mW of coupled power at 1480 nm; this low threshold is achieved with high NA guides, at the expense of inefficient coupling to single-mode fibre.
-
3 waveguides on silicon. Appl Phys Lett. 68:1996;1886-1888 Ion-implantation of erbium is used to fabricate an EDPA with a threshold of 3 mW of coupled power at 1480 nm; this low threshold is achieved with high NA guides, at the expense of inefficient coupling to single-mode fibre.
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(1996)
Appl Phys Lett
, vol.68
, pp. 1886-1888
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Vandenhoven, G.N.1
Koper, R.J.I.M.2
Polman, A.3
Vandam, C.4
Vanuffelen, J.W.M.5
Smit, M.K.6
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21
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0029309448
-
Integrated optical-spectrum analyzer with internal gain
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The latest in a series of papers describing devices based on thermal erbium diffusion in to lithium niobate, with good performance, though suited more to laser light sources than amplifiers.
-
Suche H, Hiller D, Baumann I, Sohler W. Integrated optical-spectrum analyzer with internal gain. IEEE Photonic Technol Lett. 7:1995;505-507 The latest in a series of papers describing devices based on thermal erbium diffusion in to lithium niobate, with good performance, though suited more to laser light sources than amplifiers.
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(1995)
IEEE Photonic Technol Lett
, vol.7
, pp. 505-507
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Suche, H.1
Hiller, D.2
Baumann, I.3
Sohler, W.4
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23
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58749108222
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Ion-exchanged planar lossless splitter for analog CATV distribution systems at 1.5 μm
-
Optical Society of America, Washington, DC, The Er/Yb co-doped EDPA system described here can deliver 9 dB fibre-to-fibre gain for 120 mW of pump power, competitive with other EDPAs but not with EDFAs.
-
Van der Plaats Jc, Willems FW, Muys W, Koonen AMJ, Camy P, Prel C, Béguin A, Prassas M, Lerminiaux C, Román JE, et al. Ion-exchanged planar lossless splitter for analog CATV distribution systems at 1.5 μm. Optical Society of America Topical Meeting on Optical Amplifiers and Their Applications, 1996 Technical Digest: 1996 Jul 11-13; Monterey, California. 1996;Optical Society of America, Washington, DC, The Er/Yb co-doped EDPA system described here can deliver 9 dB fibre-to-fibre gain for 120 mW of pump power, competitive with other EDPAs but not with EDFAs.
-
(1996)
Optical Society of America Topical Meeting on Optical Amplifiers and Their Applications, 1996 Technical Digest: 1996 Jul 11-13; Monterey, California
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Van Der Plaats Jc1
Willems, F.W.2
Muys, W.3
Koonen, A.M.J.4
Camy, P.5
Prel, C.6
Béguin, A.7
Prassas, M.8
Lerminiaux, C.9
Román, J.E.10
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24
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0030314441
-
Amplifying four wavelengths combiner based on erbium-ytterbium doped planar integrated optical modules
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Norway: Telenor R&D, Kjeller, The EDPA used here is a phosphate-glass-based device, with performance comparable to that of [21]
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Barbier D, Rattay M, Saint Andre F, Kevorkian A, Delavaux JMP, Murphy E. Amplifying four wavelengths combiner based on erbium-ytterbium doped planar integrated optical modules. Proceedings of the 22nd European Conference on Optical Communication - ECOC: 1996 Sept 15-19; Oslo. 3:1996;161-164 Norway: Telenor R&D, Kjeller, The EDPA used here is a phosphate-glass-based device, with performance comparable to that of [21].
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(1996)
Proceedings of the 22nd European Conference on Optical Communication - ECOC: 1996 Sept 15-19; Oslo
, vol.3
, pp. 161-164
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Barbier, D.1
Rattay, M.2
Saint Andre, F.3
Kevorkian, A.4
Delavaux, J.M.P.5
Murphy, E.6
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25
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0030181089
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The photoluminescence of erbium-doped silicon monoxide
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Roberts SW, Parker GJ, Hempstead M. The photoluminescence of erbium-doped silicon monoxide. Opt Mater. 6:1996;99-102.
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Opt Mater
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Roberts, S.W.1
Parker, G.J.2
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26
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0030082160
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Electroluminescence from forward-biased Er-doped GaP p-n junctions at room temperature
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Ford GM, Wessels BW. Electroluminescence from forward-biased Er-doped GaP p-n junctions at room temperature. Appl Phys Lett. 68:1996;1126-1128.
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Appl Phys Lett
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Ford, G.M.1
Wessels, B.W.2
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0029342682
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1.7 μm excited state absorption measurement in erbium-doped glasses
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Román JE, Hempstead M, Ye C, Camy P, Laborde P, Lerminiaux C. 1.7 μm excited state absorption measurement in erbium-doped glasses. Appl Phys Lett. 67:1995;470-472.
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Appl Phys Lett
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Román, J.E.1
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Ye, C.3
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Laborde, P.5
Lerminiaux, C.6
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29
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85135491508
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Nanosecond kinetics of upconversion process in EDF and its effect on EDFA performance
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Optical Society of America, Washington DC, The authors measure a 50 ns lifetime for doubly excited erbium ion clusters, much shorter than can be accounted for by dipole-dipole interactions.
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Myslinski P, Fraser J, Chrostowski J. Nanosecond kinetics of upconversion process in EDF and its effect on EDFA performance. Optical Amplifiers and Their Applications, 1995 OSA Technical Digest Series: 1995 June 15-17; Davos, Switzerland. 18:1995;100-103 Optical Society of America, Washington DC, The authors measure a 50 ns lifetime for doubly excited erbium ion clusters, much shorter than can be accounted for by dipole-dipole interactions.
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(1995)
Optical Amplifiers and Their Applications, 1995 OSA Technical Digest Series: 1995 June 15-17; Davos, Switzerland
, vol.18
, pp. 100-103
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Myslinski, P.1
Fraser, J.2
Chrostowski, J.3
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30
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0000103648
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A review of fluoride fibres for optical amplification
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Ainslie BJ, Davey ST, Szebesta D, William JR, Moore MW, Whitley T, Wyatt R. A review of fluoride fibres for optical amplification. J Non-Cryst Solids. 184:1995;225-228.
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J Non-Cryst Solids
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Ainslie, B.J.1
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William, J.R.4
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31
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74249119677
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The application of Ga:La:S-based glass for optical amplification at 1.3 μm
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-1 theoretically predicted.
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J Non-Cryst Solids
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, pp. 292-296
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Medeiros Neto, J.A.1
Taylor, E.R.2
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Wang, J.4
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Payne, D.N.7
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0009321870
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Praseodymium-doped cadmium mixed halide glasses for 1.3 μm amplification
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Bartholomew RF, Aitken BG, Newhouse MA. Praseodymium-doped cadmium mixed halide glasses for 1.3 μm amplification. J Non-Cryst Solids. 184:1995;229-233.
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J Non-Cryst Solids
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Bartholomew, R.F.1
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34
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0029632463
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Efficient sensitisation of praesodymium 1.31 μm fluorescence by optically pumped ytterbium ions in ZBLAN glass
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3+ ions was reported with 56% efficiency.
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3+ ions was reported with 56% efficiency.
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Electron Lett
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Xie, P.1
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3+ ions in fluoride glasses
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3+ ions in fluoride glasses. Adv Mater. 7:1995;190-193.
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Adv Mater
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3-based fiber
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Washington, DC: Optical Society of America. paper PD2
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3-based fiber. Optical Fiber Communications Conference, 1995 OSA Technical Digest: 1995; San Diego. 1995;Optical Society of America, Washington, DC. paper PD2.
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Optical Fiber Communications Conference, 1995 OSA Technical Digest: 1995; San Diego
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Yanagita, H.1
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Lucas J. Fluoride glasses for modern optics. J Fluorine Chem. 72:1995;177-181.
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J Fluorine Chem
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Lucas, J.1
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Poulain M. New trends in halide glass compositions. J Non-Cryst Solids. 184:1995;104-108.
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0004637036
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3+-doped fluoride fibre amplifier
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Gain of 20 dB and noise figure of 5 dB were reported in a systems trial of a fluoride fibre amplifier pumped with 550 mW of pump power at 1.047 μm, confirming low-noise behaviour.
-
3+-doped fluoride fibre amplifier. Electron Lett. 31:1995;806-807 Gain of 20 dB and noise figure of 5 dB were reported in a systems trial of a fluoride fibre amplifier pumped with 550 mW of pump power at 1.047 μm, confirming low-noise behaviour.
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Electron Lett
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Yamada, M.1
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0030315708
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Praseodymium doped fluoride fibre amplifiers for broadband networks
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Kjeller, Norway: Telenor R&D
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Davey RP, Percival RM, Oliver SN, Wyatt R, Betts RA, Frisken SJ. Praseodymium doped fluoride fibre amplifiers for broadband networks. 22nd European Conference on Optical Communication - ECOC: 1966 Sept 15-19; Oslo. 3:1996;157-160 Telenor R&D, Kjeller, Norway.
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22nd European Conference on Optical Communication - ECOC: 1966 Sept 15-19; Oslo
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Davey, R.P.1
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Ann Chim Fr
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0030166331
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As-S based materials and fibres towards efficient 1.3 μm fibre amplification
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Good fibre-drawing properties combined with high rare-earth solubility demonstrated in this system when co-doped with dopants such as Ge.
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Kirchhof J, Kobelke J, Scheffler M, Schwuchow A. As-S based materials and fibres towards efficient 1.3 μm fibre amplification. Electron Lett. 32:1996;1220-1221 Good fibre-drawing properties combined with high rare-earth solubility demonstrated in this system when co-doped with dopants such as Ge.
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Electron Lett
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Kirchhof, J.1
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0040372416
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Recent developments in fiber devices
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Telenor R&D, Kjeller, Norway, Proposals for planar Nd:fluoroaluminate glass amplifiers incorporating ASE filters are advanced in this wide-ranging tutorial.
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Payne DN. Recent developments in fiber devices. Proceedings of the 22nd European Conference on Optical Communication - ECOC: 1996 Sept 15-19; Oslo. 3:1996;1 Telenor R&D, Kjeller, Norway, Proposals for planar Nd:fluoroaluminate glass amplifiers incorporating ASE filters are advanced in this wide-ranging tutorial.
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Proceedings of the 22nd European Conference on Optical Communication - ECOC: 1996 Sept 15-19; Oslo
, vol.3
, pp. 1
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Payne, D.N.1
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53
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0030086962
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Gallium lanthanum sulphide optical fibre for active and passive applications
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3+-doped clad multimode fibre in this promising material system. Losses less than 5 dB/m are reported at λ = 1340nm.
-
3+-doped clad multimode fibre in this promising material system. Losses less than 5 dB/m are reported at λ = 1340nm.
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(1996)
Electron Lett
, vol.32
, pp. 384-385
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Hewak, D.W.1
Moore, R.C.2
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Taylor ER, Samson BN, Hewak DW, Medeiros Neto JA, Payne DN, Jordery S, Naftaly M, Jha A. Cadmium mixed halide glass for optical amplification at 1.3 μm. J Non-Cryst Solids. 184:1995;61-67.
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J Non-Cryst Solids
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Taylor, E.R.1
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Optical properties of dysprosium-doped low-phonon-energy glasses for a potential 1.3 μm optical amplifier
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Tanabe S, Hanada T, Watanabe M, Hayashi T, Soga N. Optical properties of dysprosium-doped low-phonon-energy glasses for a potential 1.3 μm optical amplifier. J Am Ceram Soc. 78:1995;2917-2922.
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3+-doped fluoride planar waveguide. J Appl Phys Lett. 69:1996;2012-2014.
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