References
- J. Appl. Phys. v.70 no.7 Optical doping of wave-guide materials by MeV Er Implantation A. Polman;D. C. Jacobson;D. J. Eaglesham;R. C. Klstler;J. M. Poatc
- IEE Electron. Lett. v.29 no.2 Erbium-doped phosphosilicate glass waveguide amplifier fabricated by PECVD K. Shuto;K. Hattorl;T. Kitagawa;Y. Ohmori;M. Horiguchi
- IEE Electron. Lett. v.27 no.4 Guided-wave laser based on erbium-doped silica planar lightwave circuit T. Kitagawa;K. Hattrol;M. Shimizi;Y. Ohmori;M. Kobayashi
- Appl. phys. Lett. v.62 no.4 Rare earth doped silica waveguides on Si fabricated by flame hydrolysis deposition and aerosol doping J. A. Bebbingion;G. Barbarossa;J. R. Bonar;J. S. Altehison
- Opt. Lett. v.16 no.14 Integrate-optic:Nd:glass laser fabricated by flame hydrolysis deposition using chelates R. Tummlnelli;F. Haklmi;J. Haavisto
- in Proc. Conf. Opt. Fiber Commun. OFC'93, San jose, Ca. v.Ⅲ 15dB net gain demonstration in Er³+ glass waveguide amplifiers on silicon J. Shmulovlch;Y. H. Wong;O. Nykotak;P. C. Beeker;R. Adar;A. J. Bruce;D. J. Meuhlner;G. Adams;M. Fishteyn
- IEE. Electron. Lett. v.28 no.22 Electron-beam vapour-deposited drbium-doped glass waveguide laser at 1.53㎛ M. Nakazawa;Y. Kimura
- Appl. Phys. Lett. v.61 no.12 Giant enhanc-ement of luminiscence intensity in Er-do-ped Si/SiO₂resonant cavities B. F. Schubert;A. M. Vredenberg;N. E. J. Hunt;Y. H. Wong;P. C. Beaker;J. M. Poatc;D. C. Jacobsen;L. C. Feldman;G. J. Zydzik
- IEEE Photon, Technol. Lett. v.1 no.5 Fabrication and characterization of neodymium-doped glass waveguide S. I. Najafi;W. Wang;J. F. Currie;R. Leonelli;J. L. Brebner
- J. Appl. Phys. v.73 no.12 Optical doping of soda-line-silicaic glass with eribum by ion implantation E. Snoeks.G. N. van den Hoven;A. Polman
- Appl. Phys. Lett. v.62 no.8 Planar optical waveguide formed by eribum ion exchange in glass X. H. Zheng;R. J. Mears
- IEE Electron, Lett. v.28 no.20 Erbium-doped composite glass waveguide amplifier W. J. Wang;S. I. Najafi;S. Honkanen;Q. He;C. Wu;J. Glinski
- DOPS-NYT( in Danish) v.1 Fiber Laser and Amplifier Larsen, C.;K. Dybdal
- Telhn. Dig of optical amplifier and their application OAA'92 santafe v.WE3 E-xited state absorption at 980nm in Eribium doped sil-ica glass Quimby R. S.;W. J. Miniscalco;B. Thompson
- Proceeding of IOOC'89 Optical Analysis of Erbium Doped fibers for Efficient Laser and Amplifier Ainslie, B. J.;S. P. Craig-Ryan;J. R. Davey;C. G. Atkins;R. Wyatt
- IEEE Journal of lightware Technology v.8 no.11 Design optimization for Efficent Erbium-Doped Fiber Amplifiers Desurvire, E.;J. L. Zyskind;C. R. Giles
- appl.phy.letter no.62 J. A. Bebbington
- J.lightwave Technol. v.9 no.2 Erbium doped glasses for fiber-amplifier at 1550nm W.J. Miniscalo
- Handbook of optical fibers and cable Hiroshi Murata
- Appl. Phys. v.50 no.10 Loss reduction in optical fibers M. Nakahara;T. Edahiro;N. Inagaki
- U. S. Pat.Ser.No. 72325 R. D. Maurer;C. C. Schultz
- 전자통신연구소 광통신 수동부품 기술개발 1994 보고서 전자통신연구소
- IEEE Journal of lightwave Tech v.6 no.2 The Absorption and flurescence spectra of rare earth ions in silica-based monomode fiber Ainsile;S. P. Graig;S. T. Davey