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采用U-型载流导体的原子磁导引及其原子光学器件

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出处 《量子光学学报》 CSCD 2002年第B09期43-43,共1页 Journal of Quantum Optics
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  • 1Ketelsen L J P,et al.2. 5Gb s transmission over 680km using a fully stabilized 20 channel DBR laser with monolithically integrated semiconductor optical amplifier photodetector, and electroabsorption modulator[].PD.
  • 2Nissoc M,etal.3 0× 2 0 Gb/ s transmission over trans-Atlantic distance ( 6,2 0 0 km) with 3 1% spectral efficiency[].PD.
  • 3Ito T,et al.3. 2 Tb s-1, 500km WDM transmission experiment using 64nm hybrid repeater amplifiers[].PD.
  • 4Nielsen T N,et al.3. 28 Tb s(82×40Gb s)transmission over 3×100km nonzero-dispersion fiber using dual C-and L-band hybrid Raman Erbium-doped inline amplifiers[].PD.
  • 5Haxell I,et al.2410km all optical network field trial with 10 Gb s DWDM transmission[].PD.
  • 6Kim H K,et al.1. 6Tb s(40×40Gb s)total capacity 4-node optical networking with fully programmable A D devices[].PD.
  • 7Blondel J P,et al.Network application and system demonstration of WDM systems with very large spans ( error-free 32×10Gbit s 750km transmission over 3 amplified spans of 250km)[].PD.
  • 8Terahara T,et al.128×10. 66Gbit s transmission over 840km standard SMF with 140km optical repeater spacing (30. 4dB loss ) employing dual band distributed Raman amplification[].PD.
  • 9Neilson D T,et al.Fully provisioned 112×112 micro-mechanical optical crossconnect with 35. 8Tb s demonstrated capacity[].PD.
  • 10Miyamoto Y,et al.1. 2 Tbit s (30×42. 7 Gbit s ETDM optical channel )WDM transmission over 376km with 125km spacing using forward error correction and carrier suppressed RZ format[].PD.

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