Optical transmission systems on single fiber. Design and features

被引：0

作者：

Aleksandrovskij, M.I.

Voronenko, V.P.

Muradyan, V.G.

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Elektrosvyaz | 1996年 / 09期

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页码：10 / 14

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Opran, M.E.
Dumitrica, A.
Revue roumaine de physique, 1983, 28 (08): : 695 - 697
[12] INTERFEROMETRIC TECHNIQUE FOR THE DETERMINATION OF DISPERSION IN A SHORT LENGTH OF SINGLE MODE OPTICAL FIBER.
Bomberger, W.D.
Burke, J.J.
National Bureau of Standards, Special Publication, 1980, : 101 - 104
[13] FEATURES OF THE PROPAGATION AND INTERACTION OF OPTICAL SIGNALS IN SINGLE-FIBER TRANSMISSION-SYSTEMS WITH WAVELENGTH-DIVISION MULTIPLEXING
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SVETIKOV, YV
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TELECOMMUNICATIONS AND RADIO ENGINEERING, 1992, 47 (09) : 38 - 42
[14] Optical Fiber Communication Line with 400 Mbit/s Capacity Employing Single-mode Fiber.
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Gur'yanov, A.N.
Gusovskii, D.D.
Kryukov, A.P.
1600, (26):
[15] SYSTEMS APPLICATIONS OF OPTICAL FIBER TRANSMISSION
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[16] WDM optical fiber transmission systems
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[17] BEAM EVOLUTION ALONG A MULTIMODE OPTICAL FIBER.
Shin, S.Y.
Felsen, L.B.
1977, (219): : 1 - 8
[18] Current Measuring Probe Using Optical Fiber.
Arditty, H.
Bourbin, Y.
Papuchon, M.
Puech, C.
Revue technique - Thomson-CSF, 1981, 13 (03): : 521 - 539
[19] PRECISE MEASUREMENT OF THE IMPULSE RESPONSE OF AN OPTICAL FIBER.
Okoshi, Takanori
Sasaki, Katsuro
1978, E 61 (12): : 964 - 965
[20] Photodeposition of Bragg gratings in glass and on optical fiber.
Gafney, HD
Sunil, D
McQuade, AW
Ye, GH
ABSTRACTS OF PAPERS OF THE AMERICAN CHEMICAL SOCIETY, 2000, 219 : U320 - U321

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