David Kalish
Alcatel-Lucent
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Publication
Featured researches published by David Kalish.
optical fiber communication conference | 1999
K.H. Chang; David Kalish; Michael L. Pearsall
A new type of hydrogen aging loss increase of up to 0.21 dB/km at the 1385 nn OH peak can arise in some fibers when exposed to 0.01 atmospheres of hydrogen for less than 4 days at room-temperature.
optical fiber communication conference | 1985
Hen-Tai Shang; Terrence Albert Lenahan; Paul F. Glodis; David Kalish
Conventional dual-window single-mode fiber has minimum attenuation in its 1.55-μm window. Because of high chromatic dispersion at this wavelength, its full capacity can be utilized only in a system using unconventional single-frequency lasers. Alternatively, a high-bit-rate system with repeater spacing over 100 km is possible with conventional multimode lasers when dispersion-shifted single-mode fiber is used.
Archive | 1998
Arthur F. Judy; David Kalish; Raymond Bradfield Kummer; David W. Peckham; William Alfred Reed
Archive | 1997
Kai Huei Chang; David Kalish; Thomas John Miller; Michael L. Pearsall
Archive | 1998
Paul Francis Glodis; Charles Francis Gridley; Donald Paul Jablonowski; David Kalish; Kenneth Lee Walker
Archive | 2000
Andrew Roman Chraplyvy; Bernard Raymond Eichenbaum; Gary Patrick Emery; Janice Bilecky Haber; David Kalish; Raymond Bradfield Kummer
Archive | 1999
Andrew Roman Chraplyvy; Bernard Raymond Eichenbaum; Gary Patrick Emery; Janice Bilecky Haber; David Kalish; Raymond Bradfield Kummer
Archive | 1998
Kai Huei Chang; David Kalish; Thomas John Miller; Michael L. Pearsal
Archive | 1999
Paul Francis Glodis; Charles Francis Gridley; Donald Paul Jablonowski; David Kalish; Kenneth Lee Walker
Archive | 2003
David Kalish; Robert Lingle; David W. Peckham; Yi Sun
