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- Publications
- Influence
Atlanta fiber system experiment: Lightguide cable manufacture and performance
- M. J. Buckler, M. Santana, M. Saunders
- Engineering
- The Bell System Technical Journal
- 8 July 1978
The manufacture of the optical fiber ribbons and the optical cable used in the Atlanta Fiber System Experiment is described. Yields and added loss in each step of cable manufacture and installation… Expand
Design and Performance of a Filled, High-Fiber-Count, Multimode Optical Cable,
- B. R. Eichenbaum, M. Santana, Louis D. Tate, R. Sabia
- Engineering
- 1 November 1982
Abstract : In order to avoid the use of pressurized in optical fiber cables, a filled, water-blocking optical fiber cable was developed. It consists of a stacked-ribbon core surrounded by a… Expand
- 2
Analysis of thermally induced loss in fiber-optic ribbons
- G. Brockway, M. Santana
- Mathematics, Computer Science
- The Bell System Technical Journal
- 1 April 1983
TLDR
The effect of optical fiber core and cladding diameter on the loss added by packaging and thermal cycling
- W. B. Gardner, S. R. Nagel, +5 authors E. A. Sigety
- Mathematics
- The Bell System Technical Journal
- 8 July 1981
We conducted an experimental investigation of the effect of fiber cladding and core diameters on the loss added by packaging and thermal cycling. The results confirm the general trends predicted by… Expand
The Effect of Temperature on Fiber Loss And Pulse Delay Distortion For An Exploratory Fiber Optic Cable
- M. Buckler, M. Santana
- Materials Science
- 22 February 1977
After installation in typical underground conduit plant, optical fiber cables will probably be exposed to temperatures of +30°F to +150°F. However, unless special precautions are taken during storage… Expand
- 2
Bending Performance of Fiber-Optic Cable Sheaths: Application of New Apparatus and Techniques
- M. Santana, G. Yanizeski
- Materials Science
- 1 July 1982
Apparatus and techniques were developed by which moment-curvature curves can be generated over a wide range of curvatures, cable diameters, and environmental conditions. The resulting curves can be… Expand
Optical fiber cable that is resistant to an aggressive environment
- K. Kathiresan, M. Santana, J. W. Shea, C. R. Taylor
- Materials Science
- 8 April 1993
Pharmacological properties of a Brazilian plant, the Dimorphandra mollis Benth.
- J. E. Murad, O. Lacombe, M. Santana, L. G. Fortini
- Biology, Medicine
- Hospital
- 1 April 1969
Airtight seal optical fiber cable
- K. Kathiresan, M. Santana, +5 authors ロベルト サンタナ マニュエル
- Materials Science
- 16 April 1993
PURPOSE: To provide an airtight seal optical fiber cable which never deteriorates in quality against high temperature, high humidity, and high-speed steam and is highly reliable. CONSTITUTION: This… Expand
Method of manufacturing a fiber optic cable and corresponding cable
- B. R. Eichenbaum, M. Santana
- Materials Science
- 14 September 1982
RESPECT THE INVENTION TECHNOLOGY FIBER OPTIC. A CABLE OPTICAL FIBER PARTICULARLY INCLUDES SHEATH 102 IS COUPLED MECHANICAL TO FIBER ARRANGED IN RIBBONS 100 101 BY COMPOUND FOR FILLING 109 AVOID WATER… Expand