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High Precision Fiber Development.
1981Abstract : The improvement of single-mode precision fiber is critical to the efficient use of these fibers in connectors and to allow for low loss splices. Similarly, the alignment of fibers to integrated optic devices demands high precision. Likewise, the precision of large core multimode fibers affects coupler and connector losses as well as overall ...
Harold D. Shepherd, Frank I. Akers
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Developing Pulsed Fiber Lasers
2007Abstract : Laser power is at a premium and a diffraction limited optical beam delivers the maximum intensity on target. Therefore, the better the beam quality, the lower the system cost and complexity is reduced considerably by using high quality beams. Single mode optical fiber lasers and amplifiers produce near diffraction limited beams and therefore
Thomas M. Shay +2 more
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Recent Developments in Fiber Optic Devices
IEEE Transactions on Microwave Theory and Techniques, 1982The advent of the fundamental transverse mode laser diode and low loss optical fiber has extended the wavelength range for communication systems into the optical spectrum region. The indispensable elements for the optical communication systems are light source, transmission medium, and detector.
K. Shirahata, W. Susaki, H. Namizaki
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Xyloglucan breakdown during cotton fiber development
Journal of Plant Physiology, 2003Cotton (Gossypium herbaceum L.) fibers elongated almost linearly up to about 20 days post anthesis. The molecular mass of xyloglucans in fiber cell walls decreased gradually during the elongation stage. When enzymatically active (native) cell wall preparations of fibers were autolyzed, the molecular mass of xyloglucans decreased.
Hayato, Tokumoto +3 more
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Development of braided fiber-based stents
2014The mechanical behavior of stents is one of the important factors involved in ensuring their function in maintaining an open blood vessel. This study aims to study the development of different kinds of fiber-based stents, using braiding technology. Moreover, the impact of braiding angle and mandrel's diameter in the mechanical behavior of the stent is ...
Rebelo, Rita +4 more
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Development of fiber-to-fiber connectors for scintillating tile/fiber calorimeters
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 1995Abstract We have developed fiber-to-fiber connectors for plastic fibers of 0.83, 0.90, and 1.00 mm in diameter. Such a connector is essential for detectors that use a large number of optical fibers, scintillating or clear. Typical applicators are unscintillating tile/fiber calorimetry and scintillating fiber tracking.
S. Aota +11 more
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Chemical Fibers International, 2017
Polyacrylonitrile-based (PAN) carbon fibers (CF) provide outstanding mechanical properties combined with a low-weight which makes CF highly interesting for the automotive industry. The high market price of CF of around 20 £/kg is a limiting factor that prohibits the use of CF in the mass market.
De Palmenaer, Andreas +5 more
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Polyacrylonitrile-based (PAN) carbon fibers (CF) provide outstanding mechanical properties combined with a low-weight which makes CF highly interesting for the automotive industry. The high market price of CF of around 20 £/kg is a limiting factor that prohibits the use of CF in the mass market.
De Palmenaer, Andreas +5 more
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Early Development Of Fiber Interferometers And Fiber Gyroscopes
SPIE Proceedings, 1987The rationale and the initial steps in the development of fiber optic interferometers and fiber optic Sagnac gyroscopes are reviewed.
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Brassinosteroids in cotton: orchestrating fiber development
New PhytologistSummaryCotton cultivation spans over 30 million hectares across 85 countries and regions, with more than half participating in the global cotton textile trade. The elongated cotton fiber cell is an ideal model for studying cell elongation and understanding plant growth and development.
Ghulam Qanmber +3 more
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Development of chicken intrafusal muscle fibers
Cell & Tissue Research, 1993The first sign of developing intrafusal fibers in chicken leg muscles appeared on embryonic day (E) 13 when sensory axons contacted undifferentiated myotubes. In sections incubated with monoclonal antibodies against myosin heavy chains (MHC) diverse immunostaining was observed within the developing intrafusal fiber bundle.
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