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Journal Electromagnetic Waves and Electronic Systems №2 for 2016 г.
Article in number:
Resonant non-equilibrium microwave plasma chemical systems and methods for the synthesis of special quartz optical fibers
Authors:
L.M. Blinov - Ph. D. (Eng.), Head of Laboratory, Kotel\'nikov IRE of RAS (Moscow). E-mail: E-mail: lmblinov@mail.ru
Yu.V. Gulyaev - Academic, Dr. Sc. (Phys.-Math.), Professor, Scientific Head, Kotel\'nikov IRE of RAS (Moscow). E-mail: gulyaev@cplire.ru
V.A. Cherepenin - Corresponding Member, Dr. Sc. (Phys.-Math.), Professor, Kotel\'nikov IRE of RAS (Moscow). E-mail: cher@cplire.ru
A.P. Gerasimenko - Deputy Director, JSC «A.L. Mints Radiotechnical Institute» (Moscow). E-mail: gerasimenko@rti-mits.ru
Abstract:
Optimal designs of microwave plasmotrons, using TE111 and TM020 modes cavities, and methods of internal and external plasmochemical deposition (PCVD and POVD) of optical structures for special two-layer optical fiber performs, based on F doped and N doped silica glass, formed in a low-pressure microwave plasma, are presented.
Outside deposition of the F doped silica reflective cladding on a pure silica rod (POVD-method) makes possible to produce low-cost, flexible, radiation-resistant, high-aperture (NA ~ 0,3) multimode fibers, having pure silica core with high diameter (more, than 1 mm).
Plasmochemical deposition of the core layer (pure, or N doped silica glass) on the internal surface of a thick-wall silica tube, having a wall thickness 8-10 mm, or more, which forms the reflective cladding (PCVD-method), makes possible to produce low-cost special radiation-resistant single-mode optical fibers.
POVD-method enables also to deposit a protective oxynitride layer on the external surface of the two-layer optical layer perform.
Method of automatic control the resonance mode of plasmotron working and the optimal working temperature during the deposition of optical structures for special optical fibers performs, based on using of the high power transistor amplifier, is also presented.
Pages: 33-55
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