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Dyadenko M.V . scientific researcher, candidate of technical sciences

Educational institution «Belarusian State Technological University». Glass for an optical fiber. Dyadenko M.V . scientific researcher, candidate of technical sciences ( department of glass and ceramic technology ). New Delhi 201 3. 2. Fiber-optical elements. Fiber-optical bundles.

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Dyadenko M.V . scientific researcher, candidate of technical sciences

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  1. Educational institution «Belarusian State Technological University» Glass for an optical fiber Dyadenko M.V. scientific researcher, candidate of technical sciences (department of glass and ceramic technology) New Delhi 2013

  2. 2 Fiber-opticalelements Fiber-optical bundles Focon Fiber-optical plates Twister

  3. 3 APPLICATION OF OPTICAL FIBER The ring fiber lamp Clarifying agentwith a optical guide Glasses of night vision Medical magnifier binocular with the fiber gaffer Collector Fiber-optical bundle for transfer of the image The converter of a light signal Fiber-optical bundlefor transfer of light

  4. 4 Structure of optical fiber

  5. 5 Temperature dependence of viscosity Area of: 1 – processes of single core lightguide drawing that is thinner than 1 mm; 2 – redrawing of a batch of single core lightguide in order to get multicore optical fibers; 3 – processes of single core and multicore lightguide drawing with a diameter of 10–30 mm; 4 – pressing of glass products; 5 – annealing of glass products

  6. 6 Properties of twister

  7. 7 The comparative characteristic of temperature dependence of viscosity of industrial (a) and developed (b) compositions of glass for optical fiber drawing

  8. 8 Influence of coordination of glass for optical fiber according to rheological characteristics on thickness of protective coat Thickness of protective coat, when viscosity of glass for protective coat is lower than viscosity of glass for lightguiding core Thickness of protective coat, when viscosity of glass for protective coat is higher than viscosity of glass for lightguiding core

  9. 9 The comparative characteristic of the basic propertiesof industrial and developed glass for light-guiding core

  10. 10 Devices for measurement of glass viscosity in a range of 100-1014Pа∙s ModelRSV-1600 (USA) ModelBBV-1000 (USA) ModelPPV-1000 (USA)

  11. CONTACT: 220006, Republic of Belarus, Minsk, Sverdlov str., 13a; department of glass and ceramics technology; phone no. (+375 17) 327-43-08, (+375 29) 501-47-63; E-mail: dyadenko-mihail@mail.ru; keramika@bstu.unibel.by

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