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Development of optical fiber technology in Poland

Wójcik W., Romaniuk R. S.

International Journal of Electronics and Telecommunications

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2010

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Vol. 56, No. 1

99-104

EN

Optical fiber technology is an important branch of science and technology, but also economy. Together with related disciplines it creates wider areas like optoelectronics and photonics. Optical fiber technology is developed in this country rather dynamically, proportionally to the available funds designed locally for research and applications. Recently this development was enhanced with considerable funds from European Operational Funds Innovative Economy POIG and Human Capital POKL. The paper summarizes the development of optical fiber technology in Poland from academic perspective during the period of last 2-3 years. Probably the digest is not very not full. An emphasis is put on development of optical fiber manufacturing methods. This development was illustrated by a few examples of optical fiber applications.

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Rozwój techniki światłowodowej w kraju

Wójcik W., Romaniuk R.

Elektronika : konstrukcje, technologie, zastosowania

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2010

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Vol. 51, nr 4

140-144

PL

Technika światłowodowa jest ważną dziedziną nauki i techniki oraz gospodarki. Razem z pokrewnymi obszarami techniki współtworzy takie dyscypliny jak optoelektronika i fotonika. Technika światłowodowa rozwijana jest w kraju relatywnie intensywnie, proporcjonalnie do nakładów finansowych na badania i wdrożenia. Ostatnio ten rozwój jest wzmocniony znacznymi funduszami z Programów Operacyjnych Innowacyjna Gospodarka POIG i Kapitał Ludzki POKL. Artykuł podsumowuje rozwój techniki światłowodowej w kraju z perspektywy akademickiej w okresie ostatnich kilku lat, zapewne w niepełny sposób. Nacisk położono na postępy w rozwoju technologii wytwarzania światłowodów w kraju. Jako ilustrację tego rozwoju podano kilka wybranych zastosowań.

EN

Optical fiber technology is an important branch of science and technology, but also economy. Together with related disciplines it creates wider areas like optoelectronics and photonics. Optical fiber technology is developed in this country rather dynamically, proportionaly to the available funds designed locally for research and applications. Recently this development was enhanced with considerable funds from European Operational Funds Innovative Economy POIG and Human Capital POKL. The paper summarizes the development of optical fiber technology in Poland from academic perspective during the period of last 2-3 years. The digest is very probably not full. An emphasis is put on development of optical fiber manufacturing methods. This development was illustrated by a few examples of optical fiber applications.

3

Technika światłowodowa w Polsce

Wójcik W., Romaniuk R.

Pomiary, Automatyka, Komputery w Gospodarce i Ochronie Środowiska

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2009

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nr 4

3-6

PL

Technika światłowodowa jest ważną dziedziną nauki, techniki i gospodarki, współtworząc optoelektronikę i fotonikę. Rozwój techniki światłowodowej w Polsce jest dość intensywny w stosunku do nakładów finansowych na badania i wdrożenia. Został on wzmocniony znacznymi funduszami z Programów Operacyjnych Innowacyjna Gospodarka POIG i Kapitał Ludzki POKL. W pracy przedstawione zostało podsumowanie rozwoju techniki światłowodowej w kraju z perspektywy akademickiej w okresie ostatnich kilku lat. Nacisk położono na postępy w rozwoju technologii wytwarzania światłowodów w kraju. Dla ilustracji rozwoju omówionych zostało kilka wybranych zastosowań.

EN

Optical fiber technology is an important branch of science and technology, but also economy. Together with related disciplines it creates wider areas like optoelectronics and photonics. Optical fiber technology is developed in this country rather dynamically, proportionally to the available funds designed locally for research and applications. Recently this development was enhanced with considerable funds from European Operational Funds Innovative Economy POIG and Human Capital POKL. The paper summarizes the development of optical fiber technology in Poland from academic perspective during the period of last 2-3 years. An emphasis is put on development of optical fiber manufacturing methods. This development was illustrated by a few examples of optical fiber applications.

4

Polymeric optical fibres and future prospects in textile integration

Harlin A., Myllymäki H., Grahn K.

Autex Research Journal

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2002

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Vol. 2, no. 3

132--143

EN

In the era of wearable computing, intelligent systems are breaking the bounds of traditional textiles and their design. The integration of the technologies with clothing, accessories, upholstery, or industrial technical textiles provides higher user-comfort and enables their seamless use in everyday activities. Polymer optical fibre materials are suitable for short-distance data transfer and can be combined with textile structures. The manufacture of the fibre is low cost, and the products are more durable than glass optic fibres. Applications for POF today are known in the automotive industry, consumer electronics, cabling, and measuring as optodes. Polymeric optical fibre (POF) made of PMMA has been on the market for the past 25 years, used for simple light guide and data transmission application. Perfluor polymers (PF) offer great new opportunities in the field of data communication because of low absorption losses. Optical polycarbonate (PC), and polystyrene (PS) are used for special applications. The POF materials are introduced, and their opportunities in textile integration are discussed.