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Specialty optical fibre fabrication: Preform manufacturing based on asymmetrical CO Laser heating
release_5nr3qmvqsfdqtmojnf3a2uq62y
[as of editgroup_tllvgzliyngghb6o6u5bju4lxq]
by
Taras Oriekhov,
Clarissa Harvey,
Korbinian Mühlberger,
Michael Fokine
Published
in figshare.com
by Optica Publishing Group.
2021
Abstract
Here, we present an innovative preform manufacturing technique for specialty optical fibres based on a carbon monoxide laser heating a rotating preform. The setup performance is evaluated with the aid of finite element modelling. The fabrication process is described in detail using silicon core preforms as a benchmark. The hybrid material nature of such a preform is addressed, together with the relevant characteristics, such as the difference in thermal conductivity and thermal expansion. Si-core preforms with a wide range of core sizes were manufactured, proving the viability of this system for the development specialty optical fibres based on novel materials.
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Date 2021-11-17
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Date 2021-11-17
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