Minimisation of thermally induced microbending losses in dual-coated optical fibres caused by viscoelastic behaviour of commercial polymeric coatings PROJECT TITLE :Minimisation of thermally induced microbending losses in dual-coated optical fibres caused by viscoelastic behaviour of commercial polymeric coatingsABSTRACT:The viscoelastic behaviour of business polymeric coatings for optical fibres is measured at space temperature using dynamic mechanic analysis, and the link between strain and stress in polymeric coatings is obtained. The thermally induced viscoelastic stresses in twin-coated optical fibres are derived from the viscoelastic behaviour of business polymeric coatings. The compressive radial stress on the glass fibre surface produces microbending losses, which will be diminished by properly choosing the thickness and material properties of polymeric coatings. The look of dual-coated optical fibres to diminish thermally induced microbending losses caused by viscoelastic behaviour of polymeric coatings is proposed. The thermally induced microbending loss in twin-coated optical fibres evaluated by Maxwell model is underestimated. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Grid-Connected Forward Microinverter With Primary-Parallel Secondary-Series Transformer Approximate Computing: Making Mobile Systems More Efficient
