The main objectives of this thesis were to develop niobium-rich borophosphate optical glass fibers with improved optical quality and to take advantage of their high nonlinearity for their potential use as waveguide devices in the near infrared. The work presented in this thesis deals with theoretical and practical aspects of glass science. It is based on the niobium-rich borophosphate glass matrix : (100-x) [(0,95 NaPO3 + 0,05 Na2B4O7)] - x Nb2O5 ; where x is the Nb2O5 content (mol%) in the glass. First, a detailed study of the thermal/rheological properties and the drawing of the preforms has been performed. Thanks to this study, a correlation between the composition and the drawing ability of the glasses could be demonstrated. Then the re...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
Second Harmonic Generation in polarized vitreous materials should permit the development of new elec...
Second Harmonic Generation in polarized vitreous materials should permit the development of new elec...
The main objectives of this thesis were to develop niobium-rich borophosphate optical glass fibers w...
Here we explore the manufacturing of niobium-rich borophosphate glasses into fibers with optical qua...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
Second Harmonic Generation in polarized vitreous materials should permit the development of new elec...
Second Harmonic Generation in polarized vitreous materials should permit the development of new elec...
The main objectives of this thesis were to develop niobium-rich borophosphate optical glass fibers w...
Here we explore the manufacturing of niobium-rich borophosphate glasses into fibers with optical qua...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
International audienceHere we explore the manufacturing of niobium-rich borophosphate glasses into f...
Second Harmonic Generation in polarized vitreous materials should permit the development of new elec...
Second Harmonic Generation in polarized vitreous materials should permit the development of new elec...