Abstract. At the beginning of the seventies, a break-through took place in the telecommunication research. The introduction of Chemical Vapour Deposition technology in the manufacture of optical fibres allowed both technical quality and economical convenience to realise optical networks, thus beginning the telecommunication revolution. Since that moment, a great development of the CVD techniques has been performed, introducing several methods to produce fibres with geometry and optical properties optimised for different applications. An overview of the different methods is given, and the problems which have been to be solved in these years are described. 1
The homogeneous chemical vapour-deposition technique, developed for the preparation of phosphosilica...
Outside Vapour Deposition process was used to demonstrate transparent and defect-free optical prefor...
An RF plasma CVD equipment was built for carbon coating on moving optical fibres. The effects of pro...
At the beginning of the seventies, a break-through took place in the telecommunication research. The...
International audienceThe high transparency of optical fibres is one of the key parameters that allo...
The successful application of optical fibres to wideband communications demands the utilisation of f...
Techniques for the manufacture of silica based single or multi-moded optical fibres are well establi...
Semiconductor waveguide fabrication for photonics is usually performed in a planar geometry. However...
Details of the process for the preparation of high-silica glass preforms and drawing of optical fibr...
The homogeneous chemical vapour deposition technique, normally used for the manufacture of multimode...
Incl. 13 reprintsAvailable from British Library Document Supply Centre- DSC:D74269/87 / BLDSC - Brit...
The aim of this PhD was to undertake a study of combustion chemical vapour deposition (combustion CV...
Laser activated CVD can be applied in different ways: (i) wide area coating having the potential of ...
This book provides an overview of chemical vapor deposition (CVD) methods and recent advances in dev...
In this paper we explore on an alternative technique to make rare earth (RE) doped optical fibre and...
The homogeneous chemical vapour-deposition technique, developed for the preparation of phosphosilica...
Outside Vapour Deposition process was used to demonstrate transparent and defect-free optical prefor...
An RF plasma CVD equipment was built for carbon coating on moving optical fibres. The effects of pro...
At the beginning of the seventies, a break-through took place in the telecommunication research. The...
International audienceThe high transparency of optical fibres is one of the key parameters that allo...
The successful application of optical fibres to wideband communications demands the utilisation of f...
Techniques for the manufacture of silica based single or multi-moded optical fibres are well establi...
Semiconductor waveguide fabrication for photonics is usually performed in a planar geometry. However...
Details of the process for the preparation of high-silica glass preforms and drawing of optical fibr...
The homogeneous chemical vapour deposition technique, normally used for the manufacture of multimode...
Incl. 13 reprintsAvailable from British Library Document Supply Centre- DSC:D74269/87 / BLDSC - Brit...
The aim of this PhD was to undertake a study of combustion chemical vapour deposition (combustion CV...
Laser activated CVD can be applied in different ways: (i) wide area coating having the potential of ...
This book provides an overview of chemical vapor deposition (CVD) methods and recent advances in dev...
In this paper we explore on an alternative technique to make rare earth (RE) doped optical fibre and...
The homogeneous chemical vapour-deposition technique, developed for the preparation of phosphosilica...
Outside Vapour Deposition process was used to demonstrate transparent and defect-free optical prefor...
An RF plasma CVD equipment was built for carbon coating on moving optical fibres. The effects of pro...