This article presents results of device fabrication using UV processing of materials and integrated optic components produced by flame hydrolysis deposition and hybrid sol-gel technology. Photosensitive materials were employed in the fabrication of channel waveguides and channel photo-imprinted waveguides incorporating Bragg gratings through single and double-step exposure
In recent years, ultra-violet laser direct writing has been recognized as a technique that provides ...
The sol-gel process has emerged as an effective route for the fabrication of optical waveguides and ...
For the future optical sensing application, a simple, fast and cost-effective method to achieve expo...
This article presents results of device fabrication using UV processing of materials and integrated ...
We report on a photosensitive hybrid material based on 3-glycidoxypropyltrimethoxysilane (GPTMS) and...
A new method to fabricate Bragg gratings in hybrid sol-gel silica ridge waveguides, based on single-...
The sol-gel process is a low temperature solution route to amorphous and crystalline materials. Orga...
This thesis reports a series of developments based on UV writing of novel waveguide structures. The ...
This thesis presents the construction of equipment suitable for the fabrication of doped silicate la...
Sol-gel technology is employed for the fabrication of diffractive elements and organic light emittin...
Photosensitive organic-inorganic hybrid polymers were synthesised for integrated optical and optoele...
Abstract: We present our recent developments in direct-UV-written integrated optical devices, based ...
Direct UV writing is a technique capable of fabricating low-loss channel waveguides, couplers and Br...
Highly photosensitive sol-gel derived inorganic 0.2GeO2:0.8SiO2 (germanosilicate) films have been de...
Integrated optical circuits are one of the key building blocks of present and future telecom and dat...
In recent years, ultra-violet laser direct writing has been recognized as a technique that provides ...
The sol-gel process has emerged as an effective route for the fabrication of optical waveguides and ...
For the future optical sensing application, a simple, fast and cost-effective method to achieve expo...
This article presents results of device fabrication using UV processing of materials and integrated ...
We report on a photosensitive hybrid material based on 3-glycidoxypropyltrimethoxysilane (GPTMS) and...
A new method to fabricate Bragg gratings in hybrid sol-gel silica ridge waveguides, based on single-...
The sol-gel process is a low temperature solution route to amorphous and crystalline materials. Orga...
This thesis reports a series of developments based on UV writing of novel waveguide structures. The ...
This thesis presents the construction of equipment suitable for the fabrication of doped silicate la...
Sol-gel technology is employed for the fabrication of diffractive elements and organic light emittin...
Photosensitive organic-inorganic hybrid polymers were synthesised for integrated optical and optoele...
Abstract: We present our recent developments in direct-UV-written integrated optical devices, based ...
Direct UV writing is a technique capable of fabricating low-loss channel waveguides, couplers and Br...
Highly photosensitive sol-gel derived inorganic 0.2GeO2:0.8SiO2 (germanosilicate) films have been de...
Integrated optical circuits are one of the key building blocks of present and future telecom and dat...
In recent years, ultra-violet laser direct writing has been recognized as a technique that provides ...
The sol-gel process has emerged as an effective route for the fabrication of optical waveguides and ...
For the future optical sensing application, a simple, fast and cost-effective method to achieve expo...