An improvement to the Granulated Silica Method (GSM) by using thermally densified “green compacts” is described and implemented in order to produce high alumina content fibres. High alumina fibres are suitable for harsh environments at elevated temperatures due to their mechanical and optical properties. Fibres with up to 70at.% alumina in the core and up to 35at.% in the cladding (to lower the core-cladding index step) have been produced. The cores appear to be transparent for visible light. By EDX analysis diffusion of cladding material (e.g. silica) into the core, but not in the opposite direction from the core to the cladding, have been verified and are confirmed by qualitative index measurements
We produced active optical fibers by the doped granulate silica-method. The granulates were derived ...
This thesis describes the fabrication and characterisation of alumina-doped silica fiber preforms by...
Photosensitivity of different concentrations of antimony (Sb) codoped alumino-silicate optical fibre...
An improvement to the Granulated Silica Method (GSM) by using thermally densified “green compacts” i...
Optical fibres have brought innumerable improvements in technology, not only in data transmission, ...
The granulated silica method for preform and fibre production offers a high versatility with respect...
Polycrystalline, high-alumina fibre mats (with 4 wt.% SiO2), for application as high-temperature the...
The granulated silica method for preform and fibre production offers a high versatility with respect...
During the past few years, we have studied the granulated silica method as a versatile and cost effe...
High alumina fibre mats (with 2 and 4 wt% silica) having a web-like structure have been fabricated d...
Development of practical, high-temperature optical claddings for improved waveguiding in sapphire fi...
The objective of this paper is to demonstrate the interest of a consolidation process associated wit...
Solid semiconductor optical fibres are of interest for infrared transmission and guided wave photoni...
The applications of fibre lasers demand for increasing power. Limits are set by various nonlinear ef...
With high-dose applications lacking the benefit of an economic yet versatile dosimeter that provides...
We produced active optical fibers by the doped granulate silica-method. The granulates were derived ...
This thesis describes the fabrication and characterisation of alumina-doped silica fiber preforms by...
Photosensitivity of different concentrations of antimony (Sb) codoped alumino-silicate optical fibre...
An improvement to the Granulated Silica Method (GSM) by using thermally densified “green compacts” i...
Optical fibres have brought innumerable improvements in technology, not only in data transmission, ...
The granulated silica method for preform and fibre production offers a high versatility with respect...
Polycrystalline, high-alumina fibre mats (with 4 wt.% SiO2), for application as high-temperature the...
The granulated silica method for preform and fibre production offers a high versatility with respect...
During the past few years, we have studied the granulated silica method as a versatile and cost effe...
High alumina fibre mats (with 2 and 4 wt% silica) having a web-like structure have been fabricated d...
Development of practical, high-temperature optical claddings for improved waveguiding in sapphire fi...
The objective of this paper is to demonstrate the interest of a consolidation process associated wit...
Solid semiconductor optical fibres are of interest for infrared transmission and guided wave photoni...
The applications of fibre lasers demand for increasing power. Limits are set by various nonlinear ef...
With high-dose applications lacking the benefit of an economic yet versatile dosimeter that provides...
We produced active optical fibers by the doped granulate silica-method. The granulates were derived ...
This thesis describes the fabrication and characterisation of alumina-doped silica fiber preforms by...
Photosensitivity of different concentrations of antimony (Sb) codoped alumino-silicate optical fibre...