Add to ORKGThe various types of optical fibres tailored for specific applications are reviewed. Emphasis is placed on rare-earth-doped fibres for use in fibre lasers and amplifiers. Fibre lasers have potential as well-controlled, quiet sources for telecommunications and sensors, while the erbium-doped fibre amplifier is already well-established as a low-noise, polarisation-insensitive repeater
Single-mode fibres containing several different rare-earth dopants have been fabricated. Characteris...
Rare-earth-doped fibre lasers and amplifiers have been demonstrated at several wavelengths in the vi...
During the last two decades, the development of optical fibre-based sophisticated devices have benef...
A brief review is given of the current status of research in the field of rare-earth doped fibre las...
Rare-earth doped single-mode fibre lasers and amplifiers will form the basis of all-fibre optical ci...
Rare-earth-doped fibre lasers and amplifiers have been demonstrated at several wavelengths in the vi...
Rare-earth doped fibre lasers and amplifiers are attractive for use in fibre optic sensor and fibre ...
A review of the current status of rare-earth doped fibre lasers is presented. Their properties and p...
The development of techniques to produce single-mode rare-earth-doped fibres has led to many passive...
Single-mode fiber with rare-earth doped cores have stirred considerable interest since their introdu...
When grouped with rare-earths, glass optical fibres provide the ideal amplifier and laser medium. Am...
The incorporation of rare-earth ions into glass fibres to form fibre lasers and amplifiers is not a ...
The field of rare-earth-doped fibre lasers and amplifiers has expanded rapidly in recent years and t...
This thesis describes the development and characterisation of single-mode optical fibre lasers and a...
The incorporation of rare-earth ions into glass fibres to form fibre lasers and amplifiers is not a ...
Single-mode fibres containing several different rare-earth dopants have been fabricated. Characteris...
Rare-earth-doped fibre lasers and amplifiers have been demonstrated at several wavelengths in the vi...
During the last two decades, the development of optical fibre-based sophisticated devices have benef...
A brief review is given of the current status of research in the field of rare-earth doped fibre las...
Rare-earth doped single-mode fibre lasers and amplifiers will form the basis of all-fibre optical ci...
Rare-earth-doped fibre lasers and amplifiers have been demonstrated at several wavelengths in the vi...
Rare-earth doped fibre lasers and amplifiers are attractive for use in fibre optic sensor and fibre ...
A review of the current status of rare-earth doped fibre lasers is presented. Their properties and p...
The development of techniques to produce single-mode rare-earth-doped fibres has led to many passive...
Single-mode fiber with rare-earth doped cores have stirred considerable interest since their introdu...
When grouped with rare-earths, glass optical fibres provide the ideal amplifier and laser medium. Am...
The incorporation of rare-earth ions into glass fibres to form fibre lasers and amplifiers is not a ...
The field of rare-earth-doped fibre lasers and amplifiers has expanded rapidly in recent years and t...
This thesis describes the development and characterisation of single-mode optical fibre lasers and a...
The incorporation of rare-earth ions into glass fibres to form fibre lasers and amplifiers is not a ...
Single-mode fibres containing several different rare-earth dopants have been fabricated. Characteris...
Rare-earth-doped fibre lasers and amplifiers have been demonstrated at several wavelengths in the vi...
During the last two decades, the development of optical fibre-based sophisticated devices have benef...