DOIAbstract
A polarisation-maintaining fibre resonator has been set up. A finesse of 9 and a free spectral range (FSR) of 559 MHz are measured by feeding the resonator by a semiconductor laser
A polarisation-maintaining fibre resonator has been set up. A finesse of 9 and a free spectral range (FSR) of 559 MHz are measured by feeding the resonator by a semiconductor laser
The paper describes the fabrication of optical fibres of various novel designs, developed at the Uni...
The distribution of ultra-narrow linewidth laser radiation is an integral part of many challenging m...
Use of a reduced laser diode length with a fibre Bragg reflector leads to decreased mode-hopping and...
Abstract—We demonstrate a single-frequency fiber laser cavity that allows for measuring changes in t...
This paper describes the design and operation of a stable narrow-linewidth linearly polarized fiber ...
Single-mode fibre lasers are a new class of active fibre device, which play a remarkable role in opt...
Single-mode fibre lasers play a important role in optical fibre communications and sensors. They exh...
A polarimetric fibre laser sensor with narrow polarization mode beat frequency bandwidth is demonstr...
We present an erbium doped fibre ring laser system to realize single frequency lasing by incorporati...
Single polarisation operation of fibre ring laser has been realised by employing an intracavity 45°t...
Single polarisation operation of fibre ring laser has been realised by employing an intracavity 45de...
Polarisation-maintaining fibres are of considerable interest in the field of optical fibre sensors b...
Fibre lasers represent a new class of active fibre devices with considerable potential for use in te...
For many applications the realisation of a practical single polarisation singlemode (SPSM) fibre las...
In displacement interferometry, beam delivery by optical fibres is an important issue as this enable...
The paper describes the fabrication of optical fibres of various novel designs, developed at the Uni...
The distribution of ultra-narrow linewidth laser radiation is an integral part of many challenging m...
Use of a reduced laser diode length with a fibre Bragg reflector leads to decreased mode-hopping and...
Abstract—We demonstrate a single-frequency fiber laser cavity that allows for measuring changes in t...
This paper describes the design and operation of a stable narrow-linewidth linearly polarized fiber ...
Single-mode fibre lasers are a new class of active fibre device, which play a remarkable role in opt...
Single-mode fibre lasers play a important role in optical fibre communications and sensors. They exh...
A polarimetric fibre laser sensor with narrow polarization mode beat frequency bandwidth is demonstr...
We present an erbium doped fibre ring laser system to realize single frequency lasing by incorporati...
Single polarisation operation of fibre ring laser has been realised by employing an intracavity 45°t...
Single polarisation operation of fibre ring laser has been realised by employing an intracavity 45de...
Polarisation-maintaining fibres are of considerable interest in the field of optical fibre sensors b...
Fibre lasers represent a new class of active fibre devices with considerable potential for use in te...
For many applications the realisation of a practical single polarisation singlemode (SPSM) fibre las...
In displacement interferometry, beam delivery by optical fibres is an important issue as this enable...
The paper describes the fabrication of optical fibres of various novel designs, developed at the Uni...
The distribution of ultra-narrow linewidth laser radiation is an integral part of many challenging m...
Use of a reduced laser diode length with a fibre Bragg reflector leads to decreased mode-hopping and...
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