We present a novel reflectometric technique for the measurement of orientation and modulus of the linear birefringence vector in single-mode optical fibers. The technique provides information also on circular birefringence, although this component, if present, appears as a rotation of the linear birefringence. A detailed theoretical analysis is reported and validated by experimental result
In this work, a linear birefringence measurement method is proposed for an optical fiber current sen...
In this paper a technique to perform a distributed measurement of the birefringence of an optical fi...
Two new simple interferometric methods for birefringence measurements are described applying to eith...
A reflectometric technique able to characterize almost completely fiber birefringence is experimenta...
Production defects and external perturbations cause standard telecommunication fibers to be randomly...
We present a novel theoretical model for the description of round-trip propagation of polarized opti...
Phase birefringence in optical fibers typically fluctuates over their length due to geometrical impe...
The effects of bending on randomly birefringent, single-mode optical fibers have been analyzed by me...
A new birefringence measurement technique for single-mode optical fibres using a photo-elastic biref...
The birefringence properties of single-mode optical-fibre waveguides are discussed.A fibre birefring...
Polarization sensitive reflectometric techniques can be effectively used to perform spatially resolv...
The stress-optic rotation coefficient, describing the twist-induced optical activity in single-mode ...
A novel technique based on polarization-sensitive frequency-domain reflectometry, for non-invasive m...
Polarization-sensitive optical time domain reflectometry techniques which are used for measurement o...
The rotation of polarised light which occurs in a twisted anisotropic medium is exploited to produce...
In this work, a linear birefringence measurement method is proposed for an optical fiber current sen...
In this paper a technique to perform a distributed measurement of the birefringence of an optical fi...
Two new simple interferometric methods for birefringence measurements are described applying to eith...
A reflectometric technique able to characterize almost completely fiber birefringence is experimenta...
Production defects and external perturbations cause standard telecommunication fibers to be randomly...
We present a novel theoretical model for the description of round-trip propagation of polarized opti...
Phase birefringence in optical fibers typically fluctuates over their length due to geometrical impe...
The effects of bending on randomly birefringent, single-mode optical fibers have been analyzed by me...
A new birefringence measurement technique for single-mode optical fibres using a photo-elastic biref...
The birefringence properties of single-mode optical-fibre waveguides are discussed.A fibre birefring...
Polarization sensitive reflectometric techniques can be effectively used to perform spatially resolv...
The stress-optic rotation coefficient, describing the twist-induced optical activity in single-mode ...
A novel technique based on polarization-sensitive frequency-domain reflectometry, for non-invasive m...
Polarization-sensitive optical time domain reflectometry techniques which are used for measurement o...
The rotation of polarised light which occurs in a twisted anisotropic medium is exploited to produce...
In this work, a linear birefringence measurement method is proposed for an optical fiber current sen...
In this paper a technique to perform a distributed measurement of the birefringence of an optical fi...
Two new simple interferometric methods for birefringence measurements are described applying to eith...