The effects of bending on randomly birefringent, single-mode optical fibers have been analyzed by means of polarization-sensitive optical frequency domain reflectometry. This distributed, pointwise characterization has been performed on ad hoc drawn spun fibers and on a ribbon cable. Experimental results are in agreement with the theoretical predictions and confirm the effectiveness of reflectometry as a means to characterize polarization properties of optical fibers. (C) 2010 Optical Society of Americ
The statistical properties of the random birefringence that affects long single-mode fibers are expe...
In this paper a technique to perform a distributed measurement of the birefringence of an optical fi...
The stress-optic rotation coefficient, describing the twist-induced optical activity in single-mode ...
The effects of bending on randomly birefringent, single-mode optical fibers have been analyzed by me...
The main achievements recently obtained by reflectometric distributed characterization of fiber opti...
Polarization sensitive reflectometric techniques can be effectively used to perform spatially resolv...
A reflectometric technique able to characterize almost completely fiber birefringence is experimenta...
Production defects and external perturbations cause standard telecommunication fibers to be randomly...
The polarization dependence of the coherent detection in optical frequency-domain reflectometry can ...
We present a novel theoretical model for the description of round-trip propagation of polarized opti...
A novel technique based on polarization-sensitive frequency-domain reflectometry, for non-invasive m...
We present a novel reflectometric technique for the measurement of orientation and modulus of the li...
Spatially resolved measurements of polarization properties of fiber optic link - such as birefringen...
We report, for the first time, spatially-resolved measurements of bending-induced birefringence in a...
Polarization-sensitive optical time domain reflectometry techniques which are used for measurement o...
The statistical properties of the random birefringence that affects long single-mode fibers are expe...
In this paper a technique to perform a distributed measurement of the birefringence of an optical fi...
The stress-optic rotation coefficient, describing the twist-induced optical activity in single-mode ...
The effects of bending on randomly birefringent, single-mode optical fibers have been analyzed by me...
The main achievements recently obtained by reflectometric distributed characterization of fiber opti...
Polarization sensitive reflectometric techniques can be effectively used to perform spatially resolv...
A reflectometric technique able to characterize almost completely fiber birefringence is experimenta...
Production defects and external perturbations cause standard telecommunication fibers to be randomly...
The polarization dependence of the coherent detection in optical frequency-domain reflectometry can ...
We present a novel theoretical model for the description of round-trip propagation of polarized opti...
A novel technique based on polarization-sensitive frequency-domain reflectometry, for non-invasive m...
We present a novel reflectometric technique for the measurement of orientation and modulus of the li...
Spatially resolved measurements of polarization properties of fiber optic link - such as birefringen...
We report, for the first time, spatially-resolved measurements of bending-induced birefringence in a...
Polarization-sensitive optical time domain reflectometry techniques which are used for measurement o...
The statistical properties of the random birefringence that affects long single-mode fibers are expe...
In this paper a technique to perform a distributed measurement of the birefringence of an optical fi...
The stress-optic rotation coefficient, describing the twist-induced optical activity in single-mode ...