An experimental setup is presented which permits, in a routine way for R&D purposes, simultaneous measurement of the transmitted near field at 1300 nm and 1550 nm, and the refracted near field at 820 nm. A new method for the calibration of the refractive index is proposed. The obtained accuracy for the refractive index is dn+or-0.0002. The reproducibility of measurements of geometrical parameters like the mode field diameter, the core and cladding diameters, and concentricity error, is +or-0.1 mu m. Measurements of the mode field as a function of polarization state for four different hi-bi fiber are presented
Numerical calculations are presented of the correction factor for use with the near-field scanning m...
With any waveguide device accurate knowledge of the optical characteristics is necessary for device ...
[[abstract]]We present a modified end-fire coupling method to reconstruct two-dimensional index prof...
The refractive index distribution in the core-cladding region of an optical fiber plays an important...
A simple and rapid method is described for determining the refractive index profile of an optical fi...
A fast and accurate magnified near-field (NF) measurement technique that employs a charge-coupled de...
A nondestructive technique that provides near-field measurements as well as refractive index profile...
A direct and nondestructive measurement technique for the determination of the refractive index prof...
An interlaboratory comparison of measurements on three types of commercially available polarisation ...
We present experimental investigations of two configurations for refractive-index profiling and for ...
Polarization-sensitive optical time domain reflectometry techniques which are used for measurement o...
New measurement techniques and methods for characterizing the quality of optical fibers are presente...
Tailored optical fibres (TOF) may have non-standard geometrical shapes and dimensions as well as ver...
Polarization sensitive reflectometric techniques can be effectively used to perform spatially resolv...
In this paper, the accuracy of the transverse interference method has been raised up by fully correc...
Numerical calculations are presented of the correction factor for use with the near-field scanning m...
With any waveguide device accurate knowledge of the optical characteristics is necessary for device ...
[[abstract]]We present a modified end-fire coupling method to reconstruct two-dimensional index prof...
The refractive index distribution in the core-cladding region of an optical fiber plays an important...
A simple and rapid method is described for determining the refractive index profile of an optical fi...
A fast and accurate magnified near-field (NF) measurement technique that employs a charge-coupled de...
A nondestructive technique that provides near-field measurements as well as refractive index profile...
A direct and nondestructive measurement technique for the determination of the refractive index prof...
An interlaboratory comparison of measurements on three types of commercially available polarisation ...
We present experimental investigations of two configurations for refractive-index profiling and for ...
Polarization-sensitive optical time domain reflectometry techniques which are used for measurement o...
New measurement techniques and methods for characterizing the quality of optical fibers are presente...
Tailored optical fibres (TOF) may have non-standard geometrical shapes and dimensions as well as ver...
Polarization sensitive reflectometric techniques can be effectively used to perform spatially resolv...
In this paper, the accuracy of the transverse interference method has been raised up by fully correc...
Numerical calculations are presented of the correction factor for use with the near-field scanning m...
With any waveguide device accurate knowledge of the optical characteristics is necessary for device ...
[[abstract]]We present a modified end-fire coupling method to reconstruct two-dimensional index prof...