Numerical calculations are presented of the correction factor for use with the near-field scanning method of index profile determination. It is shown that a single curve can be applied to a range of possible profiles, and a numerically obtained average curve is given
An experimental setup is presented which permits, in a routine way for R&D purposes, simultaneous me...
The refractive index distribution is a key parameter not only to characterize the technological proc...
A fast and accurate magnified near-field (NF) measurement technique that employs a charge-coupled de...
A simple and rapid method is described for determining the refractive index profile of an optical fi...
The refractive index distribution in the core-cladding region of an optical fiber plays an important...
In this paper we present a critical analysis on the refractive index profile reconstruction from nea...
Current interest in optical fibres having near parabolic refractive index distribution has emphasise...
This thesis is concerned with the theoretical and experimental development of a new technique for th...
The performance of optical transmission systems is strongly dependent on the details of the fibre re...
Non-destructive determination of the refractive-index profile provides a valuable tool for assessmen...
A nondestructive technique based on spatial filtering is presented for measuring the refractive-inde...
A new method of obtaining the refractive-index profile of an optical fiber preform is described. The...
A set of successive approximation formulas for calculating the refractive index profile of optical f...
Refractive-index profile reconstruction methods for optical slab (direct and inverse analysis method...
In this paper, the accuracy of the transverse interference method has been raised up by fully correc...
An experimental setup is presented which permits, in a routine way for R&D purposes, simultaneous me...
The refractive index distribution is a key parameter not only to characterize the technological proc...
A fast and accurate magnified near-field (NF) measurement technique that employs a charge-coupled de...
A simple and rapid method is described for determining the refractive index profile of an optical fi...
The refractive index distribution in the core-cladding region of an optical fiber plays an important...
In this paper we present a critical analysis on the refractive index profile reconstruction from nea...
Current interest in optical fibres having near parabolic refractive index distribution has emphasise...
This thesis is concerned with the theoretical and experimental development of a new technique for th...
The performance of optical transmission systems is strongly dependent on the details of the fibre re...
Non-destructive determination of the refractive-index profile provides a valuable tool for assessmen...
A nondestructive technique based on spatial filtering is presented for measuring the refractive-inde...
A new method of obtaining the refractive-index profile of an optical fiber preform is described. The...
A set of successive approximation formulas for calculating the refractive index profile of optical f...
Refractive-index profile reconstruction methods for optical slab (direct and inverse analysis method...
In this paper, the accuracy of the transverse interference method has been raised up by fully correc...
An experimental setup is presented which permits, in a routine way for R&D purposes, simultaneous me...
The refractive index distribution is a key parameter not only to characterize the technological proc...
A fast and accurate magnified near-field (NF) measurement technique that employs a charge-coupled de...