Here we demonstrate the use of differential interference contrast microscopy with the inverse Abel transform to accurately obtain the refractive-index profile of a single-mode optical fiber. The application of this nondestructive imaging analysis technique provides high precision refractive-index information about the fiber. This technique is robust, rapid, and has diffraction limited spatial resolutio
The focus of this thesis is the study of microscopic characterization of optical fibres and fibre Br...
The performance of optical transmission systems is strongly dependent on the details of the fibre re...
Nondestructive images of refractive-index variation within a type I fiber Bragg grating have been re...
Here we demonstrate the use of differential interference contrast microscopy with the inverse Abel t...
A method to extract quantitative phase data from\ud differential interference contrast (DIC) microsc...
A method to extract quantitative phase data from differential interference contrast (DIC) microscopi...
A systematic and straightforward image processing method to extract quantitative phase and refractiv...
A systematic and straightforward image processing method to extract quantitative phase and refractiv...
We present a new technique for determining the refractive index profiles of axially symmetric optica...
C1 - Journal Articles RefereedWe present a new technique for determining the refractive index profil...
We describe a non-destructive and accurate fibre refractive index profiling method with high spatial...
The application of quantitative phase microscopy to refractive-index profiling of optical fibers is ...
The application of quantitative phase microscopy to refractive-index profiling of optical fibers is ...
In this paper, the accuracy of the transverse interference method has been raised up by fully correc...
Differential interference contrast images of various optical fibers and optical fiber Bragg gratings...
The focus of this thesis is the study of microscopic characterization of optical fibres and fibre Br...
The performance of optical transmission systems is strongly dependent on the details of the fibre re...
Nondestructive images of refractive-index variation within a type I fiber Bragg grating have been re...
Here we demonstrate the use of differential interference contrast microscopy with the inverse Abel t...
A method to extract quantitative phase data from\ud differential interference contrast (DIC) microsc...
A method to extract quantitative phase data from differential interference contrast (DIC) microscopi...
A systematic and straightforward image processing method to extract quantitative phase and refractiv...
A systematic and straightforward image processing method to extract quantitative phase and refractiv...
We present a new technique for determining the refractive index profiles of axially symmetric optica...
C1 - Journal Articles RefereedWe present a new technique for determining the refractive index profil...
We describe a non-destructive and accurate fibre refractive index profiling method with high spatial...
The application of quantitative phase microscopy to refractive-index profiling of optical fibers is ...
The application of quantitative phase microscopy to refractive-index profiling of optical fibers is ...
In this paper, the accuracy of the transverse interference method has been raised up by fully correc...
Differential interference contrast images of various optical fibers and optical fiber Bragg gratings...
The focus of this thesis is the study of microscopic characterization of optical fibres and fibre Br...
The performance of optical transmission systems is strongly dependent on the details of the fibre re...
Nondestructive images of refractive-index variation within a type I fiber Bragg grating have been re...