Add to ORKGThe propagation characteristics in air core Bragg fiber has been analyzed in this paper by using the two different approaches. Initially, we have computed the exact solution of Helmholtz equation and later the asymptotic limits have been used to calculate the propagation characteristics of TE modes in air core Bragg fiber. In last, we have compared the both results after mathematical computation and find excellent agreement between both approaches
General propagation properties and universal curves are given for double clad single mode fibers wit...
Bend loss, propagation mode and dispersion are important factors in manufacture and use of optical f...
Using an asymptotic analysis, we analytically calculate the dispersion and the field distribution of...
Using an asymptotic formalism we developed in an earlier paper, we compare the dispersion properties...
We develop an asymptotic approach to find the guided modes, and their frequencies, within a Bragg fi...
Abstract—The modal dispersion relation of electromagnetic waves in a Bragg fiber having plasma in th...
In this dissertation I explore the phenomenon of Bragg reflection in optical waveguides. Two specifi...
In a previous paper we developed a matrix theory that applies to any cylindrically symmetric fiber s...
In this paper, we compare three analysis methods for Bragg fibers, viz. the transfer matrix method, ...
Using an asymptotic matrix formalism, we analyze the guided modes of Bragg fibers and the dielectric...
We developed a matrix theory that applies to any cylindrically symmetric fiber surrounded with Bragg...
Abstract: It is demonstrated that Bragg reflection waveguides, either planar or cylindrical, can be ...
We propose analytical formulas for large-core low-contrast Bragg fibers that predict the leakage los...
The possibility of using Bragg reflection in a cylindrical fiber to obtain lossless confined propaga...
Abstract- Optical fibers are structures that are typically designed to transmit energy along a speci...
General propagation properties and universal curves are given for double clad single mode fibers wit...
Bend loss, propagation mode and dispersion are important factors in manufacture and use of optical f...
Using an asymptotic analysis, we analytically calculate the dispersion and the field distribution of...
Using an asymptotic formalism we developed in an earlier paper, we compare the dispersion properties...
We develop an asymptotic approach to find the guided modes, and their frequencies, within a Bragg fi...
Abstract—The modal dispersion relation of electromagnetic waves in a Bragg fiber having plasma in th...
In this dissertation I explore the phenomenon of Bragg reflection in optical waveguides. Two specifi...
In a previous paper we developed a matrix theory that applies to any cylindrically symmetric fiber s...
In this paper, we compare three analysis methods for Bragg fibers, viz. the transfer matrix method, ...
Using an asymptotic matrix formalism, we analyze the guided modes of Bragg fibers and the dielectric...
We developed a matrix theory that applies to any cylindrically symmetric fiber surrounded with Bragg...
Abstract: It is demonstrated that Bragg reflection waveguides, either planar or cylindrical, can be ...
We propose analytical formulas for large-core low-contrast Bragg fibers that predict the leakage los...
The possibility of using Bragg reflection in a cylindrical fiber to obtain lossless confined propaga...
Abstract- Optical fibers are structures that are typically designed to transmit energy along a speci...
General propagation properties and universal curves are given for double clad single mode fibers wit...
Bend loss, propagation mode and dispersion are important factors in manufacture and use of optical f...
Using an asymptotic analysis, we analytically calculate the dispersion and the field distribution of...