We provide an enhanced equivalent step index (EESI) approximation for the accurate prediction of waveguide dispersion on monomode optical fibres. Using a quadratic 'enhancement function' the waveguide dispersion even for the triangular core profile fibre can be predicted to be between 92 and 100% of its exact value in the single-mode region
A numerical method based on modified scalar finite element method (SC-FEM) is presented and programm...
In this paper, an improved effective index method (EIM) for designing planar multimode waveguides on...
The combined effects of composite material dispersion, profile and waveguide dispersion can be made ...
We show, both experimentally and theoretically, that for single-mode fibres, the (E)ESI and MFD meth...
A method for the determination of equivalent step index (ESI) parameters for a given single-mode fib...
The two main approaches to the characterization of single-mode fibres: viz. Equivalent Step Index (E...
Two studies are undertaken, the first deals with the characterization of telecommunications single-m...
Exact explicit expressions are obtained which relate (i) the modal spotsize and (ii) the core power ...
Pulse spreading in multimode optical fibres is caused primarily by a) transit-time differences which...
By using the Petermann spot size rather than the Marcuse spot size we suggest a slight modification ...
Dispersion equalization of the modes of cylindrically symmetric few-mode fibres is investigated usin...
Characterization of single-mode fibers has been based on the approximation that the modal field in m...
We report on the experimental characterization, in the telecom C-band, of group-velocity dispersion ...
General propagation properties and universal curves are given for double clad single mode fibers wit...
A metric called exponentially-weighted energy dispersion index (EEDI) is proposed to explain the blo...
A numerical method based on modified scalar finite element method (SC-FEM) is presented and programm...
In this paper, an improved effective index method (EIM) for designing planar multimode waveguides on...
The combined effects of composite material dispersion, profile and waveguide dispersion can be made ...
We show, both experimentally and theoretically, that for single-mode fibres, the (E)ESI and MFD meth...
A method for the determination of equivalent step index (ESI) parameters for a given single-mode fib...
The two main approaches to the characterization of single-mode fibres: viz. Equivalent Step Index (E...
Two studies are undertaken, the first deals with the characterization of telecommunications single-m...
Exact explicit expressions are obtained which relate (i) the modal spotsize and (ii) the core power ...
Pulse spreading in multimode optical fibres is caused primarily by a) transit-time differences which...
By using the Petermann spot size rather than the Marcuse spot size we suggest a slight modification ...
Dispersion equalization of the modes of cylindrically symmetric few-mode fibres is investigated usin...
Characterization of single-mode fibers has been based on the approximation that the modal field in m...
We report on the experimental characterization, in the telecom C-band, of group-velocity dispersion ...
General propagation properties and universal curves are given for double clad single mode fibers wit...
A metric called exponentially-weighted energy dispersion index (EEDI) is proposed to explain the blo...
A numerical method based on modified scalar finite element method (SC-FEM) is presented and programm...
In this paper, an improved effective index method (EIM) for designing planar multimode waveguides on...
The combined effects of composite material dispersion, profile and waveguide dispersion can be made ...