We show, both experimentally and theoretically, that for single-mode fibres, the (E)ESI and MFD methods are interrelated in a self-consistent model with the theoretical cutoff wavelength playing a pivotal role. Three independent measurement approaches are examined: mode-field diameter measurements, preform profile measurements and fibre profile measurements
A simple and rapid method is described for determining the refractive index profile of an optical fi...
In this paper the various techniques used to characterize the following important transmission param...
The results obtained in an interlaboratory evaluation of theoretical modelling methods for single-mo...
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...
Characterization of single-mode fibers has been based on the approximation that the modal field in m...
By using the Petermann spot size rather than the Marcuse spot size we suggest a slight modification ...
We provide an enhanced equivalent step index (EESI) approximation for the accurate prediction of wav...
A method is described for determining unambiguously, from the far-field pattern of single-mode fibre...
A method for the determination of equivalent step index (ESI) parameters for a given single-mode fib...
Various techniques used to characterize transmission parameters (attenuation, cut-off wavelength, mo...
In this invited tutorial review paper on single-mode fiber measurements, I discuss the various metho...
In single-mode fibres. the core diameter and refractive-index difference between core and cladding m...
The non-destructive measurement of refractive-index profiles (RIP) in optical fibre preforms is of c...
The fundamental mode intensity profile is calculated for different points along the transition of an...
A simple and rapid method is described for determining the refractive index profile of an optical fi...
In this paper the various techniques used to characterize the following important transmission param...
The results obtained in an interlaboratory evaluation of theoretical modelling methods for single-mo...
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...
Characterization of single-mode fibers has been based on the approximation that the modal field in m...
By using the Petermann spot size rather than the Marcuse spot size we suggest a slight modification ...
We provide an enhanced equivalent step index (EESI) approximation for the accurate prediction of wav...
A method is described for determining unambiguously, from the far-field pattern of single-mode fibre...
A method for the determination of equivalent step index (ESI) parameters for a given single-mode fib...
Various techniques used to characterize transmission parameters (attenuation, cut-off wavelength, mo...
In this invited tutorial review paper on single-mode fiber measurements, I discuss the various metho...
In single-mode fibres. the core diameter and refractive-index difference between core and cladding m...
The non-destructive measurement of refractive-index profiles (RIP) in optical fibre preforms is of c...
The fundamental mode intensity profile is calculated for different points along the transition of an...
A simple and rapid method is described for determining the refractive index profile of an optical fi...
In this paper the various techniques used to characterize the following important transmission param...
The results obtained in an interlaboratory evaluation of theoretical modelling methods for single-mo...