Add to ORKGThe effect of strong mode coupling on modal dispersion in optical fibers has been investigated. The pulse dispersion turns out to be qualitatively different from the one relative to the weak-coupling case, while it exhibits a drastic reduction as compared with that of the uncoupled case. The role of the initial pulse length and of the source coherence time has been elucidated
The formalism of coupled-mode theory is adopted for describing nonlinear pulse propagation in optica...
Abstract—Previously, we proposed a field-coupling model for propagation in graded-index multimode fi...
The dispersion curves describe wave propagation in a structure, each branch representing a wave mode...
The dependence of the temporal width of the impulse response on the length z of a two-mode optical f...
The objective of this work is analyze the dispersion in linear and nonlinear regime and it study as...
A coupled system of equations governing the propagation of a signal in a statistical ensemble of mul...
A general theory is presented to describe the effects of dispersion fluctuations on optical pulses p...
A method is shown for preventing temporal broadening of ultrafast optical pulses in highly dispersiv...
The influence of the relative values of mutual modal delay, source coherence time, and signal modula...
The dispersion curves describe wave propagation in a structure. There might be a number of branches ...
This paper presents a theoretical investigation on the dispersion in graded-index silica glass fiber...
In this thesis, we report the results of our experimental and theoretical studies of mode coupling i...
Soliton propagation in a multimode optical fiber in the presence of an intensity-dependent refractiv...
The propagation of an optical pulse in a coupled-resonator optical waveguide may be calculated nonpe...
We study theoretically the dispersion properties of Bloch modes and nonlinearly-induced defect state...
The formalism of coupled-mode theory is adopted for describing nonlinear pulse propagation in optica...
Abstract—Previously, we proposed a field-coupling model for propagation in graded-index multimode fi...
The dispersion curves describe wave propagation in a structure, each branch representing a wave mode...
The dependence of the temporal width of the impulse response on the length z of a two-mode optical f...
The objective of this work is analyze the dispersion in linear and nonlinear regime and it study as...
A coupled system of equations governing the propagation of a signal in a statistical ensemble of mul...
A general theory is presented to describe the effects of dispersion fluctuations on optical pulses p...
A method is shown for preventing temporal broadening of ultrafast optical pulses in highly dispersiv...
The influence of the relative values of mutual modal delay, source coherence time, and signal modula...
The dispersion curves describe wave propagation in a structure. There might be a number of branches ...
This paper presents a theoretical investigation on the dispersion in graded-index silica glass fiber...
In this thesis, we report the results of our experimental and theoretical studies of mode coupling i...
Soliton propagation in a multimode optical fiber in the presence of an intensity-dependent refractiv...
The propagation of an optical pulse in a coupled-resonator optical waveguide may be calculated nonpe...
We study theoretically the dispersion properties of Bloch modes and nonlinearly-induced defect state...
The formalism of coupled-mode theory is adopted for describing nonlinear pulse propagation in optica...
Abstract—Previously, we proposed a field-coupling model for propagation in graded-index multimode fi...
The dispersion curves describe wave propagation in a structure, each branch representing a wave mode...