Emission of a soliton wave from a nonlinear waveguide with a PTS cladding.
The results of numerical simulation of the emission of a soliton wave from an optical waveguide in which the sheath is made of a nonlinear material (polyacetylene para toluene sulfonate ( PTS )) are presented. This material with cubic non-linearity and self-focusing demonstrates a defocusing nonlinearity, which imposes restrictions on max. nonlinear gain changes. The influence of these restrictions on the emission of a soliton wave in the 1st transverse dimension is investigated. The results of numerical simulation for emission in 2 dimensions are proposed.
Emission of pulsed nonlinear surface waves and solitons by nonlinear waveguides with a gradient refractive index.
Fiber optic certified
The results of a study of pulsed beam propagation in nonlinear ion-exchange waveguides are presented. The limiting values ?? of the input power and film thickness were calculated to obtain emission using the variational method provided that there was no dispersion. Analytical expressions that can be obtained are obtained. used to calculate propagation characteristics.
The results of numerical simulation of the emission of a soliton wave from an optical waveguide in which the sheath is made of a nonlinear material (polyacetylene para toluene sulfonate ( PTS )) are presented. This material with cubic non-linearity and self-focusing demonstrates a defocusing nonlinearity, which imposes restrictions on max. nonlinear gain changes. The influence of these restrictions on the emission of a soliton wave in the 1st transverse dimension is investigated. The results of numerical simulation for emission in 2 dimensions are proposed.
Emission of pulsed nonlinear surface waves and solitons by nonlinear waveguides with a gradient refractive index.
Fiber optic certified
The results of a study of pulsed beam propagation in nonlinear ion-exchange waveguides are presented. The limiting values ?? of the input power and film thickness were calculated to obtain emission using the variational method provided that there was no dispersion. Analytical expressions that can be obtained are obtained. used to calculate propagation characteristics.
SOKK - high-quality optical cable
A short catalog of fiber-optic cables manufactured by Samara Optical Cable Company CJSC is presented. The equipment used in the production process is considered.
No comments:
Post a Comment