The results of physical and numerical modeling of electromagnetic wavefront sharpening in a nonlinear dielectric are given. A technique of mathematical modeling of wave propagation is described in terms of a modified vector magnetic potential. It is shown how the level of the applied field strength and the degree of nonlinearity of the dielectric affect the electromagnetic wavefront sharpenin
A general approach to the solution of pulse scattering by finite obstacles is formulated. The essent...
U radu je analizirana transformacija izvornog linearno polarizovanog elektromagnetskog talasa, usled...
We study the propagation of an electromagnetic wave with a high intensity in a ferromagnetic medium,...
AbstractCoupled nonlinear wave equations are derived for the evolution of the components of the elec...
AbstractA broad survey of the influence of nonlinearity on diverse phenomena in classical electromag...
AbstractThe propagation of an intense plane-wave pulse into a nonlinear dielectric half-space is con...
AbstractImplications of the Rankin-Hugoniot and Lax k-shock conditions are explored for a systems of...
This paper describes an investigation of the behavior of strong electromagnetic pulses at the bounda...
This thesis is concerned with the propagation of transient electromagnetic waves in nonlinear media....
Nonlinearity is a charming element of nature and Nonlinear Science has now become one of the most im...
AbstractThe electric potential distribution for two-dimensional polar dielectrics is discussed. The ...
The system of Maxwell equations describes the evolution of the interaction of an electromagnetic...
The paper discusses issues concerning the deformation of a system of conductive bodies under the act...
Ultrafast laser processing applications need fast approaches to assess the nonlinear propagation of ...
Nonlinear laser processing of dielectrics with ultrafast lasers has been extensively studied over th...
A general approach to the solution of pulse scattering by finite obstacles is formulated. The essent...
U radu je analizirana transformacija izvornog linearno polarizovanog elektromagnetskog talasa, usled...
We study the propagation of an electromagnetic wave with a high intensity in a ferromagnetic medium,...
AbstractCoupled nonlinear wave equations are derived for the evolution of the components of the elec...
AbstractA broad survey of the influence of nonlinearity on diverse phenomena in classical electromag...
AbstractThe propagation of an intense plane-wave pulse into a nonlinear dielectric half-space is con...
AbstractImplications of the Rankin-Hugoniot and Lax k-shock conditions are explored for a systems of...
This paper describes an investigation of the behavior of strong electromagnetic pulses at the bounda...
This thesis is concerned with the propagation of transient electromagnetic waves in nonlinear media....
Nonlinearity is a charming element of nature and Nonlinear Science has now become one of the most im...
AbstractThe electric potential distribution for two-dimensional polar dielectrics is discussed. The ...
The system of Maxwell equations describes the evolution of the interaction of an electromagnetic...
The paper discusses issues concerning the deformation of a system of conductive bodies under the act...
Ultrafast laser processing applications need fast approaches to assess the nonlinear propagation of ...
Nonlinear laser processing of dielectrics with ultrafast lasers has been extensively studied over th...
A general approach to the solution of pulse scattering by finite obstacles is formulated. The essent...
U radu je analizirana transformacija izvornog linearno polarizovanog elektromagnetskog talasa, usled...
We study the propagation of an electromagnetic wave with a high intensity in a ferromagnetic medium,...