- Full text PDF available (0)
- This year (1)
- Last 5 years (2)
- Last 10 years (5)
Journals and Conferences
Evolution of electromagnetic waves, despite their use for more than century, is still not known. It was written much about poor understanding of the nature of electromagnetic waves. For example, Nobel Prize R. Feynman  writes: "… I must confess that we did not know what is actually allocated to the electromagnetic field energy." In a… (More)
The concept of active and reactive energy of electromagnetic waves are introduced to the scientific circulation and complete the formation of concepts of the wave theory as a section of electrodynamics. Algorithm for separation of active and reactive energy of electromagnetic waves is mathematically and physically justified. Importance of such separation of… (More)
By mode matching technique a problem of calculation (as well as control) of resonance frequencies and inherent Q-factors of a square resonator with final conductivity of walls loaded by square dielectric samples of complex scalar permittivity and a height, equal to the height of the resonator, has been solved.
Closure equation, witch takes into account both the dispersion and amplitude properties in both regions of open comb, was obtained. On the basis of the closure equation the bilateral approximations were theoretically justified for the eigen waves of open comb. Regularities for the numbers of accountable space harmonics, using the system of certain order for… (More)
Analysis of rectangular waveguide with corrugated broad wall is performed based on Galerkin method in conjunction with Floquet's theorem. Dispersion, power, energy, modal field distribution of the structure are calculated.
Based on the numerical solution of the boundary problem is designed and built electric field lines of eigen waves of an open comb. The distribution of an electric field in the open comb is not as simple as usually portrayed.
A plane H-polarised electromagnetic wave propagates in the x-direction on a periodic stratified dielectric structure with a period a. A diagonal tensor describes the permittivity of strata. Fields with electric walls in planes of symmetry x = /spl plusmn/a/4 can be found from dispersion equations. The dispersion equation for fields with magnetic walls in… (More)