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Articles 358
- Electrodynamic modeling of an ultra-wideband Lalezari radiator in the frequency domain pp. 198-211
- Evaluation of the influence of electrodynamic interaction of transmitting and receiving radiators of antennas on accuracy of measurements of radar characteristics of objects pp. 70-77
- Electrodynamic analysis of a ring array of vertical asymmetric vibrators for a mobile radio base station pp. 38-47
- Electrodynamic modeling of multipath propagation of medium-wave radio waves pp. 39-48
- Electrodynamic analysis of microstrip antenna arrays of high-precision positioning of unmanned aerial vehicles pp. 43-52
- Electrodynamic modeling of small-sized microwave attenuators using macromodels pp. 61-69
- Electrodynamic analysis of microstrip antenna arrays of high-precision positioning of mobile objects by signals of global navigation satellite systems pp. 28-35
- Electrodynamic modeling of the operating chamber of a microwave sterilizer with slot excitation element pp. 184-188
- Electrodynamic analysis of a ring array of log-periodic vibrator antennas over flat rectangular perfectly conductive surface pp. 14-24
- Electrodynamic analysis of ring array of vertical asymmetric vibrators pp. 5-13
- To the electrodynamic theory of a thin-wire structure pp. 75-88
- Electrodynamic analysis of a two-way helical antenna over flat perfectly conductive screen with rectilinear boundaries pp. 15-25
- Electrodynamic analysis of scale-invariant ring arrays of vertical asymmetrical vibrators pp. 5-14
- Analysis of electrodynamic and geometrical parameters of the resonator chamber of a microwave sterilizer pp. 17-22
- Electrodynamic modeling of a four-channel antenna with an operating frequency band of octave pp. 67-81
- Electrodynamic properties of a rectangular waveguide with a dielectric plate located in the center of its wide wall pp. 159-169
- Electrodynamic and performance characteristics of a microwave sterilizer with a radiation source in the form of two paired magnetrons pp. 60-66
- Electrodynamic model of an optical multiplexer pp. 58-65
- Zero effects field in electrodynamic experimental observations pp. 21-27
- Methodology for evaluating work efficiency absorbing Moore boundary conditions when solving problems of electrodynamics finite difference time domain method pp. 104-110