Loschilov Anton Gennadievich

Articles:

• A breadboard model of the measuring probe of a new type for the measurement of multiphase environments levels
• Analysis of electromagnetic and acoustic radiation of un- manned aerial vehicles
• Application of the additive printer (plotter) technology in electronics to form films from organic and inor- ganic materials
• Broadband discrete non-dispersive phase shifters based on the effect of multiple changes in the phase velocity in multi-coupled structures with significantly unbalanced electromagnetic coupling while maintaining matching in a wide frequency band
• Computational and experimental method for measuring the frequency dependence of phase velocities of in-phase and antiphase waves in coupled lines with unbalanced electromagnetic coupling
• Computational experimental method of analyzing waves in irregular coupled strip lines with lumped inhomogeneities
• Development of principles of nonlinear ultra-wideband radar
• Development of the device for strain-stress state of mine rocks by means of electromagnetic and acoustic signals
• Experimental installation for analysis of nonlinear characteristics of microwave circuits in UWB pulse impact mode
• Measurement of liquid levels using time-domain reflectometry method
• Microstrip Controlled Delay Lines
• New approach for increasing the precision of TDR analysis of multilayer environments
• Synthesis algorithms of devices on the basis of the irregular coupled strip lines under the set frequency characteristics
• Synthesis of coupled strip lines with heterogeneous cross-section
• The development of UWB pulse signals processing devices intended for investigations of the nonlinear properties of objects by non-linear reflectometry method
• The method and algorithms to extract equivalent initial parameters of coupled lines with losses and dispersion
• The topology synthesis of forming pulse devices with the given spectral characteristics based on the irregular relief coupled microstrip lines
• Two models of the reflection coefficient modulus meter in a wide frequency band using microwave radiometry