диафрагмированные волноводные фильтры / 930d51d1-42ea-4794-ae8e-d7d771962686
.pdf118 |
O. Neuimin, S. Zhuk, |
Detection of a Target Track Loss Based on The |
737-740 |
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I. Tovkach, V. Chmelov |
Shiryaev Rule Using Plots Amplitude Information |
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119 |
V. Beregun, A. Krasilnikov |
The Use of Cumulant Methods for Distinction of |
741-746 |
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Diagnostic Signals with Gamma Distribution |
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A Technology for Building a Seamless Mosaic |
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120 |
I. Garkusha, V. Hnatushenko |
Coverage of the Antarctica Coasts with Various-Time |
747-750 |
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Images from Sentinel-1 |
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122 |
I. Obod, I. Svyd, O. Maltsev, |
Comparative Analysis of Noise Immunity Systems |
751-756 |
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B. Bakumenko |
Identification Friend or Foe |
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123 |
I.Obod, I.Svyd, O.Maltsev, |
Optimization of Data Processing of Primary Radar |
757-760 |
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G.Zavolodko, D.Pavlova |
Systems |
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O. Porkuian, V. Morkun, |
Influence of the magnetic field on Love waves |
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127 |
N. Morkun, V. Tron, |
761-766 |
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I. Haponenko, |
propagation in the solid medium |
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A. Davidkovich |
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D. Vinnychenko, |
The influence of the characteristics of the resonant |
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power source on the productivity of electric-discharge |
767-770 |
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129 |
I. Vinnychenko, |
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installations for carbon-containing gas processing at |
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N. Nazarova |
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different pressures in the reaction zone |
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V.Morkun, |
Simulation of crushed ore particles motion in the pulp |
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N.Podgorodetskiy, |
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130 |
under the influence of high-energy ultrasound |
771-774 |
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N.Morkun, I.Haponenko, |
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dynamic effects |
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A.Pikilniak, A.Davidcovich |
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138 |
M.Bolotov, G.Bolotov |
Calculation of the Glow Discharge`s Stability |
775-779 |
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Boundary While Welding |
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M. Artemenko, Yu. Kutafin, |
Control Strategies for Three-Phase Three-Wire Shunt |
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148 |
V.Mykhalskyi, V. Chopyk, |
Active Filter in the Reference Frame of Two- |
780-785 |
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I. Shapoval, S. Polishchuk |
Wattmeter Method |
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155 |
V.Burlaka, S.Gulakov, |
Low-Cost Data Acquisition And Power Quality |
786-790 |
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S.Podnebennaya |
Analyzing System |
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157 |
O.Zhuk, D.Zhuk, |
Input voltages and currents distortion and power factor |
791-796 |
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O.Diakonov |
of frequency converters |
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167 |
O. Sushchenko, Yu.Bezkoro- |
Fault-tolerant Inertial Measuring Instrument with |
797-801 |
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vainyi, V. Golytsin |
Neural Network |
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A. Sergiyenko, |
Genetic Programming of Pipelined Datapaths for |
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168 |
A. Serhienko, |
802-806 |
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FPGA |
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V. Romankevich |
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O.Osolinskyi, A.Molga, |
Method of ensuring the noise immunity at |
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169 |
measurement of single-board microcontroller average |
807-810 |
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V.Kochan, A.Sachenko |
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energy within IoT environment |
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171 |
I. Verbytskyi |
Principle of Interharmonic Detection in Transformer |
811-814 |
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of AC-DC Converter Based Double Fourier Series |
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O. Drozdenko, |
The Thermal Fields Analysis of Sealed Cylindrical |
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173 |
K.Drozdenko, |
Piezoceramic Electroacoustic Transducers |
815-819 |
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О. Leiko, L. Perchevska |
Compensated Construction |
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2020 IEEE 40th International Conference on Electronics and Nanotechnology (ELNANO) |
15 |
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E.Vereshchago, |
Calculation and Analysis of Dynamic Properties of a |
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180 |
V.Kostiuchenko, |
Soft Switching Converter under Operation on the Arc |
820-825 |
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A.Hrieshnov |
Load |
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S. Peresada, Y. Nikonenko, |
Identification of the interior permanent magnet |
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185 |
synchronous motor electrical parameters for self- |
826-831 |
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V. Reshetnyk |
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commissioning |
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V. Sherstjuk, M. Zharikova, |
Cooperative Collision Avoidance Method for Large |
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190 |
I. Dorovskaja, V. Gusev, |
832-837 |
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Teams of Unmanned Aerial Vehicles |
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R. Levkivskyi, I. Sokol |
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197 |
M. Omelianenko, |
E-plane Stepped -Impedance Bandpass Filter with |
838-841 |
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T. Romanenko |
Wide Stopband |
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O.Leiko, A.Derepa, |
On the Peculiarities of Matching an Electric |
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201 |
Generators with an Electromechanical Energy |
842-847 |
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O.Pozdniakova,O.Maiboroda |
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Transducers |
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A.Dymerets, R.Yershov, |
Dynamic Characteristics of Zero-Current-Switching |
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204 |
A.Gorodny, Yu.Denisov, |
Quasi-Resonant Buck Converter under Variation of |
848-853 |
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S.Boiko,V.Kuznetsov |
Resonant Circuit and Load Parameters |
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206 |
S.Lyagushyn |
Resonance and non-resonance interaction in |
854-857 |
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superradiance modeling with correlation functions |
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R.Yershov, O.Savchenko, |
Electronic System for Calculation-Experimental |
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213 |
Determination of the Modal and Damping |
858-863 |
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A.Zinkovskii, O.Derkach |
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Characteristics of Active Viscoelastic Beams |
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A. I. Herrera-Martinez, |
Electromechanical Analyses of 1 x n MEMS-based |
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215 |
S. Khotiaintsev, |
864-868 |
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Optical Switch with Microplate Reflector |
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V. Timofeyev |
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218 |
L. Pavlov, D. Lebedev, |
Reducing the influence of interference in dvb-c and |
869-873 |
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M. Fil |
iptv |
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J. G. Nataraj Barath, |
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A. Soundarrajan, |
Interleaved Single-Phase Quasi-Switched Boost and |
874-878 |
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228 |
S. Stepenko, A. Prystupa, |
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Active Quasi-Z-Source Inverter |
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O. Bondarenko, |
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Sanjeevikumar Padmanaban |
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230 |
V. Dushepa |
A learning-based approach for rigid image registration |
879-883 |
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accuracy estimation |
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Channel Estimation Method for OFDM |
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232 |
V. Vasylyshyn |
communication system using Adaptive Singular |
884-887 |
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Spectrum Analysis |
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2020 IEEE 40th International Conference on Electronics and Nanotechnology (ELNANO) |
16 |