Begell Houseの著者、編集者及びレビュー者

V. I. Lutsenko

O.Ya. Usikov Institute for Radio Physics and Electronics, National Academy of Sciences of Ukraine, 12 Academician Proskura St., Kharkiv 61085, Ukraine
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Articles

Application of Ground-based and Air/Spaceborne Radars for Oil Spill Detection in Sea Areas Vol. 51 '1997 - Telecommunications and Radio Engineering
Microwave Scattering From the Sea Surface Vol. 51 '1997 - Telecommunications and Radio Engineering
The paper presents results of measuring radar cross section (RCS) vs frequency dependences for wire-grid, lamellar and bulk models of small-size radar targets at decameter wavelengths in the case of ground-wave sounding. It has been shown that the RCS may Vol. 51 '1997 - Telecommunications and Radio Engineering
Enhancing the Accuracy of Low-Altitude Target Elevation Measurements by Direction Finders of Sum-and-Difference Type Vol. 52 '1998 - Telecommunications and Radio Engineering
On Effects Which Can Be Used to Increase the RCS of Small-Sized Targets in an HF Band Vol. 52 '1998 - Telecommunications and Radio Engineering
A Microwave Generator with a Shielded Quasioptical Dielectric Resonator Vol. 53 '1999 - Telecommunications and Radio Engineering
A Technique to Improve the Surface Ship Detectability by Noncoherent Scatter Radars Vol. 55 '2001 - Telecommunications and Radio Engineering
Frequency Dependences of Scattering Matrices in the Resonance Domain Vol. 55 '2001 - Telecommunications and Radio Engineering
The Troposphere Refraction Estimation by Attenuation Factor of Radiowave beyond-the-Horizon Propagation Vol. 60 '2003 - Telecommunications and Radio Engineering
Application of the Angular-Noise Criterion to Improve Small-Size Above-Water Target Detection Efficiency Vol. 63 '2005 - Telecommunications and Radio Engineering
Simulation Statistical Model of Reflection from the “Clear-Sky” Vol. 63 '2005 - Telecommunications and Radio Engineering
Use of Monopulse Difference-Phase Direction Finding Method for Location of Air Targets in Active-Passive Systems with Noise-Like Signal Vol. 63 '2005 - Telecommunications and Radio Engineering
Investigation of Dielectric Characteristics of Binary Solutions by Means of Self-Excited Gunn-Effect Oscillator Stabilized by Partly Shielded Quasi-Optical Dielectric Resonator Vol. 64 '2005 - Telecommunications and Radio Engineering
Influence of Surface-Active Substance on Angular Properties of Spectra of Signals in Centimeter- and Millimeter-Wave Bands Backscattered by Water Surface Vol. 65 '2006 - Telecommunications and Radio Engineering
Spectral Techniques for Estimating Characteristics of Secondary Sources in Multipath Propagation Channels Vol. 65 '2006 - Telecommunications and Radio Engineering
Detection and Measuring Methods in the Analysis of the Multipath Channel Characteristics Vol. 66 '2007 - Telecommunications and Radio Engineering
Adaptation of Rejection Band at the Doppler Selection of Signals Vol. 67 '2008 - Telecommunications and Radio Engineering
Bistatic Radars with Illumination by Ionospheric Signals of High-Frequency Communication Stations Vol. 67 '2008 - Telecommunications and Radio Engineering
Determination of Composition of the Mixture of Dry Substances Using the Dielectrometric Method Vol. 67 '2008 - Telecommunications and Radio Engineering
Efficiency of Apparatures with Adaptive Rejection of the Interference from the Sea Surface Vol. 67 '2008 - Telecommunications and Radio Engineering
Signals Observation on Over-the-Horizon Paths during a Solar Eclipse in March 29, 2006 Vol. 67 '2008 - Telecommunications and Radio Engineering
Distinctive Features of Reflections from Above-Water Targets at Millimeter-Wave Band Vol. 68 '2009 - Telecommunications and Radio Engineering
Efficiency of Doppler Frequency Compensation Systems under Conditions of Sea and Precipitation Interferences Vol. 68 '2009 - Telecommunications and Radio Engineering
Radar Characteristics of Water-Surface Targets in Millimeter-Wave Band Vol. 68 '2009 - Telecommunications and Radio Engineering
Radar Detection of Swimmers Vol. 68 '2009 - Telecommunications and Radio Engineering
WAVE PROPAGATION AND SCATTERING: Experimental Investigation into the Azimuthal Dependence of Oil Film Centimeter- and Millimeter-Radio Wave Backscattering Vol. 68 '2009 - Telecommunications and Radio Engineering
INFLUENCE OF THE ROD IN THE PARTLY SHIELDED QUASIOPTICAL DIELECTRIC SEMIDISK RESONATOR ON FREQUENCY OF STABILIZED GUNN-DIODE OSCILLATOR Vol. 71 '2012 - Telecommunications and Radio Engineering
PREDICTION OF THE TROPOSPHERIC REFRACTION FACTOR IN ARBITRARY POINTS OF SPACE USING RESULTS OF MEASUREMENTS ON METEOROLOGICAL PARAMETERS IN BASE STATIONS Vol. 72 '2013 - Telecommunications and Radio Engineering
USING NESTED SEMI-MARKOV PROCESSES FOR DESCRIPTION OF NON-STATIONARY SIGNALS AND FIELDS Vol. 72 '2013 - Telecommunications and Radio Engineering
HIGH-RATE MM-WAVE METHODS FOR IDENTIFICATION OF WATER FROM THE NATURAL SPRINGS Vol. 73 '2014 - Telecommunications and Radio Engineering
SIMULATION OF THE MAPPING FUNCTION FOR CALCULATION OF TROPOSHERIC ZENITH DELAY Vol. 73 '2014 - Telecommunications and Radio Engineering
RESEARCH ON THE UNDERLYING SURFACE BY RADIATION OF GLOBAL NAVIGATION SATELLITE SYSTEM Vol. 75 '2016 - Telecommunications and Radio Engineering
OPTIMAL DESIGN OF SPARSE ARRAYS BASED ON MODIFIED QUANTUM GENETIC ALGORITHM Vol. 76 '2017 - Telecommunications and Radio Engineering
THE ACOUSTO-ELECTROMAGNETIC PORTRAIT SIGNATURES FOR THE AERODYNAMIC AND GROUND TECHNOLOGY OBJECTS Vol. 77 '2018 - Telecommunications and Radio Engineering
THE USE OF SEMI-MARKOV NESTED PROCESSES FOR THE DESCRIPTION OF NON-STATIONARY ACOUSTIC NOISE Vol. 78 '2019 - Telecommunications and Radio Engineering
INTERFERENCE TO ACTIVE-PASSIVE RADAR SYSTEMS CREATED BY EMISSIONS FROM HF AND VHF BROADCASTING STATIONS Vol. 79 '2020 - Telecommunications and Radio Engineering
TESTING OF GNSS RECEIVERS OF SPACE OBJECTS IN EARTH CONDITIONS AND THE IMPLEMENTATION OF SPOOFING USING SIMULATOR OF GNSS SIGNALS Vol. 79 '2020 - Telecommunications and Radio Engineering
NEW METHOD FOR DESIGNING NON-EQUIDISTANT PLANE ANTENNA ARRAYS WITH FULL COVERAGE OF SPATIAL FREQUENCIES BASED ON LATIN SQUARES AND THEIR TRIANGULAR MATRIX Vol. 80 '2021 - Telecommunications and Radio Engineering