Autoren, Herausgeber und Rezensenten von Begell House

G. P. Ermak

O.Ya. Usikov Institute for Radio Physics and Electronics, National Academy of Sciences of Ukraine, 12, Academician Proskura St., Kharkiv 61085, Ukraine
Weitere Infos über den Autor erhalten Sie im Expertenverzeichnis

Articles

AUTOMATED SCANNING ESR-MICROSCOPE FOR INVESTIGATIONS ON THE MAGNETIC INHOMOGENEITY OF LOW‐PROFILE NANOSTRUCTURES Vol. 70 '2011 - Telecommunications and Radio Engineering
RADAR SENSORS FOR HUMP YARD AND RAIL CROSSING APPLICATIONS Vol. 71 '2012 - Telecommunications and Radio Engineering
MEASUREMENT ERRORS AND DYNAMIC RANGE OF AUTODYNE VIBRATION METERS Vol. 73 '2014 - Telecommunications and Radio Engineering
NEW DESIGN OF MICROWAVE INTERFEROMETER FOR TOKAMAK COMPASS Vol. 73 '2014 - Telecommunications and Radio Engineering
SIGNAL AND FLUCTUATION CHARACTERISTICS OF AUTODYNE VIBRATION AND DISPLACEMENT METERS Vol. 73 '2014 - Telecommunications and Radio Engineering
OUTPUT, SIGNAL AND NOISE PARAMETERS OF AUTODYNES WITH A RIGID CONDUCTANCE CHARACTERISTIC OF AN ACTIVE ELEMENT Vol. 75 '2016 - Telecommunications and Radio Engineering
PARAMETERS' CALCULATION OF AUTODYNE SENSORS TAKING INTO ACCOUNT THE NOISE OF THE POWER SOURCE Vol. 75 '2016 - Telecommunications and Radio Engineering
SIGNALS OF AUTODYNE RADARS WITH FREQUENCY MODULATION ACCORDING TO SYMMETRIC SAW-TOOTH LAW Vol. 75 '2016 - Telecommunications and Radio Engineering
THREE-CHANNEL PHASE METERS BASED ON THE AD8302 AND FIELD PROGRAMMABLE GATE ARRAYS FOR HETERODYNE MILLIMETER WAVE INTERFEROMETER Vol. 75 '2016 - Telecommunications and Radio Engineering
SIGNALS FROM DISTRIBUTED TARGETS OF AUTODYNE SRR WITH PULSE AMPLITUDE MODULATION Vol. 76 '2017 - Telecommunications and Radio Engineering
TWO FREQUENCY "UNAMBIGUOUS" HETERODYNE INTERFEROMETER BASED ON PHASE LOCKED MILLIMETER-WAVE BAND TRANSCEIVERS Vol. 76 '2017 - Telecommunications and Radio Engineering
THE DYNAMICS OF AUTODYNE SIGNAL AND NOISE CHARACTERISTIC FORMATION AT HIGH TARGET SPEEDS Vol. 79 '2020 - Telecommunications and Radio Engineering
THE INFLUENCE OF ACCOMPANYING AM ON THE FORMATION OF SIGNALS FROM AUTODYNE SHORT-RANGE SENSORS WITH FM Vol. 79 '2020 - Telecommunications and Radio Engineering
PECULIARITIES OF SIGNALS FROM A MOVING TARGET USING AUTODYNE SHORT-RANGE RADARS WITH LFM Vol. 81 '2022 - Telecommunications and Radio Engineering