Авторы, Редакторы, Рецензенты

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
Больше информации об авторе - в Directory of Specialists

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