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Begell House作者,编辑及审稿者

V. Ya. Noskov

Ural Federal University (UrFU), 19, Mira St., Ekaterinburg, 620002, Russia

Articles

RADAR SENSORS FOR HUMP YARD AND RAIL CROSSING APPLICATIONS Vol. 71 '2012 - Telecommunications and Radio Engineering
AUTODYNE SIGNALS IN CASE OF RANDOM DELAY TIME OF THE REFLECTED RADIATION Vol. 72 '2013 - Telecommunications and Radio Engineering
DYNAMIC AUTODYNE AND MODULATION CHARACTERISTICS OF MICROWAVE OSCILLATORS Vol. 72 '2013 - Telecommunications and Radio Engineering
MEASUREMENT ERRORS AND DYNAMIC RANGE OF AUTODYNE VIBRATION METERS Vol. 73 '2014 - Telecommunications and Radio Engineering
SIGNAL AND FLUCTUATION CHARACTERISTICS OF AUTODYNE VIBRATION AND DISPLACEMENT METERS Vol. 73 '2014 - Telecommunications and Radio Engineering
L-BAND POWERFUL PULSE TRANSMITTER BASED ON BIPOLAR TRANSISTORS Vol. 75 '2016 - 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
FEATURES OF AUTODYNE SIGNAL FORMATION WITH EXTERNAL DETECTOR Vol. 76 '2017 - Telecommunications and Radio Engineering
SIGNALS FROM DISTRIBUTED TARGETS OF AUTODYNE SRR WITH PULSE AMPLITUDE MODULATION 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