|
RU2566610C1
|
|
Apparatus for study of electromagnetic field of secondary radiators
|
|
RU2568284C1
|
|
Device for study of electromagnetic field of secondary radiators
|
|
RU2546566C1
|
|
Method and device for increasing oscillation phase stability in resonance circuit with varicaps
|
|
RU2572057C2
|
|
Apparatus for investigating electromagnetic field of secondary emitters
|
|
RU2564384C2
|
|
Apparatus for investigating electromagnetic field of secondary emitters
|
|
RU2538318C2
|
|
Apparatus for investigating electromagnetic field of secondary radiators
|
|
RU2535693C2
|
|
Anti-abrasive coating
|
|
RU2527315C1
|
|
Device to control secondary emitter electromagnetic field
|
|
RU2523120C1
|
|
Radio station for independent operation of 10 telephone and 10 telegraph channels
|
|
RU2517799C1
|
|
Method to determine parameters of wideband signal
|
|
RU2516589C1
|
|
Method of doppler filtration of ionosphere signals
|
|
RU2520705C1
|
|
Installation for vessel propulsive machinery testing
|
|
RU2518013C1
|
|
Method of estimating angular parameters of ionospheric signals
|
|
RU2510914C1
|
|
Radiotelephone station capable of transmitting data
|
|
RU2516688C1
|
|
Method of finding direction of ionospheric signals in beam interference conditions
|
|
RU2518007C1
|
|
Ionospheric signal direction-finding method
|
|
RU2531516C2
|
|
System for production of nanofilms of heusler alloys
|
|
RU2506606C1
|
|
Method to detect zones of geodynamic risk based on data of radiolocating probing of earth surface
|
|
RU2527318C2
|
|
Device for infrared exposure on collagen layer of human skin with visualising of process
|
|
RU2484584C1
|
|
Radio station
|
