|
RU2098242C1
|
|
Electric-spark cutting-out machine
|
|
RU2098241C1
|
|
Electric-spark cutting out machine
|
|
RU2094186C1
|
|
Process of automatic filling of electrode-wire in electroerosion cutting machine
|
|
RU94040925A
|
|
Method of determination of parameters of blast-furnace burden
|
|
RU94033245A
|
|
Midjet-size electret microphone
|
|
RU94032809A
|
|
Method for manufacturing of metal-porous cathode
|
|
RU94031530A
|
|
Semiconductor temperature sensor
|
|
RU94027935A
|
|
Microwave integrated circuit
|
|
RU2079854C1
|
|
Method for measuring acceleration factors in reliability tests of solid-state modules and radioelectronic devices
|
|
RU94018672A
|
|
Hybrid integral vacuum microstrip device
|
|
RU2085058C1
|
|
Microwave oven for vehicles
|
|
RU2068595C1
|
|
Reflection oscillator
|
|
RU2066895C1
|
|
Method for producing porous-metal cathode for electronic device
|
|
RU2098882C1
|
|
Distributed microwave amplifier
|
|
RU2068616C1
|
|
Low-noise microwave oscillator
|
|
RU2070354C1
|
|
Microwave hybrid integrated circuit
|
|
RU2072589C1
|
|
Method for manufacturing of passive integral microwave circuits from high-temperature superconductors
|
|
RU2093925C1
|
|
Field-effect transistor
|
|
RU2093924C1
|
|
Field-effect transistor on heterostructure
|
|
RU2046439C1
|
|
Microelectronic s h f triode
|
