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DOMEN NII

Overview
  • Total Patents
    83
About

DOMEN NII has a total of 83 patent applications. Its first patent ever was published in 1983. It filed its patents most often in Russian Federation and USSR (Union of Socialist Soviet Republics). Its main competitors in its focus markets materials and metallurgy are NAU CHEMICAL KK, KISHINEVSKOE N PROIZV OB EDINE and CAO XIAOSONG.

Patent filings in countries

World map showing DOMEN NIIs patent filings in countries

Patent filings per year

Chart showing DOMEN NIIs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

# Technology
#1 Treatment of glass

Top inventors

# Name Total Patents
#1 Maksimov Nikolaj N 18
#2 Soloveva Lyudmila N 10
#3 Mikhalkova G P 6
#4 Danilovich M B 5
#5 Bodrov S G 5
#6 Golubkov L A 5
#7 Khristin A I 4
#8 Shagin Igor S 4
#9 Nikolaeva K S 4
#10 Krivosheev V K 4

Latest patents

Publication Filing date Title
RU2158034C2 Ferrocomposite material based on permalloy
RU95111209A Device for connection of incandescent lamps to direct current power supply
RU94037812A Acoustoelectronic device
RU94036628A Method for detection of speed of magnetic vortex flow in second-type superconductors
RU94027518A Ferrite magnetic head
RU2060234C1 Glass for magnetic head
RU2089519C1 Glass preferably for manufacturing electric heating elements
RU2084970C1 Unit of rotating video heads
RU2084969C1 Unit of rotating video heads
RU2048692C1 Process of production of composite magnetic material based on molybdenum permalloy
RU2090665C1 METHOD OF PREPARING SUPERCONDUCTING MONOCRYSTALS BASED ON Bi2Sr2CaCu2O8
RU2063935C1 Glass for magnetic head member soldering
RU2056065C1 Ferrite material
RU2036520C1 Coaxial microwave transmission line
RU2040081C1 Insertion for coaxial transmission line
RU2046465C1 S h f polarization change-over switch
RU2044710C1 Low-melting glass mainly for soldering magnetic head members
RU2056383C1 Glass for soldering elements of magnetic ferrite heads
RU2009560C1 Ferrite material for acoustoelectronic devices
RU2022291C1 Method of determination of parameters of lattice of magnetic curls in superconductor of ii generation