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INST ATOMNOJ EN IM I V KURCHAT

Overview
  • Total Patents
    20
About

INST ATOMNOJ EN IM I V KURCHAT has a total of 20 patent applications. Its first patent ever was published in 1989. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets environmental technology are NISHIHARA TERUO, RUMYANTSEV LEONID IVANOVICH and TUEBITAK MARMARA ARASTIRMA MER.

Patent filings in countries

World map showing INST ATOMNOJ EN IM I V KURCHATs patent filings in countries

Patent filings per year

Chart showing INST ATOMNOJ EN IM I V KURCHATs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Smirnov Aleksej V 2
#2 Patin Vladimir G 2
#3 Yakovlev Vladimir V 2
#4 Tulskij Mikhail N 2
#5 Dolgij Dmitrij I 2
#6 Smirnov Valerij N 2
#7 Kotenko Aleksandr A 2
#8 Venikov Nikolaj I 2
#9 Ogloblin Aleksej A 2
#10 Amirkhanov Dmitrij M 2

Latest patents

Publication Filing date Title
RU1819632C Electrostimulator
RU1776194C Process for chemical modification of polymeric gas-separating membrane
RU1811636C Process of implantation of radioactive nuclei of beryllium-7
RU1776195C Process for chemical modification of polymeric gas-separating membranes
SU1764090A1 Gas-filled proportional detector
RU1824599C Method of location of damage to electric insulation
RU1786367C Inductive linear displacement meter
SU1742896A1 Method of measuring high-frequency parameters of accelerating structures
SU1716457A1 Automatic radiator monitoring of environment in the region of object containing radioactive substances
SU1723677A1 Method of generation of pulses of annihilation gamma quanta and device to implement it
SU1758676A1 Method of implantation of radioactive nuclei of berillium-7
SU1718285A1 Method of control over electric disconnection arc
RU1805137C Method for production of reflecting coating
SU1723585A1 Method for determining contact thermal resistance between heat release core and nuclear reactor fuel member shell
SU1693638A1 Method of intensification of processes in boiling nuclear reactor with natural circulation of coolant
SU1742871A1 Superconducting magnetic device
RU1775367C Zinc oxide producing method
SU1742900A1 Method of separating isotopes
SU1718390A1 Compressed microwave-energy electron accelerator
SU1725176A1 Gamma-spectrometer for measuring concentrations of radioactive gamma-emitting isotopes in samples