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FIZ ENERGET INST

Overview
  • Total Patents
    72
About

FIZ ENERGET INST has a total of 72 patent applications. Its first patent ever was published in 1965. It filed its patents most often in Russian Federation, France and USSR (Union of Socialist Soviet Republics). Its main competitors in its focus markets environmental technology, electrical machinery and energy and optics are TIANJIN TIRNFR HEAVY HYDROELEC, SMIRNOV BORIS V and N PROIZV OB EDINENIE EN.

Patent filings per year

Chart showing FIZ ENERGET INSTs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Delnov Valerij Nikolaevich 7
#2 Remizov Oleg Vasilevich 6
#3 Tsyganok Aleksandr Andreevich 5
#4 Turchin Nikolaj Matveevich 5
#5 Smetanin Eduard Yakovlevich 5
#6 Khaveev Nikolaj Nikolaevich 4
#7 Basmanov Vasilij Vladimirovich 4
#8 Gabrianovich Boris Nikolaevich 3
#9 Fajzullin Farid Kh 2
#10 Trykov L A 2

Latest patents

Publication Filing date Title
RU2089053C1 Accelerating tube of electrostatic accelerator
RU2084052C1 Electrochemical element and method of its operation
RU95108767A Dispersion-type fuel element manufacturing process
RU95108031A Method of preparing sulfur-35 labelled sulfate
RU95106372A Device for producing sterile radionuclides
RU95106367A Container for irradiating fissionable materials
RU95103987A Sterile radionuclide generator
RU94044509A Fast neutron reactor and radioactive isotopes producing method
RU94044790A Heat-sensing starting gear
RU94042352A Sterile radioisotope generator
RU94039642A Method testing authenticity of readings of thermoelectric converter
RU94031523A Tank-reactor nuclear power plant
RU2079468C1 Method of manufacturing ceramic spheroids
RU94022225A Active material for fluid lasers and accelerators
RU2088983C1 Method for determining reactivity of subcritical reactor
RU2073928C1 Method of preparing indium-113m generator
RU2064148C1 Heat-transfer apparatus
RU2086949C1 Gear testing samples of material in nuclear reactor for torsion
RU2072490C1 Sectional plate heat exchanger
RU2039334C1 Method of determining anomalous condition of operation of heat machine