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INST KRISTALLOGRAFII AKADEMII

Overview
  • Total Patents
    173
About

INST KRISTALLOGRAFII AKADEMII has a total of 173 patent applications. Its first patent ever was published in 1966. It filed its patents most often in USSR (Union of Socialist Soviet Republics), Russian Federation and Germany. Its main competitors in its focus markets surface technology and coating, optics and environmental technology are QINGDAO LONGSHENG CRYSTALLINE SILICON TECHNOLOGY C, HARBIN AURORA OPTOELECTRONICS TECHNOLOGY CO LTD and BELOV V F.

Patent filings in countries

World map showing INST KRISTALLOGRAFII AKADEMIIs patent filings in countries

Patent filings per year

Chart showing INST KRISTALLOGRAFII AKADEMIIs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Imamov Rafik M 16
#2 Kovalchuk Mikhail V 15
#3 Popolitov Vladislav I 10
#4 Shilin Yurij N 10
#5 Shamburov Vladimir A 9
#6 Afanasev Aleksandr M 8
#7 Stanishevskij Ermengeld Ya 8
#8 Sobolev Boris P 6
#9 Kuzmina Irina P 6
#10 Lider Valentin V 6

Latest patents

Publication Filing date Title
RU2397946C2 Method for directional filling of single-shell carbon nanotubes with refractory semiconductor compounds by performance of chemical reaction in channels of nanotubes
RU2381303C2 Device for growing crystals from solutions
RU2352923C1 Method for focusing of synchrotron radiation
RU2366989C2 Method for control of light polarisation and fast-acting controlled optical element with application of cholesteric liquid crystal (versions)
RU2345442C2 Method of nanopolished silicon carbide wafer fabrication
RU2327247C1 Assembly for double sided vertical cleaning of the surface of round plates made out of semi conductive and optic materials
RU2345443C2 Pre-epitaxial process of polished silicon carbide substrates
RU2341856C2 Method of obtaining laser generation and laser element, controlled by electric field
RU2326809C1 Method of directional change of electrophysical properties of carbon nanotubes
RU2326994C1 Method of low-sized crystallic powders on the basis of zinc oxide
RU2327146C1 High temperature adapter for electron diffractograph
RU2357020C2 Single crystal of sulphate hydrate of cesium-nickel, method of its growing and application in the capacity of ultraviolet lighting filter
RU2320788C1 Quartz monocrystal growing method
RU2320787C1 Zinc oxide crystals growing method
RU2320790C1 Device for monocrystal growing of refractory metal oxides
RU2337429C2 Method of semi-conductor and optical materials plates manufacture
RU2307204C1 Device for crystallization
RU2303776C1 Method for controlling of spatial position of an x-ray beam
RU2289641C1 Method for registering crystallization front in systems for horizontal oriented crystallization and apparatus for performing the method
RU2344205C2 Facility for growing mono-crystals of high-melting oxides