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INST STRUKTUR MAKROKINET AN

Overview
  • Total Patents
    61
About

INST STRUKTUR MAKROKINET AN has a total of 61 patent applications. Its first patent ever was published in 1988. It filed its patents most often in WIPO (World Intellectual Property Organization), EPO (European Patent Office) and China. Its main competitors in its focus markets materials and metallurgy, semiconductors and surface technology and coating are INST STRUKTURNOJ MAKROKINETIKI, KINGENTA NORSTERRA CHEMICAL CO LTD and BORAX CONS LTD.

Patent filings per year

Chart showing INST STRUKTUR MAKROKINET ANs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Merzhanov Alexandr Grigorievic 43
#2 Borovinskaya Inna Petrovna 29
#3 Merzhanov Alexandr G 11
#4 Buchatsky Leonid Mikhailovich 9
#5 Borovinskaya Inna P 9
#6 Stolin Alexandr Moiseevich 9
#7 Mamian Sos Sarkisovich 8
#8 Vershinnikov Vladimir Ivanovic 7
#9 Nersesian Mikael Davidovich 7
#10 Podlesov Vadim Veniaminovich 5

Latest patents

Publication Filing date Title
CS170091A3 Process for producing electrode material for electrical discharge alloying
WO9112349A1 Method for obtaining ferrites
GR900100762A Fireproof composition
CN1054553A Porous refractory material method for making, this material product and this goods method for making
EP0461260A1 Method for obtaining electrode material for electrospark alloying
CA2002185A1 Method for preparing refractory porous material, article from this material and process for making said article
DD297390A5 Method for producing a high-melting material, product from this material and method for producing this product
CN1050694A The manufacture method of powdered material goods and equipment used
DD284620A5 Method for producing products from powderful materials and device for carrying out said method
WO9104227A1 Method for obtaining powder like boron
WO9101269A1 Method for obtaining molybdenum carbide
DD283962A5 Process for producing composite
WO9101270A1 Method for obtaining silicon carbide powder
WO9101271A1 Method for obtaining molybdenum disilicide powder
EP0431165A1 Ceramic composite material and method of obtaining it
WO9012125A1 Method for obtaining a refractory inorganic coating on the surface of an article
WO9011857A1 Method and reactor for obtaining powdered refractory material
WO9011249A1 Method of obtaining complex oxides
WO9011261A1 Method of making ceramic articles
WO9011154A1 Method of making a laminated article with wear-resistant surface