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GORODISSKY & PARTNERS
PATENT AND TRADEMARK
ATTORNEYS IP LAWYERSsince 1959
pat@gorodissky.ru Ru En Jp
+7 495 937 6116/6109
contact us www.gorodissky.ru
 
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About us

Cyrill Krivoruchko

Cyrill Krivoruchko

Patent Engineer
Moscow
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Education

  • Lomonosov Moscow state University (1993–1998)
  • Warsaw University of Technology (1998–2001)
  • Russian State Academy of Intellectual Property (2002–2004)

Experience

  • Physical metallurgy laboratory of the Warsaw Polytechnic University (Poland) (1998–2001)
  • Federal Institute of Industrial Property (2001–2005)
  • R&D Center “VNIIGAZ” (2005–2006)
  • Gorodissky and Partners since 2006

Languages

  • Russian
  • English
  • Polish
  • Patents in the field of:
    • Crude oil and natural gas
    • Drilling for oil, gas and shale
    • Production of natural silk, artificial and synthetic fibers
    • Production of bio-fuels
    • Pulp, paper and paperboard production
    • Production of petrochemicals
    • Production of basic chemical products
    • Production of industrial gases
    • Production of dyes and pigments
    • Production of basic inorganic chemical products
    • Manufacture of plastics and other synthetic products in their primary forms
    • Production of paints and other coatings
    • Production of lubricants, additives for lubricants and anti-freeze
    • Artificial and synthetic fibers production
    • Manufacture of rubber and plastic products
    • Production of automobile tires
    • Manufacture of fiberglass
    • Manufacture of ceramic products
    • Wires and cables
    • Recycling of secondary raw materials
    • Collection, purification and distribution of water
  • Technical fields:
    • General non-organic chemistry and technology
    • Petrochemistry
    • Polymer chemistry
  • Objects:
    • Methods and technologies of producing non-organic substances, petrochemical and gas processing products
    • Methods and technologies of chemical wastes treatment
    • Compositions for oil wells treatment
    • Polymer products, methods and technologies of their production and application
  • “Formation of stable and metastable phases in Ni-Al-Nb and Ni-Al-Me-C (Me5Ti, Nb or V) powder systems during mechanical alloying and thermal treatment” (“Journal of Alloys and Compounds”, Elsevier BV, # 333, 2002 (co-authors T.Kulik, v. Fadeeva, v. Portnoy)
  • “Synthesis of powder alloys in NI-AL-NB-C system by mechanical alloying” (“Metastable, Mechanically Alloyed and Nanocrystalline Materials (ISMANAM 2000)”, 2001 (co-authors T.Kulik, H.Matyja, v. Fadeeva, v. Portnoy)
  • “Formation of Ni-Al-Ti-C nanocomposites by mechanical alloying” (“Journal of Metastable and Nanocrystalline Materials”, # 8, 2000 (co-authors T.Kulik, H.Matyja, v. Fadeeva, v. Portnoy)
  • “Solid state reactions in Ni- Al-Ti-C system by mechanical alloying” ((“Journal of Alloys and Compounds”, Elsevier BV, # 308, 2000 (co-authors T.Kulik, H.Matyja, v. Fadeeva, v. Portnoy)
  • “Orientational phase transition in fullerite C60 assuming a stacking disorder” (“193rd Meeting of the Electrochemical Society”, San Diego, USA, 1998 (co-authors I.Arkhangelsky, N.Tamm, E.Skokan, F.Spiridonov, v. Privalov, L.Sidorov, Y.Velikodny)
  • “Stacking disorder in fullerite C60 and orientational phase transition” (3th Biennial International Workshop “Fullerenes and atomic Clusters”, St Petersburg, 1997 (co-authors I.Arkhangelsky, N.Tamm, E.Skokan, F.Spiridonov, L.Sidorov)
Specialists
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