東京都市大学　大学院共同原子力専攻/工学部原子力安全工学科 原子力システム研究室 高木研究室

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　Prof. Naoyuki Takaki


Education

• Bachelor's Degree, Nuclear Propulsion Engineering, Kobe University of Mercantile Marine, 1987

• Master's Degree, Nuclear Engineering, Tokyo Institute of Technology, 1989

• Doctoral Degree, Nuclear Engineering, Tokyo Institute of Technology, 1992

Business/Professional Career

• Tokyo Electric Power Company (1992-2008)
  • Kashiwazaki-Kariwa Nulear Power Plant
  • Advanced Reactor Group, Nuclear Power Research & Development Center
  • Strategic Planning Group, Head Office
  • Nuclear Reactor Safety Engineering Group, Head Office

• Attached from TEPCO to
  • Japan Atomic Power Company (1999)
  • Japan Nuclear Fuel Cycle Development Institute (1999-2004)
  • Nuclear Material Control Center (2004-2006)

• Visiting Associate Professor, Research Laboratory for Nuclear Reactors, Tokyo Institute of Technology (2004-2008)
• Associate Professor, Department of Energy, Tokai University (2008-2010)
• Professor, Department of Nuclear Engineering, Tokai University (2010-2012)
• Professor, Department of Nuclear Safety Engineering, Tokyo City University (2012- )

Specialized Field

• Nuclear Reactor Physics

• Nuclear Energy Strategy

Basic Policy

• Persue ideal and realistic nuclear energy system that meets technical and sociological requirements from diverse aspects of resource, environment, safety, nuclear non- proliferation and public acceptance.
• Have a broad view on nuclear energy system including frontend to backend of the fuel cycle.
• Intend practically balanced studies by incorporating industrial sense of values into academia.

Areas of Interests

• Studies related to Fukushima accident
  • • Criticality analysis of fuel debris
    • Molten fuel removal technology without re-criticality
    • Neutron absorber material design for debris removal
  Advanced reactor concept
  • • Fast breeder reactor
    • CANDLE reactor / Travelling wave reactor / Breed and burn reactor
    • Water cooled thorium breeder reactor
    • High temperature gas cooled reactor
• Nuclear transmutation
  • • Transmutation of minor actinides (MA)
    • Transmutation of long-lived fission products (LLFP)
    • Nuclear Alchemy (for rare material production)
  Thorium fuel
  • • Sustainable water cooled thorium reactor based on LWR technology
    • Core design for effective use of thorium in LWR, FBR and HTR
• Accident tolerant fuel
  • • Core design of LWR using coated particle fuel
  Cross cutting studies
  
  • • Strategic deployment scenario of advanced reactors and related nuclear facilities
    • Cost analysis of nuclear energy system
    • Proliferation resistant nuclear energy system
    • Fuel loading pattern optimization using artificial bee colony (ABC) algorithm
    • etc.

Contact

• Prof. Naoyuki Takaki
  Department of Nuclear Safety Engineering
  Cooperative Major in Nuclear Energy (Graduate School)
  TOKYO CITY UNIVERSITY
  
  1-28-1 Tamazutsumi, Setagaya, Tokyo 158-8557, Japan
  Tel: +81-3-5707-0104 Ext. 3805
• E-mail address