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Profile

  • Name: Manshi Ohyanagi
    e-mail: mail
  • Academic Background
  • 1979 to 1983

    1983 to 1988

    March 1988

    Department of Applied Chemistry, School of Science and Engineering, Waseda University
    Department of Applied Chemistry, Graduate School of Science and Engineering,Waseda University
    Doctoral dissertation: Facilitated Oxygen Transport through Metal-Polymer Complex Film, Waseda University


  • History
  • 1988 to 1989

    1989

    1995
    1997
    2001-present

    Postdoctoral fellow, Division of Chemistry, California Institute of Technology, (Physical chemistry of polymer-metal complexes)
    Assistant Professor, Department of Materials Chemistry, Faculty of Science and Technology, Ryukoku University
    Lecturer
    Associate Professor
    Professor


  • Administrative Posts
  • 1999 to 2001
    2003
    2004 to 2006

    2005 to 2006

    2006-present


    2007 to 2008

    Student Life Supervisor, Faculty of Science and Technology
    Research Supervisor, Faculty of Science and Technology
    Presidential Aide (in charge of establishment of Ryukoku University Berkeley Center and BIE program, and Faculty Evaluation)
    Director, Ryukoku Extension Center (REC)
    Deputy Director, Intellectual Property Center
    Director, Innovative Materials and Processes Research Center (IMPRCenter) supported by Ministry of Education, Culture, Sports, Science and Technology, High-Tech Research Center Project (HRC)
    University Council member


  • Concurrent Posts
  • 1989

    2002 to 2003

    Research Fellow, Research Institute for Science and Engineering, Waseda University
    University of California, Davis, Visiting Professor (Ryukoku University, Long-Term Fellow)


  • Research History
  • 1983 to 1985
    1985 to 1988
    1989-present
    2000-present

    New functional silicon polymer synthesis and properties
    Facilitated oxygen transport through metal-polymer complex film
    Combustion synthesis of metal-ceramic compounds
    Electromagnetic processes, mechanochemical synthesis, nano-structured material made from a spark plasma sintering process, and development and evaluation of functional materials