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Education and research experience: Universität Freiburg, Germany Institute of Materials Science Visiting scholar 2002 National Institute of Advanced Industrial Science and Technology, Japan Senior visiting scholar 2001 Agency of Industrial Science and Technology, Japan Electronic Technology Research Institute STA fellow 1997 - 1999 Nanjing University Doctorate in science 1997 Nanjing University Department of Materials Science and Engineering Professor 1994 - present Nanjing University Master’s degree 1989 Nanjing University Bachelor’s degree 1986 Research: Atomic cluster physics Preparation, characterization and application of nanoparticles and nanoparticle arrays Controllable preparation of clusters and their assembled arrays Optical properties of semiconductor nanostructures Surface plasmon of metal nanostructures Quantum transport of metal nanoparticle arrays Scanning probe microscopy Research results: Developed a comprehensive device based on gas aggregation for exploring nanoclustered beam generation and directional deposition Set a new method for preparing nanostructures based on cluster beam deposition Has taken charge of over 10 national-level research projects sponsored by the National Natural Science Fund, 863 Program, 973 Program. Co-authored over 90 peer reviewed articles. Holding 20 Chinese invention patents.
Education and research experience: Universität Freiburg, Germany Institute of Materials Science Visiting scholar 2002 National Institute of Advanced Industrial Science and Technology, Japan Senior visiting scholar 2001 Agency of Industrial Science and Technology, Japan Electronic Technology Research Institute STA fellow 1997 - 1999 Nanjing University Doctorate in science 1997 Nanjing University Department of Materials Science and Engineering Professor 1994 - present Nanjing University Master’s degree 1989 Nanjing University Bachelor’s degree 1986 Research: Atomic cluster physics Preparation, characterization and application of nanoparticles and nanoparticle arrays Controllable preparation of clusters and their assembled arrays Optical properties of semiconductor nanostructures Surface plasmon of metal nanostructures Quantum transport of metal nanoparticle arrays Scanning probe microscopy Research results: Developed a comprehensive device based on gas aggregation for exploring nanoclustered beam generation and directional deposition Set a new method for preparing nanostructures based on cluster beam deposition Has taken charge of over 10 national-level research projects sponsored by the National Natural Science Fund, 863 Program, 973 Program. Co-authored over 90 peer reviewed articles. Holding 20 Chinese invention patents.
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