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Yi-Sheng Lai

Yi-Sheng Lai

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Yi-Sheng Lai, Professor
  • home  A2-323
  • call  037-382235
  • mail  yslai@nuu.edu.tw
  • fax  037-382247
  • biotech  A2-120、A2-421

Eduation and Experience
  • schoolEduation
    Ph.D., Materials Science and Engineering, National Cheng Kung University, Taiwan. (1999/7-2003/6)
    M.S., Materials Science and Engineering, National Cheng Kung University, Taiwan. (1997/9-1999/6)
  • assignment_indExperience
    Professor, Materials Science and Engineering, National United University. (2021/8-)
    Associate Professor, Materials Science and Engineering, National United University. (2009/2-2021/7)
    Department Chair, Materials Science and Engineering, National United University. (2010/2-2013/1)
    Assistant Professor, Materials Science and Engineering, National United University. (2006/8-2009/1)
    Postdoctoral Research, National Cheng Kung University, Department of Materials Science and Engineering. (2003/9-2006/7)
    Visiting scholar, University of Texas at Austin, Center for Microelectronics Research, Texas, United States. (2004/11-2005/11)
    Intern & Engineer, Taiwan Semiconductor Manufacturing Company Limited. (2002/7-2003/8)
  • voicemailCourses

Research and Interests
  • mode_editExpertise
    Glass materials, thin films and coatings, polymer memory, silicon based device.
  • transformResearch interests
    Copper sintering pastes for die attach materials
    Conductive silver and aluminum pastes in solar cell applications
    Laser cladding process: Simulation and material characterizations
    Electromagnetic shielding materials
    Low-dielectric-constant glass
  • storageResearch projects
    Study of mechanical and interface properties of copper/silver thick film metallization on power electronic substrates (2023/08-2024/07) NSC
    Laser cladding simulation and process optimization for nickelbased superalloys (2023/11-2023/10) NSC, Feedback Technology
    Development of fire-through copper/silver pastes applied as front contact metallization of solar cells and their interface reaction mechanisms (2022/08-2023/07) NSC
    Investigation of glasses with low dielectric permittivity in the microwave frequency range (2021/08-2022/07) NSC
    Development of low-dielectric-constant SiO2 powders (2019/11-2020/04) NAN YA Plastics
    Investigation of glass frits in non fire-through aluminum paste for PERC solar cell applications (2018/08-2019/07) NSC
    Role of Bi2O3-based glass frit on the interface reaction of silver front contacts for Si solar cell applications (2017/08-2018/07) NSC

Publications
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