NTUT Faculty Research
- 次世代高性能電磁屏蔽軟性PI材料開發, 計畫主持人，亞洲電材，2022/10/01-2023/09/30， $ 1,800,000NTD
- 12微米厚之PET膜其阻水氣能力的改善研究, 計畫主持人，南亞塑膠工業，2022/05/01-2023/04/30， $ 1,000,000NTD
- Multiscale computer modelling, synthesis and rational design of photo(electro)catalysts for efficient visible-light-driven seawater splitting Principal Investigator, 2021/5-2024/4, M-ERA.NET $ 235,714USD
--to develop new catalysis materials for seawater splitting.
- Heusler alloy as ammonia disassociation catalysts for hydrogen production in the solid oxide fuel cells Principal Investigator, 2021/8-2023/7, Ministry of Science and Technology, $ 83,926USD
--to develop new alloy for hydrogen production.
- “A+ flexible barrier film packaging”, Principal Investigator, 2018/7-2021/11, Taiwan Ministry of Economic Affairs $ 666,666USD
--to develop high quality barrier film for commercialization.
- “Bio-inspired and digital design (MGI+AI) driven silk protein fibers in design, synthesis, fabrication for translational researches”, Co-Investigator, 2018/8-2021/7, $ 676,666USD
--to design new medical material by silk protein based on digital design.
- “Barrier coatings for OLED and photovoltaic cells”, Principal Investigator, 2014/8-2019/11, Ministry of Science and Technology, $ 700,500USD
--to develop a barrier coating technology for OLED and PV devices.
- “The study of the high efficiency Heusler alloy catalysts apply to solid oxide fuel cells in different compositions of reforming gases”, Principal Investigator, 2019-2020, Ministry of Science and Technology, $28,966USD
- “The identification of extrinsic defects of barrier layers and its correlation to water vapor permeability”, Principal Investigator, 2018-2019, Industrial Technology Research Institute, $36,666USD
- “Bioceramic Dental Implant System”, Co-investigator, supported by Taiwan Ministry of Economic Affairs, 2010-2012, $ 831,000 USD
--to develop a ceramic based dental implant system including zirconia dental blocks, drills, and one-piece implants.
- “Taiwan Incubation Network for Green Energy Industry”, Co-investigator, Supported by Taiwan Small and Medium Enterprise Administration, Ministry of Economic Affairs, $ 31,1860 USD (2009), $ 252,980 USD (2010)
--The scope of the project is to serve as counseling, industry-academia cooperation, entrepreneurship guidance, information dissemination, and personnel training through which more green energy businesses and new businesses of high economic values may enter the market to join the SME force.
- ” The processing and applications of antibacterial electrospun silk fibroin/polyglumatic acid (g-PGA) based barriers”, Co-investigator, Taiwan ROC National Science Counsel, 21,000USD, 2008/8-2010/7
--to develop an antibacterial SF/polyglumatic acid (g-PGA) membrane via electrospinning process to meet the requirement of guided tissue regeneration (GTR) barriers for clinical applications in dental area.
- ” The preparation of CuInZnS photocatalyst for the conversion of methanol from CO2 “, Principal Investigator, 2009/8-2010/7, Taiwan ROC National Science Counsel, $ 20,000USD
--The synthesis of a new photocatalyst system (CuInZnS compounds) for the conversion of CO2 to methanol by chemical bath deposition.
- ” The preparation of non-dispersive infrared gas sensor by Sol-gel process(I)(II)”, Principal Investigator, 2005/8-2007/8, Taiwan ROC National Science Counsel, $ 52,000USD
--The preparation of infrared sensing films through sol-gel process and the construction of the characterization system for the measurement of figures of merits for infrared gas sensor.
- “Electrospinning of Silk Protein Nanocomposite Fibers (I)(II)”, Co-investigator, Taiwan ROC NSC, 2003/8-2005/7, $ 47000USD.
-The secondary structure and morphology of solution cast silk protein and nanofiber were investigated by FT-IR and AFM to define the influence of electric field.
-The β-crystal formation via temperature-induced as well as casting under electrical field of silk proteins was examined by CD (circular dichroism) and FT-IR
- “The preparation of thermochromic and photocatalytic VO2/TiO2 composites films by sol-gel process (I)(II)”, Principal Investigator, 2002/8-2004/7, Taiwan ROC NSC, $50,000USD
-The development of the nano-scale composite films characterized with thermochromic and photocatalytic properties for energy-saving smart windows through the method of sol-gel process.
- “The study of the degradation mechanisms of dye-sensitized solar cells (I)(II)(III)”, Principal Investigator, supported by Photovoltaic center, Industrial Technology Research Institute, 2004-2007, $45,000USD
-The development of the spectroscopic-inspection systems for the on-line studies of the degradation mechanisms of the dye sensitized solar cells by FTIR-DRIFT and Raman-Microscope systems.
- “The Study of the magnetron sputtering process by computational fluid dynamics (I) (II)”, Principal Investigator, supported by Metal Research and Development Institute, 2003-2004, $ 41,000USD
-The construction of the numerical models of the sputtering process for the process optimization and reactor design by computational fluid dynamic techniques.
- ”The Study of the photo-catalytic mechanisms of TiO2 by FTIR-DRIFT for indoor VOCs (I) (II)”, Principal Investigator, supported by Energy & Resources Laboratories, Industrial Technology Research Institute, 2002-2003, $ 20,000USD
--The preparation of the nano-sized TiO2 photocatalysts and investigation of the associated photodegradation mechanisms by FTIR-DRIFT techniques.