計畫


第 1 到 17 筆結果，共 17 筆。

啟始時間標題P-Investigator經費來源
2021東部深層海水水質整合監控平台Chih-Wei WuNijin Environmental Technology CO., LTD
2021東北海域站水質監測委託專業服務案Chih-Wei WuNational Academy of Marine Research
2020多菌種自動光學數位病原量檢測模組Chih-Wei WuDepartment of Mechanical and Mechatronic Engineering
2019可攜式光學數位病原量辨識系統之優化設計開發Chih-Wei WuIndustrial Technology Research Institute
2019自動化移動式海洋弧菌即時檢測系統模組開發Chih-Wei WuIndustrial Technology Research Institute
2013Detection and Inactivation of Pathogens of Epinephelus Roes at Low Concentration by a Remote and Automatic SystemChih-Wei WuNational Science and Technology Council
2012Study of Cell Mechanics of Single Cell Adhered on a Microcantilever by Digital Micromirror Devices and Optically-Induced Dielectrophoresis TechniquesChih-Wei WuNational Science and Technology Council
2011開發抗登革病毒與腸病毒71型的藥物及疫苗之快速篩選-利用懸臂樑式生物微感測器探討登革病毒與腸病毒71型之感染機制及疫苗抗原表位(子計畫三)( III )Chih-Wei WuNational Science and Technology Council
2010開發抗登革病毒與腸病毒71型的藥物及疫苗之快速篩選---利用懸臂樑式生物微感測器探討登革病毒與腸病毒71型之感染機制及疫苗抗原表位(子計畫三)(II)Chih-Wei WuNational Science and Technology Council
2009開發抗登革病毒與腸病毒71型的藥物及疫苗之快速篩選---利用懸臂樑式生物微感測器探討登革病毒與腸病毒71型之感染機制及疫苗抗原表位(子計畫三)(I)Chih-Wei WuNational Science and Technology Council
2009Development of the New Systems for Quick Screening the Anti-Viral Drugs and Vaccine of Dengue Virus and Enterovirus 71 (I) -1Chih-Wei WuNational Science and Technology Council
2008Design and Fabrication of the Micrototal Analysis System of Water(II)Chih-Wei WuNational Science and Technology Council
2007Design and Fabrication of the Micrototal Analysis System of Water(I)Chih-Wei WuNational Science and Technology Council
2006Research on High Resolution and Large Area Shadow Mask of Organic Light Emitting Display(OLED)Chih-Wei WuNational Science and Technology Council
2005Design and Fabrication of Ultra-Sensitive and Detective Nutrient ChipChih-Wei WuNational Science and Technology Council
2004The Innovative Recombining Technique for a Large-Area Metal Molding with Nano/Micro-Scale FeaturesChih-Wei WuNational Science and Technology Council
2004Innovative Micro-Scale Self-Alignment Recombining Technique Using Lateral Joining for a Large-Area Molding with Small FeaturesChih-Wei WuNational Science and Technology Council