Projects
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Results 1-69 of 69 (Search time: 0.002 seconds).

Start DateTitleP-InvestigatorFunding Organization/經費來源
2021重”建”光明:視神經再生之智慧材料研究WEI-FANG SUMinistry of Science and Technology
2020重”建”光明:視神經再生之智慧材料研究WEI-FANG SUMinistry of Science and Technology
2019重”建”光明:視神經再生之智慧材料研究WEI-FANG SUMinistry of Science and Technology
2019開發鈣鈦礦/矽疊層型太陽能電池模組(3/3)WEI-FANG SUMinistry of Science and Technology
2019透明鈣鈦礦太陽能電池WEI-FANG SUMinistry of Science and Technology
2019鈣鈦礦/矽晶疊層太陽電池量產技術研發(1/2)WEI-FANG SUMinistry of Science and Technology
2018含寡聚醚支鏈之予體-受體交替共軛高分子在高效率太陽能電池以及場效應電晶體的研究(2/2)WEI-FANG SUMinistry of Science and Technology
2018透明鈣鈦礦太陽能電池WEI-FANG SUMinistry of Science and Technology
2018鈣鈦礦太陽能電池製程與量產技術研發(2/2)WEI-FANG SUMinistry of Science and Technology
2018最具競爭力團隊計畫【腦神經再生研究】WEI-FANG SUHigher Education Sprout Project
2017開發鈣鈦礦/矽疊層型太陽能電池模組(1/3)WEI-FANG SUMinistry of Science and Technology
2017含寡聚醚支鏈之予體-受體交替共軛高分子在高效率太陽能電池以及場效應電晶體的研究(1/2)WEI-FANG SUMinistry of Science and Technology
2017透明鈣鈦礦太陽能電池WEI-FANG SUMinistry of Science and Technology
2017國際合作研究計畫第二類型:獲科技部補助推動雙邊合作之計畫【台歐盟國合計畫-透明鈣鈦礦太陽能電池】WEI-FANG SUThe Aim For The Top University Project
2017鈣鈦礦太陽能電池製程與量產技術研發(1/2)WEI-FANG SUMinistry of Science and Technology
2017優勢重點領域拔尖方案─最具競爭力團隊計畫【腦神經再生研究】WEI-FANG SUMinistry of Education
2016含寡聚醚支鏈之予體-受體交替共軛高分子的合成及光電應用研究WEI-FANG SUMinistry of Science and Technology
2016國際合作研究計畫【混成材料用於廉價有機揮發物檢測系統的開發】WEI-FANG SUMinistry of Education
2016優勢重點領域拔尖方案-國際合作研究計畫【有機無機鈣鈦礦之基礎物化特性研究及其應用】WEI-FANG SUMinistry of Education
2016國際合作研究計畫【混成材料用於廉價有機揮發物檢測系統的開發】WEI-FANG SUMinistry of Education
2016設計與合成鈣鈦礦結構奈米材料應用於高效率長壽命低成本軟質太陽能電池(3/3)WEI-FANG SUMinistry of Science and Technology
2015予體-受體團聯共聚物-奈米粒子混成材料在高效率太陽能電池的研究WEI-FANG SUMinistry of Science and Technology
2015歐盟奈米材料研究計畫:混成材料用於廉價有機揮發物檢測系統的開發(3/3)WEI-FANG SUMinistry of Science and Technology
2015設計與合成鈣鈦礦結構奈米材料應用於高效率長壽命低成本軟質太陽能電池(2/3)WEI-FANG SUMinistry of Science and Technology
2014予體-受體團聯共聚物-奈米粒子混成材料在高效率太陽能電池的研究WEI-FANG SUMinistry of Science and Technology
2014歐盟奈米材料研究計畫:混成材料用於廉價有機揮發物檢測系統的開發(2/3)WEI-FANG SUMinistry of Science and Technology
2014國際合作研究計畫【混成材料用於廉價有機揮發物檢測系統的開發】WEI-FANG SUMinistry of Education
2014設計與合成鈣鈦礦結構奈米材料應用於高效率長壽命低成本軟質太陽能電池(1/3)WEI-FANG SUMinistry of Science and Technology
2014101龍門計畫_異質接面太陽能電池其材料及元件之形態及界面的研究(2/2)WEI-FANG SUMinistry of Science and Technology
2014國際合作研究計畫【混成材料用於廉價有機揮發物檢測系統的開發】WEI-FANG SUMinistry of Education
2013歐盟奈米材料研究計畫:混成材料用於廉價有機揮發物檢測系統的開發(1/3)WEI-FANG SUMinistry of Science and Technology
2013予體-受體團聯共聚物-奈米粒子混成材料在高效率太陽能電池的研究WEI-FANG SUMinistry of Science and Technology
2012101年補助任務導向型團隊赴國外研習(龍門計畫)_異質接面太陽能電池其材料及元件之形態及界面的研究(1/2)WEI-FANG SUMinistry of Science and Technology
2012全共軛團聯共聚高分子及奈米粒子混成材料其合成及自組裝性質研究WEI-FANG SUMinistry of Science and Technology
2012新穎的奈米複材製作檢測器的研究與開發(3/3)WEI-FANG SUMinistry of Science and Technology
2011全共軛團聯共聚高分子及奈米粒子混成材料其合成及自組裝性質研究WEI-FANG SUMinistry of Science and Technology
2011新穎的奈米複材製作檢測器的研究與開發(2/3)WEI-FANG SUMinistry of Science and Technology
2011High Sensitivity Surface-enhanced Raman Scattering Substrates by Inkjet Printing TechniquesWEI-FANG SUMinistry of Education
2010全共軛團聯共聚高分子及奈米粒子混成材料其合成及自組裝性質研究WEI-FANG SUMinistry of Science and Technology
2010新穎的奈米複材製作檢測器的研究與開發(1/3)WEI-FANG SUMinistry of Science and Technology
2010高效率規則奈米結構高分子奈米粒子混成太陽能電池研發(I)WEI-FANG SUMinistry of Science and Technology
2009表面電漿材料與表面電漿積體光路的開發與研究WEI-FANG SUMinistry of Science and Technology
2009車籠埔地震斷層的活動機制、能量釋放和生物-(子計畫二)地震斷層帶的奈米顆粒成因(3/3)WEI-FANG SUMinistry of Science and Technology
2008開發大面積高效率長壽命混成太陽能電池及其成品製作程序(3/3)WEI-FANG SUExecutive Yuan
2008表面電漿材料與表面電漿積體光路的開發與研究WEI-FANG SUMinistry of Science and Technology
2008車籠埔地震斷層的活動機制、能量釋放和生物-(子計畫二)地震斷層帶的奈米顆粒成因(2/3)WEI-FANG SUMinistry of Science and Technology
2008開發高分子/奈米粒子混成太陽能電池產業化製程(II)-總計畫WEI-FANG SUMinistry of Science and Technology
2008開發高分子/奈米粒子混成太陽能電池產業化製程-子計畫一:用於太陽能電池的奈米粒子及封裝材料的合成與測試(II)WEI-FANG SUMinistry of Science and Technology
2007開發大面積高效率長壽命混成太陽能電池及其成品製作程序(2/3)WEI-FANG SUExecutive Yuan
2007開發大面積高效率長壽命混成太陽能電池及其成品製作程序(2/3)WEI-FANG SUMinistry of Education
2007開發大面積高效率長壽命混成太陽能電池及其成品製作程序WEI-FANG SUMinistry of Education
2007表面電漿材料與表面電漿積體光路的開發與研究WEI-FANG SUMinistry of Science and Technology
2007車籠埔地震斷層的活動機制、能量釋放和生物-(子計畫二)地震斷層帶的奈米顆粒成因(1/3)WEI-FANG SUMinistry of Science and Technology
2007開發高分子/奈米粒子混成太陽能電池產業化製程 -子計畫一:用於太陽能電池的奈米粒子及封裝材料的合成與測試WEI-FANG SUMinistry of Science and Technology
2007開發高分子/奈米粒子混成太陽能電池產業化製程-(總計畫)WEI-FANG SUMinistry of Science and Technology
2006開發大面積高效率長壽命混成太陽能電池及其成品製作程序(1/3)WEI-FANG SUExecutive Yuan
2006高效率長壽命高分子奈米粒子太陽能光電池(3/3)WEI-FANG SUMinistry of Science and Technology
2005高效率長壽命高分子奈米粒子太陽能光電池(2/3)WEI-FANG SUMinistry of Science and Technology
2004高效率長壽命高分子奈米粒子太陽能光電池(1/3)WEI-FANG SUMinistry of Science and Technology
2003半導體奈米粒子用於高分子/無機奈米混成太陽能電池的研究WEI-FANG SUMinistry of Science and Technology
2003奈米光粒子合成、主動光閘晶體結構製作與應用-總計畫(3/3)WEI-FANG SUMinistry of Science and Technology
2003奈米光粒子合成、主動光閘晶體結構製作與應用-子計劃三: 主動光閘晶體結構製作(3/3)WEI-FANG SUMinistry of Science and Technology
2002奈米光粒子合成、主動光閘晶體結構製作與應用-總計畫(2/3)WEI-FANG SUMinistry of Science and Technology
2002奈米光粒子合成、主動光閘晶體結構製作與應用-子計畫三:主動光閘晶體結構製作(2/3)WEI-FANG SUMinistry of Science and Technology
2002無線電通訊用微波介電積層陶瓷元件設計與製造(3/3)-子計畫一WEI-FANG SUMinistry of Science and Technology
2001鉍系列的鐵電智慧材料3/3WEI-FANG SUMinistry of Science and Technology
2001奈米光粒子合成.主動光閘晶體結構製作與應用-總計畫(1/3)WEI-FANG SUMinistry of Science and Technology
2001奈米光粒子合成.主動光閘晶體結構製作與應用-子計畫三:主動光閘晶體結構製作(1/3)WEI-FANG SUMinistry of Science and Technology
2001無線電通用微波介電積層陶瓷元件設計與製造(2/3)WEI-FANG SUNational Tsing Hua University