Projects
(Principal Investigator)



Results 1-56 of 56 (Search time: 0.003 seconds).

Start DateTitleP-InvestigatorFunding Organization/經費來源
2021奈米過濾在海水淡化及相關應用上之理論分析JYH-PING HSUMinistry of Science and Technology
2020pH可調控之奈米通道:電動力學現象與鹽濃差發電JYH-PING HSUMinistry of Science and Technology
2020奈米過濾在海水淡化及相關應用上之理論分析JYH-PING HSUMinistry of Science and Technology
2019pH可調控之奈米通道:電動力學現象與鹽濃差發電JYH-PING HSUMinistry of Science and Technology
2019高等教育深耕計畫-核心研究群計畫 【研發具整流效果之奈米流體薄膜平台於滲透能源之應用】JYH-PING HSUHigher Education Sprout Project
2018奈米孔道內之離子電流:鹽濃差發電與整流JYH-PING HSUMinistry of Science and Technology
2018pH可調控之奈米通道:電動力學現象與鹽濃差發電JYH-PING HSUMinistry of Science and Technology
2018高等教育深耕計畫-核心研究群計畫 【研發具整流效果之奈米流體薄膜平台於滲透能源之應用】JYH-PING HSUHigher Education Sprout Project
2017以pH可調節高分子聚電解質修飾之納米孔道內的電動力學現象之模擬JYH-PING HSUMinistry of Science and Technology
2017奈米孔道內之離子電流:鹽濃差發電與整流JYH-PING HSUMinistry of Science and Technology
2016以pH可調節高分子聚電解質修飾之納米孔道內的電動力學現象之模擬JYH-PING HSUMinistry of Science and Technology
2016奈米孔道內之離子電流:鹽濃差發電與整流JYH-PING HSUMinistry of Science and Technology
2015溫度對電滲透流、電泳、與擴散泳的影響JYH-PING HSUMinistry of Science and Technology
2015以pH可調節高分子聚電解質修飾之納米孔道內的電動力學現象之模擬JYH-PING HSUMinistry of Science and Technology
2014電荷可調節型膠體粒子在變截面積圓柱孔洞中之電泳及擴散泳JYH-PING HSUMinistry of Science and Technology
2014溫度對電滲透流、電泳、與擴散泳的影響JYH-PING HSUMinistry of Science and Technology
2013電荷可調節型膠體粒子在變截面積圓柱孔洞中之電泳及擴散泳JYH-PING HSUMinistry of Science and Technology
2013溫度對電滲透流、電泳、與擴散泳的影響JYH-PING HSUMinistry of Science and Technology
2012軟性膠體粒子於軟性圓柱形微管道中之電泳JYH-PING HSUMinistry of Science and Technology
2012高效氫氧化亞鐵膠體催化劑的製備及催化H2O2降解有機污染物的研究JYH-PING HSUMinistry of Education
2012電荷可調節型膠體粒子在變截面積圓柱孔洞中之電泳及擴散泳JYH-PING HSUMinistry of Science and Technology
2011高效氫氧化亞鐵膠體催化劑的製備及催化H2O2分解有機污染物的研究JYH-PING HSUMinistry of Education
2011膠體粒子擴散泳行為的探討:理論與實驗JYH-PING HSUMinistry of Science and Technology
2011軟性膠體粒子於軟性圓柱形微管道中之電泳JYH-PING HSUMinistry of Science and Technology
2010膠體粒子擴散泳行為的探討:理論與實驗JYH-PING HSUMinistry of Science and Technology
2010膠體粒子擴散泳行為的探討:理論與實驗(2/3)JYH-PING HSUMinistry of Education
2010軟性膠體粒子於軟性圓柱形微管道中之電泳JYH-PING HSUMinistry of Science and Technology
2009球在充滿牛頓或卡羅流體之球形孔動中的電泳JYH-PING HSUMinistry of Science and Technology
2009膠體粒子擴散泳行為的探討:理論與實驗JYH-PING HSUMinistry of Science and Technology
2009膠體粒子擴散泳行為的探討:理論與實驗(1/3)JYH-PING HSUMinistry of Education
2008球在充滿牛頓或卡羅流體之球形孔動中的電泳JYH-PING HSUMinistry of Science and Technology
2008球在充滿牛頓或卡羅流體之球形孔動中的電泳(國科會)JYH-PING HSUMinistry of Education
2008細胞電泳行為之研究:實驗、理論與應用-子計畫二:細胞電泳行為之研究:理論與實驗測試(2/2)JYH-PING HSUMinistry of Education
2007化學工程學門研究發展及推動小組計畫(3/3)JYH-PING HSUMinistry of Science and Technology
2007球正對圓盤面電泳的理論分析(3/3)JYH-PING HSUMinistry of Science and Technology
2007球在充滿牛頓或卡羅流體之球形孔動中的電泳JYH-PING HSUMinistry of Science and Technology
2007優勢重點領域拔尖計畫/工學院/綠色化工程序的基礎研究JYH-PING HSUMinistry of Education
2007奈米微乳液的製備及其在化妝品的應用JYH-PING HSUMinistry of Science and Technology
2007細胞電泳行為之研究:實驗、理論與應用-子計畫二:細胞電泳行為之研究:理論與實驗測試(2/2)JYH-PING HSUMinistry of Education
2006化學工程學門研究發展及推動小組計畫(2/3)JYH-PING HSUMinistry of Science and Technology
2006球正對圓盤面電泳的理論分析(2/3)JYH-PING HSUMinistry of Science and Technology
2006細胞電泳行為之研究:實驗、理論與應用-子計畫二:細胞電泳行為之研究:理論與實驗測試(2/2)JYH-PING HSUMinistry of Science and Technology
2006優勢重點領域拔尖計畫/工學院/綠色化工程序的基礎研究JYH-PING HSUMinistry of Education
2006微膠囊包覆精油製備及制放性之研究JYH-PING HSUMinistry of Science and Technology
2005化學工程學門研究發展及推動小組計畫(1/3)JYH-PING HSUMinistry of Science and Technology
2005球正對圓盤面電泳的理論分析(1/3)JYH-PING HSUMinistry of Science and Technology
2005細胞電泳行為之研究:實驗、理論與應用-子計畫二:細胞電泳行為之研究:理論與實驗測試(1/2)JYH-PING HSUMinistry of Science and Technology
2004有限長度之圓柱形粒子在圓柱管中之電泳(3/3)JYH-PING HSUMinistry of Science and Technology
2004非球形粒子在充滿非牛頓流體的圓柱管中之沉降運動JYH-PING HSUMinistry of Science and Technology
2004赴歐考察化工學門研究及技術發展JYH-PING HSUMinistry of Science and Technology
2003電解質溶液在表面覆蓋離子可穿透薄膜之微管中的流動(3/3)JYH-PING HSUMinistry of Science and Technology
2003有限長度之圓柱形粒子在圓柱管中之電泳(2/3)JYH-PING HSUMinistry of Science and Technology
2002電解質溶液在表面覆蓋離子可穿透薄膜之微管中的流動(2/3)JYH-PING HSUMinistry of Science and Technology
2002有限長度之圓柱形粒子在圓柱管中之電泳(1/3)JYH-PING HSUMinistry of Science and Technology
2001帶電薄膜系統之靜電交互作用:非點電荷模型(3/3)JYH-PING HSUMinistry of Science and Technology
2001電解質溶液在表面覆蓋離子可穿透薄膜之微管中的流動1/3JYH-PING HSUMinistry of Science and Technology