計畫
(Principal Investigator)


第 1 到 47 筆結果，共 47 筆。

啟始時間標題P-Investigator經費來源
2023分子相關週期系統之太赫茲和拉曼振動光譜的理論研究(3/3)MICHITOSHI HAYASHINational Science and Technology Council
2023人力結構改善(First principle simulation study of electronic, vibrational properties of materials)MICHITOSHI HAYASHIHigher Education Sprout Project
2021分子相關週期系統之太赫茲和拉曼振動光譜的理論研究(1/3)MICHITOSHI HAYASHINational Science and Technology Council
2021First principle simulation study of electronic, vibrational properties of materialsMICHITOSHI HAYASHIHigher Education Sprout Project
2020無序週期邊界分子系統的振動與電子激發態之理論與第一原理模擬研究(3/3)MICHITOSHI HAYASHINational Science and Technology Council
2019無序週期邊界分子系統的振動與電子激發態之理論與第一原理模擬研究(2/3)MICHITOSHI HAYASHINational Science and Technology Council
2019First principle simulation study of electronic, vibrational properties of materialsMICHITOSHI HAYASHIHigher Education Sprout Project
2018無序週期邊界分子系統的振動與電子激發態之理論與第一原理模擬研究(1/3)MICHITOSHI HAYASHINational Science and Technology Council
2017分子晶體和低維系統的光學和振動性質之理論研究(3/3)MICHITOSHI HAYASHINational Science and Technology Council
2017優勢重點領域拔尖方案─最具競爭力團隊計畫【建立基礎理論/計算分析方法以模擬結構並探討表面反應機制】MICHITOSHI HAYASHIMinistry of Education
2016分子晶體和低維系統的光學和振動性質之理論研究(2/3)MICHITOSHI HAYASHINational Science and Technology Council
2016研究基地先期計畫-創新物質科學研究基地【子計畫 5-建立基礎理論/計算分析方法以模擬結構並探討表面反應機制】MICHITOSHI HAYASHIMinistry of Education
2016優勢重點領域拔尖計畫【子計畫2-新穎分子/奈米基材於永續能源的開發】MICHITOSHI HAYASHIMinistry of Education
2015分子晶體和低維系統的光學和振動性質之理論研究(1/3)MICHITOSHI HAYASHINational Science and Technology Council
2015優勢重點領域拔尖計畫【子計畫2-新穎分子/奈米基材於永續能源的開發】MICHITOSHI HAYASHIMinistry of Education
2014利用第一原理模擬和理論模型設計低微度pi共軛電子系統之化學活性(龍門計畫)MICHITOSHI HAYASHINational Science and Technology Council
2014分子吸附金屬團簇之拉曼增強吸收、分子晶體之太赫茲光譜、以及材料之電子能量損失譜的理論計算研究MICHITOSHI HAYASHINational Science and Technology Council
2014子計畫2-新穎分子/奈米基材於永續能源的開發MICHITOSHI HAYASHIMinistry of Education
2013結合密度泛函理論和分子軌域方法預測的表面吸附結構及其光譜性質之理論發展MICHITOSHI HAYASHINational Science and Technology Council
2013結合密度泛函理論和分子軌域方法預測的表面吸附結構及其光譜性質之理論發展MICHITOSHI HAYASHINational Science and Technology Council
2013新穎分子/奈米基材於永續能源的開發MICHITOSHI HAYASHIMinistry of Education
2012材料激發態之時間相關密度泛函理論研究MICHITOSHI HAYASHINational Science and Technology Council
2012新穎分子/奈米基材於永續能源的開發MICHITOSHI HAYASHIMinistry of Education
2012低維度奈米材料的光學性質與化學反應之第一原理計算研究：幾合結構細節MICHITOSHI HAYASHIMinistry of Education
2011低維度延展系統與金屬-原子環團簇寡聚物電子激發性質之全始算研究MICHITOSHI HAYASHINational Science and Technology Council
2011低維度奈米材料的光學性質與化學反應之第一原理計算研究：幾合結構細節MICHITOSHI HAYASHIMinistry of Education
2011新穎分子/奈米基材於永續能源的開發MICHITOSHI HAYASHIMinistry of Education
2010Theoretical study on chemical and physical properties of molecules in condensed phasesMICHITOSHI HAYASHIMinistry of Education
2010延展系統電子激發態之GW/BSE與金屬團簇及其分子吸附之TD-DFT/CPKS方程式的理論研究MICHITOSHI HAYASHINational Science and Technology Council
2010優勢重點拔尖計畫/尖端材料介面特性在奈米尺度下之分析與操控-異質介面之物化性質的理論計算研究MICHITOSHI HAYASHIMinistry of Education
2009延展分子系統之電子激發態研究 - TD-DFT與GW-BSE之應用MICHITOSHI HAYASHINational Science and Technology Council
2009Theoretical study on chemical and physical properties of molecules in condensed phasesMICHITOSHI HAYASHIMinistry of Education
2009異質介面之物化性質的理論計算研究MICHITOSHI HAYASHIMinistry of Education
2008分子在表面、界面與溶液中的物化性之理論計算研究MICHITOSHI HAYASHINational Science and Technology Council
2008Theoretical study on chemical and physical properties of molecules in condensed phases(國科會)MICHITOSHI HAYASHIMinistry of Education
2008優勢重點領域拔尖計畫/凝態科學研究中心/異質介面之物化性質的理論計算研究MICHITOSHI HAYASHIMinistry of Education
2007分子在表面、界面與溶液中的物化性之理論計算研究MICHITOSHI HAYASHINational Science and Technology Council
2007優勢重點領域拔尖計畫/凝態科學研究中心/分子與材料的物化性質之理論計算研究MICHITOSHI HAYASHIMinistry of Education
2007Theoretical study on chemical and physical properties of molecules in condensed phasesMICHITOSHI HAYASHIMinistry of Education
2006分子在表面、界面與溶液中的物化性之理論計算研究MICHITOSHI HAYASHINational Science and Technology Council
2006優勢重點領域拔尖計畫/凝態科學研究中心/分子與材料的物化性質之理論計算研究MICHITOSHI HAYASHIMinistry of Education
2006Theoretical study on chemical and physical properties of molecules in condensed phasesMICHITOSHI HAYASHIMinistry of Education
2005超大分子系統之電子激發態和化學反應的全始算與密度泛函理論研究(3/3)MICHITOSHI HAYASHINational Science and Technology Council
2004超大分子系統之電子激發態和化學反應的全始算與密度泛函理論研究(2/3)MICHITOSHI HAYASHINational Science and Technology Council
2003超大分子系統之電子激發態和化學反應的全始算與密度泛函理論研究(1/3)MICHITOSHI HAYASHINational Science and Technology Council
2002大分子體系內電子結構，動力學和光譜的相關理論研究MICHITOSHI HAYASHINational Science and Technology Council
2001大分子體系內電子結構及動力學的相關理論研究MICHITOSHI HAYASHINational Science and Technology Council