复旦大学：《纳米线材料和功能器件》课程教学资料_纳米线与光能转化_Coaxial silicon nanowires as solar cells and nanoelectronic power sources

复旦大学：《纳米线材料和功能器件》课程教学资料_纳米线-生物复合界面_Macroporous nanowire nanoelectronic scaffolds for synthetic tissues

复旦大学：《纳米线材料和功能器件》课程教学资料_纳米线-生物复合界面_Three-Dimensional, Flexible Nanoscale Field-Effect Transistors as Localized Bioprobes

复旦大学：《纳米线材料和功能器件》课外阅读内容_生物传感器与仿生材料_1_Lieber_NatMater12_Macroporous NW nanoelectronic scaffolds for synthetic tissues

复旦大学：《纳米线材料和功能器件》课外阅读内容_储氢材料、电池与电容器 1_Ajayan_PNAS07_Flexible energy storage devices based on nanocomposite paper

复旦大学：《纳米线材料和功能器件》课外阅读内容_光电转化材料 1_Yang_NatMater05_NW dye-sensitized solar cells

复旦大学：《纳米线材料和功能器件》课外阅读内容_模板法合成和自组装方法_1_Murray_Nature06_Structural diversity in binary NP superlattice

复旦大学：《纳米线材料和功能器件》课外阅读内容_模板法合成和自组装方法_3_Mirkin_Science11_NP superlattice engineering with DNA

复旦大学：《纳米线材料和功能器件》课外阅读内容_模板法合成和自组装方法_2_Rothemund_Nature06_Folding DNA to nanoscale shapes & patterns

复旦大学：《纳米线材料和功能器件》课外阅读内容_半导体纳米线材料_3_Jin_Science08_Dislocation driven nanowire growth