复旦大学：《纳米线材料和功能器件》课外阅读内容_碳纳米管与石墨烯_3_Coleman_NatNano08_Production of graphene by liquid-phase exfoliation of graphite

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_2_Wang_Science04_SC nanorings formed by epitaxial self-coiling of polar nanobelts

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

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_1_Lieber_Nature02_Growth of NW superlattice structures for photonics & electronics

复旦大学：《纳米线材料和功能器件》课外阅读内容_纳米电子材料与半导体器件_2_WZL_Nano Lett11_Piezotronic Nanowire-Based Resistive Switches As Programmable

复旦大学：《纳米线材料和功能器件》课外阅读内容_纳米光子、等离子材料与器件 2_Lieber_Small05_NW for multicolor nanophotonics

复旦大学：《纳米线材料和功能器件》课外阅读内容_纳米光子、等离子材料与器件 1_Yang_Science04_Nanoribbon waveguides for photonics integration

复旦大学：《纳米线材料和功能器件》课外阅读内容_纳米电子材料与半导体器件_1_Lieber_Science05_Encoding electronic properties by axial modulation-doped SiNWs

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_Kinked p?n Junction Nanowire Probes for High Spatial Resolution Sensing and Intracellular Recording

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_Nanowire dye-sensitized solar cells