查看完整版本: Graphene

• [有奖活动]Graphene（石墨烯）好文集锦 (33 篇回复)
• 石墨烯-半导体复合材料的光活性 (1 篇回复)
• 【PNAS】Graphene nanostructures as tunable storage media for molecular hydrogen (4 篇回复)
• Perspectives:Graphene Nanoelectronics (7 篇回复)
• 佐治亚理工学院的石墨烯研究组 (25 篇回复)
• 研究发现石墨烯具有相变的开关行为 (1 篇回复)
• 第一篇石墨烯的文献：science (12 篇回复)
• 硼团簇链可望成为石墨烯半导体器件的连接线Nanowiring using boron clusters (1 篇回复)
• 祝贺新版成立 (5 篇回复)
• Large-area ultrathin films of reduced graphene oxide (1 篇回复)
• 【Advanced Functional Materials】Ionic-liquid-functionalized graphene nanosheets (3 篇回复)
• 科学家证明石墨烯可望成为下一代三极管材料 (0 篇回复)
• 目前强度最高的材料：石墨烯Graphene has record-breaking strength (1 篇回复)
• 新手弱问，关于双层Graphene的层间距？ (4 篇回复)
• 令人惊奇的石墨烯【评论】 (1 篇回复)
• Graphene lights up a fundamental truth Carbon (1 篇回复)
• 首次发现石墨烯内部电子特性 (0 篇回复)
• 石墨纳米带有望成半导体新材料 (0 篇回复)
• Graphene oxide for transparent electronics (0 篇回复)
• 石墨烯研究笔记 (12 篇回复)
• 单层石墨片为纳米电子学提供基础 (0 篇回复)
• IBM科学家观察到石墨烯 中电流的量子化 (2 篇回复)
• Graphene has clear benefits for electrodes Carbon (1 篇回复)
• 石墨烯可能具有超流性能Graphene goes superfluid (0 篇回复)
• 用Material Studios画graphene (0 篇回复)
• 科学家预测：石墨烯基器件或者部件不久将会出现 (0 篇回复)
• 【Nature Nanotechnology】Deposition of reduced graphene oxide over large areas (1 篇回复)
• 【Science】透过石墨烯一瞥精细结构常数 (1 篇回复)
• 【Nature Material】The rise of graphene (1 篇回复)
• Facile Synthesis and Characterization of Graphene Nanosheets (1 篇回复)
• How to Make Graphene (1 篇回复)
• 单原子超薄材料的广泛应用前景 (zt) (2 篇回复)
• 石墨烯wiki (0 篇回复)
• 用石墨烯制造的最小的三极管Graphene used to create world's smallest transistor (0 篇回复)
• 石墨烯是更好的液晶电極Graphene makes for better optical displays (0 篇回复)
• 石墨烯继续表现令人惊奇的特性Graphene continues to amaze (5 篇回复)
• Physicists show electrons can travel over 100 times faster in graphene (0 篇回复)
• the latest paper of graphene (1 篇回复)
• Graphene是更好的导热材料，Graphene Takes the Heat (0 篇回复)
• Small graphene wires may be poor conductors (0 篇回复)