查看完整版本: 纳米器件加工, Nanodevice and Nanofabrication

• 英文english纳米器件加工新书介绍 (15 篇回复)
• “超构纳米电路”，metananocircuitry (5 篇回复)
• 纳米光电子学 (9 篇回复)
• 自然-纳米技术：扫描探针显微镜操作单个分子的运动 (1 篇回复)
• 美国研制“纳米卫星”打造5G网络 (2 篇回复)
• 中国科学家制造出36个金原子构成的原子皇冠 (5 篇回复)
• Nanofabrication method paves way for new optical devices (4 篇回复)
• Researchers demonstrate a flexible, 1-step assembly of nanoscale structures (1 篇回复)
• Obducat secures HDD industry roadmap (2 篇回复)
• 有感于36Au Crown的对称 (2 篇回复)
• 欧洲纳米电子技术战略展望与发展部署 (2 篇回复)
• 电光器件可达2纳秒的开关时间EO device achieves 2 ns switching time (5 篇回复)
• 纳米超结构电子学：未来电子学前沿 (3 篇回复)
• 纳米复合材料三维微纳加工研究 (3 篇回复)
• 用于密集半导体芯片的高速3D检测技术 (0 篇回复)
• ”自然：纳米技术“：用分子来搬迁分子Moving molecules within molecules (0 篇回复)
• Two-photon induced fabrication of gold microstructures in thin films (0 篇回复)
• Lithographic alignment to site-controlled quantum dots for device integration (0 篇回复)
• 32nm high-k/metal gate process in 2H07 (2 篇回复)
• Stretchy electronics (1 篇回复)
• Micro-Lithography and Micro-nanofabrication Technologies (4 篇回复)
• Next-generation RAM: Remembering The Future (1 篇回复)
• Printable, Flexible Carbon-Nanotube Transistors (1 篇回复)
• Carbon nanotubes printed on plastic substrate speed mobility x100 (1 篇回复)
• Designing Superoleophobic Surfaces (2 篇回复)
• 通向原子尺度精度制造的纳米技术途径，Nanotechnology roadmap (3 篇回复)
• NanoRadio (0 篇回复)
• IBM experimenting with DNA to build chips (0 篇回复)
• Plumbing Carbon Nanotubes (1 篇回复)
• Newly Discovered PropertiesImpact The Miniaturization Of Electronic Devices (0 篇回复)
• A mobile nano-device to record heart beats (0 篇回复)
• A Better Resonator (0 篇回复)
• Cheap Nano Solar Cells (0 篇回复)
• Superlenses and Smaller Computer Chips (0 篇回复)
• Tiny Living Machines (0 篇回复)
• “温和”分子机器能以接近平衡状态运转 (0 篇回复)
• UCLA scientists working to create smaller, faster integrated circuits (0 篇回复)
• Overcoming Challenges in Advanced Semiconductor Imaging & Analysis (0 篇回复)
• Move over, silicon: Advances pave way for powerful carbon-based electronics (0 篇回复)
• 硅电子自旋输运可达到“马拉松距离” (1 篇回复)