查看完整版本: 纳米物化表征 Nanophysics, Nanochemisty, Nanomeasurement

• 通过碳纳米管的定向流Orienting Flow in Carbon Nanotubes (1 篇回复)
• Detecting quantum dots in the dark (0 篇回复)
• 纳米尺度上的电测量Electrometers for nanotechnology (3 篇回复)
• 一种新的金属材料An Unconventional Metal (0 篇回复)
• 物理学家发现在气相中存储图像Physicists Store Images in Vapor (2 篇回复)
• 在纳米尺度上解离金粒子Nano sculptures in gold (1 篇回复)
• 络合物是沉淀吗？？ (2 篇回复)
• 实测碳纳米管的物理特性True properties of carbon nanotubes measured (0 篇回复)
• 铝基的碳纳米管复合材料的分析求助 (4 篇回复)
• Characterization methods of carbon nanotubes: a review (5 篇回复)
• 超高分别电子显微镜取得进展：精细测量原子间距 (1 篇回复)
• Nanostructures absorb light from all directions (2 篇回复)
• New paper offers insights into 'blinking' phenomena (1 篇回复)
• 具有磁性的纳米结构图形 (3 篇回复)
• 美科学家首次在电镜下观察到单个原子Electron microscope sees single hydrogen atoms (5 篇回复)
• 伯克利实验室和加州大学伯克利分校研究人员制造出称量单个原子重量的仪器 (0 篇回复)
• 人造荷花叶表面疏水效应：碳纳米管表面涂敷石蜡 (0 篇回复)
• 电子云驱动的纳米管“风车” (2 篇回复)
• Principles Behind Stability And Electronic Properties Of Gold Nanoclusters (0 篇回复)
• 滨州大学工程师发现低摩擦系数金刚石材料 (1 篇回复)
• 化学家的电子显微镜技术：从形貌结构透射到化学结构透射 (4 篇回复)
• New nano technique significantly boosts boiling efficiency (0 篇回复)
• 请教，如何将SWNT很好的分散在溶液中？ (2 篇回复)
• World's most powerful microscope arrives at Berkeley lab (1 篇回复)
• 科学家确认压力对纳米材料有重要的影响 (3 篇回复)
• Sb2O3增强超疏水表面Superhydrophobicity enhances Sb2O3 (3 篇回复)
• 探索纳米尺度磁学的技术Technique probes nanoscale magnetism (0 篇回复)
• 3D microscope obtains nanoscale resolution (1 篇回复)
• BEC bubble could measure nanoscale forces (0 篇回复)
• 纳米粒子可能更加具有刚性Noble metal nanoparticles unexpectedly stiff (1 篇回复)
• 模拟计算解释了为什么纳米粒子会”钉扎”于石墨烯表面 (5 篇回复)
• 新原子力显微镜快速同时测试生物分子或者材料的多个性能 (1 篇回复)
• 生物技术可以用来标定纳米仪器 (0 篇回复)
• Possible Mechanism for Enormous Electromechanical Response (0 篇回复)
• 纳米晶表面结构探测新技术 (1 篇回复)
• Sandia国家实验室物理学家研究碳纳米管物理性能 (1 篇回复)
• 研究人员利用分子动力学模拟研究来理解C60巴基球在金属表面的运动 (1 篇回复)
• 多数硅光来自纳米晶体内部缺陷 (0 篇回复)
• 研究新发现：某些有机碳基材料可能与金属一样的导电性 (0 篇回复)
• Researchers Uncover Conductive Property of Carbon-based Molecules (0 篇回复)