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中文摘要：
与现代传播电子显微镜学(TEM ) 和奉献功能的 TEM 标本持有者的开发的进步，人们现在能与纳米范围精确操作一个 nano 目标并且同时和原子规模的结构的信息获得机械数据。这先进方法论在 nanomechanics 正在起一个日益重要的作用。现在的评论总结相关研究在上在里面在过去的十年的各种各样的 nanomaterials 的机械性质的 situ 调查。这些工作在 nanomaterials 上充实我们的知识不仅(例如碳 nanotubes，碳洋葱，硼氮化物 nanotubes，硅 nanowires 和 graphene，等等) 而且在在 nanoscale 的力学上。
英文摘要：
With the progress of modern transmission elec- tron microscopy （TEM） and development of dedicated func- tional TEM specimen holders, people can now manipulate a nano-object with nanometer-range precision and simulta- neously acquire mechanical data together with atomic-scale structural information. This advanced methodology is play- ing an increasingly important role in nanomechanics. The present review summarizes relevant studies on the in situ in- vestigation of mechanical properties of various nanomateri- als over the past decades. These works enrich our knowledge not only on nanomaterials （such as carbon nanotubes, car- bon onions, boron nitride nanotubes, silicon nanowires and graphene, etc.） but also on mechanics at the nanoscate.
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