主 讲 人：：杨颖超教授
地 点：：机械楼 南201室
主 办 方：：机械工程及自动化学院
最先时间：：2019-06-03 14:00
内容简介：：
Two-dimensional (2D) nanomaterials hold great promise for advanced electronic and optical applications. The reliability of these materials is critical to fulfilling their potential. Since it is extremely challenging to transfer and test the atomically thin layer of 2D materials. I have used a novel in-situ quantitative tensile testing platform that enables the uniform in-plane loading of a freestanding membrane of 2D materials inside a scanning electron microscope (SEM), facilitated by a newly developed “dry transfer” method. The in-situ experiments can reveal the real-time deformation and fracture processes in monolayer 2D materials, including MoSe2, MoS2, h-BN, and rebar graphene.
报告人简介：：
杨颖超现为缅因大学机械工程系助理教授，，，博士生导师�！！！Ｑ罱淌诨衷谖浜嚎萍即笱е柿嫌胍苯鹧г杭肮豕ひ荡笱е柿峡蒲Чこ萄г夯竦帽究萍八妒垦�，，，并在南卡罗莱那大学机械工程系获得博士学位�！！！Ｑ罱淌谠诶乘勾笱瓿扇瓴┦亢笱芯渴虑楹笥�2017年8月入职缅因大学�！！！Ｑ罱淌谠诘臀擅字柿系闹票�，，，质料的机械及物理性能表征，，，纳米结构设计方面有着富厚的事情履历和研究效果�！！！Ｑ罱淌谙忠呀蚁�50余篇学术论文，，，其中包括Nature Energy，，，Scientific Reports，，，Advanced Materials，，，Advanced Energy Materials，，，Angewandte Chemie International Edition，，，Nano Letters，，，ACS Nano等期刊，，，总引用2200余次�！！！Ｑ罱淌谙值５�Journal of Nanomaterials学术编委以及Journal of the Mechanics and Physics of Solids，，，Materials Today，，，Carbon，，，Chemical Communications，，，International Journal of Fracture，，，Journal of Materials Chemistry A，，，Small等25个杂志的审稿人�！！！Ｑ罱淌诨苟啻渭尤�美国国家自然科学基金质料与结构力学项目评审事情�！！！�
