欢迎访问微纳尺度传热实验室 Welcome to visit our labpage!

 

实验室主要面向微纳尺度下的能量转换与传递过程,通过开发不同的热物性测量方法对新材料(尤其是低维材料)和界面处的热传导性质及其机理展开研究。欢迎对传热学及能源相关领域研究感兴趣的同学报考并加入实验室,并请提前与岳老师(yyue@whu.edu.cn)联系。实验室具体的研究方向有:

1. 热测量技术的开发及系统研制;
2. 新材料的热物性及其热传导机理;
3. 近场光学热现象及极限尺度热探测;

Our lab is focusing on energy transport and coupling at micro/nanoscale. Specifically, we develop different noval methods to characterize thermal property of materials (including the low-dimensional materials and interfaces) for understanding the fundamentals of heat conduction and phonon transport. Welcome to join us, please contact Prof. Yue (yyue@whu.edu.cn) for more information.

The research is mainly focused on:

1. Development of novel thermal characterization methods;
2. Thermal physical property of materials and phonon transport;
3. Thermal phenomenon in near-field optics and nanoscale thermal probing;

 

实验室新闻 Lab News

1. 实验室文章“Thermal transport across graphene and single layer hexagonal boron nitride”被评为Journal of Applied Physics2016年度阅读量最大的文章。 The paper "Thermal transport across graphene and single layer hexagonal boron nitride" is one of the most read article in Journal of Applied Physics in 2016.

2. 岳亚楠老师受邀担任英国物理学会杂志Journal of Physics D: Applied Physics顾问团成员。Prof Yue is appointed as an Advisory Panel Member for Journal of Physics D: Applied Physics.

3. 实验室近期在国际传热传质杂志(International Journal of Heat and Mass Transfer)发表关于低维材料界面传热的综述文章,文章标题为“Energy Coupling across Low-dimensional Contact Interfaces at the Atomic Scale”,该文章总结了当前国际关于低维材料界面传热实验测量及模拟研究的最新成果,并针对实验研究方面的难点和困境提出了一些思路。

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