BioMicroFluidics实验室

生物微流体实验室的重点是开展微纳米尺度质量的基础和应用研究, momentum, 以及能量传递现象.

实验程序, 由微加工和表征设施支持, focus on:

1. 胶体微流控系统是由电场驱动的，其应用范围包括从饮用水中捕获和浓缩病原体和细菌孢子, milk, 并对胶体微流控电路的电磁特性进行测量，以主动控制智能表面的雷达特征并构建变频天线;
2. 利用光学和原子力显微镜技术研究复杂流体中的界面相互作用;
3. 使用包括自组织在内的各种技术的薄膜的图案化和制备, 动电学, and magneto-hydrodynamics; and
4. 即时微流控装置.

The numerical modeling research focuses on a wide range of areas spanning from the modeling of particulate flows under external fields to modeling of the interface thermal resistance at the liquid/solid interface; heat transfer in nano-scale confined liquid flows and investigation of momentum transport in nano-scale confined gas flows. Our computational expertise includes the finite element and spectral element methods; the direct simulation Monte Carlo method for rarefied gas flows; molecular dynamics; and the lattice Boltzmann method. 大部分软件都是在我们实验室开发的.