基于微流控技术的高通量材料合成、表征及测试平台

随着微流控技术的不断发展以及传统实验方法所暴露出的种种弊端,人们迫切希望微流控技术可以将传统实验室中的实验操作过程如样品预处理、混合、反应、萃取、分离、表征和检测等集中在一个芯片上,以微流控芯片代替传统实验室。这种高通量的实验方法将显著提高反应效率,增加产量,从而不但实现高通量材料的合成、表征与检测,也进一步促进了平台的集成化、微型化、自动化和便携化的发展。

High-throughput microfluidic platform for material synthesis,characterization and testing

With the development of microfluidic technology and the limitations of traditional experimental methods, it is urgent that microfluidic technology can replace traditional bench-top processes including mixing, reaction extraction, isolation, characterization, detection and so on. We hope that all of these processes can be miniaturized into one chip. Microfluidic experimental method significantly improves the reaction efficiency and increase the yield. Furthermore, it not only realizes the high-throughput materials synthesis, characterization and testing, but also facilitates the development of the integrated, miniaturized, automated and portable platforms.