Design of precision polymers by acoustic levitation for nanoscale gas sensing in medical diagnosis

Andru项目的目的是开发具有精确的纳米级特性和放大潜力的定制聚合物吸附器，使用新型生产方法，如声悬浮方法和多学科先进表征技术。他的重点将是研究生产方法对所研究聚合物的“外在”微孔性的影响，其中多组分溶液的分层路径设计塑造了所得多孔材料的内部结构。聚合物的主要应用将是在VOCs检测和医疗诊断。

The aim of Andru's project is to develop tailored polymeric adsorbers with precise, nanoscale characteristics, and scale-up potential, using novel production methods, like the acoustic levitation one, and multidisciplinary advanced characterisation techniques. His focus will be on studying the influence of the production methods on the "extrinsic" microporosities of the studied polymers, where the demixing pathway design of the multicomponent solution shapes the internal structure of the resulting porous material. The main applications of the polymers will be in VOCs detection and in medical diagnosis.