CAJ | 학술논문

静电纺丝微/纳米纤维具有直径可调、比表面积大、吸附性强以及孔隙率高等优势，在生物医用材料、药物传送、光电器件以及传感器界面材料等方面有着广泛的应用前景。该工作围绕纤维表界面功能化、识别分子固载，以及电荷迁移、光电催化性能等方面，研制了几种新型功能化微/纳米纤维传感界面，成功应用于血清、药物、江河水等复杂体系的特异性、高灵敏检测。
정전방사미/납미섬유구유직경가조、비표면적대、흡부성강이급공극솔고등우세，재생물의용재료、약물전송、광전기건이급전감기계면재료등방면유착엄범적응용전경。해공작위요섬유표계면공능화、식별분자고재，이급전하천이、광전최화성능등방면，연제료궤충신형공능화미/납미섬유전감계면，성공응용우혈청、약물、강하수등복잡체계적특이성、고령민검측。
Because of their controllable diameter, high surface-area-to-volume ratio, high absorption capacity, porous structure, and efficient interaction with analytes, electrospun micro/nanofibers have potential applications in the fields of biomedical materials, drug delivery, photoelectric devices and sensor interface materials. In this work, with in-depth studies of interfaces functionalization, molecules immobilization, charge transfer and photoelectric catalytic properties, we developed several new functional micro/nanofiber-based sensing interfaces for selective and sensitive detection in complex samples.