Systematic Study Analyses of radical-surface interaction in plasma bio-processing

深入了解大气压等离子体对生物材料和活体器官进行表面改性的表面反应过程及其物理化学机理，对未来人工器官和其他医疗器械的发展具有重要意义。本研究采用多束实验和原子级数值模拟的方法，研究了常压等离子体作用下蛋白质等有机聚合物的等离子体-表面相互作用的基本反应过程。

A better understanding of surface reaction processes and their physicochemical mechanisms in surface modification ofbiomaterials and living organs by atmospheric-pressure plasmas is consideredto contribute greatly to the future development of artificial organs and other medical devices. In this research, elementary reaction processes of plasma-surface interactions for organic polymers such as proteins by atmospheric-pressureplasmas were examined with the use of multi-beam experiments and atomic-level numerical simulations.