Synthesis and controlled surface functionalization of mesoporous silica materials and ion tracketched nanochannels

在原子层沉积(ALD)用于可控表面涂层的成功实施的基础上，TP 1项目现在专注于将ALD用于介孔二氧化硅材料和离子径迹刻蚀纳米通道的表面功能化和纳米结构的定向使用。一方面，利用具有不同表面涂层和表面电荷的纳米通道来研究离子在水溶液中的输运。另一方面，将准备专门定制的结构作为其他TPS的宿主系统，以研究不同客体材料的行为，如脂类、聚电解质和其他受限几何形状的材料。

Based on the successful implementation of atomic layer deposition (ALD) for controlled surface coating, project TP 1 focuses now on the targeted use of ALD for surface functionalization and nanostructuring of mesoporous silica materials and ion track etched nanochannels. On the one hand, studies on ion transport in aqueous solutions will be performed by using nanochannels with different surface coatings and surface charges. On the other hand, specially tailored structures will be prepared as host systems for other TPs in order to investigate the behavior of different guest materials such as lipids, polyelectrolytes, and others in confined geometries.