Superhydrophobic properties of nanostructured–microstructured porous silicon for Improved surface-based bioanalysis
Wettability is a fundamental property of a solid surface, which plays important roles in many industrial applications. The possibility to create well-controlled nonwetting states on silicon surfaces without photolithography-based processing can bring many advantages in the biotechnology and microfluidics areas. In this paper, superhydrophobic properties of macroporous–nanoporous structured silicon