Large-scale carbon films were prepared using a simple pyrolysis method, on which nanostructured loose pores can be found by SEM observation. The as-prepared carbon films are superhydrophobic after the modification of ...Large-scale carbon films were prepared using a simple pyrolysis method, on which nanostructured loose pores can be found by SEM observation. The as-prepared carbon films are superhydrophobic after the modification of low-surface-energy material fluoroalkylsilane, with the water contact angle of 162.3°±2.1°. XPS measurement indicates that the films were hydrophobilized. It′s considered that nanostructures are important to the superhydrophobicity since air exist beneath water and the contact area between water and carbon film decrease. Such superhysrophobic carbon films can be widely applied in many fields.展开更多
文摘Large-scale carbon films were prepared using a simple pyrolysis method, on which nanostructured loose pores can be found by SEM observation. The as-prepared carbon films are superhydrophobic after the modification of low-surface-energy material fluoroalkylsilane, with the water contact angle of 162.3°±2.1°. XPS measurement indicates that the films were hydrophobilized. It′s considered that nanostructures are important to the superhydrophobicity since air exist beneath water and the contact area between water and carbon film decrease. Such superhysrophobic carbon films can be widely applied in many fields.
