Super-hydrophobic paper influence on bacterial attachment suggests potential application as packaging material
Jain S., Li L., Breedveld V., Hess D.W., Barnett C., Davis M., Singh S., Pillai S., Alabama State University, US
The surface topography and chemistry of cellulose-based paper, was controlled by a two-step plasma (glow discharge) treatment. Selective plasma etching of the amorphous regions of cellulose followed by plasma deposition of a thin (100 nm) [...]