Synthesis and modification of cylindrical and conical nanopores on tracketched

SOTO ESPINOSA SL; GRASSELLI M

Salta

Congreso; VII Congreso Ibero-Americano en ciencias y Tecnología de membranas; 2012

Universidad Nacional de Salta

Nanotechnology is growning faster than other technology in the last decade. In particular, the swift-heavy ions bombardment as a well-established technique to produce micro and nanopores onto polymeric films An important feature of this approach is the ability to control properties such as the size and shape of these nanostructures.   The present work is involve different physical and chemical conditions to produce nanopore membranes of different characteristics. The main goal is found a simple methodology to make nanopore membranes of different pore diameter, pore shape and chemical pore properties. Nanopore modification could be visualised using a Field Emission Scanning Electron Microscopy  (FESEM).