Fabrication of very high aspect ratio metal nanowires by a self-propulsion mechanism
R Sharabani, S Reuveni, G Noy, E Shapira… - Nano …, 2008 - ACS Publications
R Sharabani, S Reuveni, G Noy, E Shapira, S Sadeh, Y Selzer
Nano letters, 2008•ACS PublicationsA novel synthesis method of very high aspect ratio metal nanowires is described. The
synthesis utilizes a nanoporous membrane as a template and self-electrophoresis as a
directed force that continuously push formed nanowires out of the pores in a rate that is
identical to the rate of their elongation. As a result, while the pores of membranes are only 6
µm long, the formed nanowires could be more than 100 µm long.
synthesis utilizes a nanoporous membrane as a template and self-electrophoresis as a
directed force that continuously push formed nanowires out of the pores in a rate that is
identical to the rate of their elongation. As a result, while the pores of membranes are only 6
µm long, the formed nanowires could be more than 100 µm long.
A novel synthesis method of very high aspect ratio metal nanowires is described. The synthesis utilizes a nanoporous membrane as a template and self-electrophoresis as a directed force that continuously push formed nanowires out of the pores in a rate that is identical to the rate of their elongation. As a result, while the pores of membranes are only 6 µm long, the formed nanowires could be more than 100 µm long.
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