Abstract
Abstract Gold nanorods were electrochemically prepared in aqueous micellar solutions consisting of a supporting electrolyte surfactant and a hydrophobic cosurfactant. With the selection of cosurfactant, the nanorods grew to be submicrometers in length with very high aspect ratios. The growth axial direction of the rod was revealed to be [110], the direction normal to high-energy surfaces, by electron diffraction measurements.
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