| 초록 |
A great deal of effort has been exercised over the synthesis of nanometer scale rods and wires, since they have several potential applications as meso-scale optical, electronic and optoelectronic building blocks, which primarily derive from their fascinating properties complementary to bulk materials. One of the most powerful and extensively used methods for synthesizing such structures replies on solid-state templates and electrochemistry not only to tune the physical dimension but also to control over block composition of such structures. Using this approach, one can incorporate a broad spectrum of materials into 1-D nanostructures. To be discussed in this presentation is an example of a relatively straightforward synthesis of multicomponent nanomaterials and their use as electrical components to fabricate multifunctional nanodevices. |
