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We report the nanorobotic in situ forming and characterization of memristors based on individual copper oxide nanowires (CuO NWs) and their potential applications as nanosensors with memory (memristic sensors or “memsensors”). A series of in situ techniques for the experimental investigations of memristors are developed including nanorobotic manipulation, electro-beam-based forming, and electron energy...
A copper oxide nanowire (CuO NW) based memristor is designed for the non-volatile random access memories (NVRAM) and the resistive memory effect based transducers. The devices are prototyped using a copper oxide and cuprous oxide (CuO-Cu2O) hetero-junction formed from as-grown CuO NWs. We report an experimental investigation of using electron beam irradiation in fabricating such devices. Experiments...
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