In electrodeposited Cu1-xBix nanowires, high tartaric acid concentration gives large crystallites with bismuth uniformly in the copper lattice, while low concentration gives small crystallites with bismuth at grain boundaries; heating above 100 °C drives most bismuth out of the lattice, leaving…
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Correlating synthesis, structure and thermal stability of CuBi nanowires for spintronic applications by electron microscopy and in situ scattering methods
In electrodeposited Cu1-xBix nanowires, high tartaric acid concentration gives large crystallites with bismuth uniformly in the copper lattice, while low concentration gives small crystallites with bismuth at grain boundaries; heating above 100 °C drives most bismuth out of the lattice, leaving…