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A Method for the Rapid Synthesis of Large Quantities of Metal Oxide Nanowires at Low Temperatures

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Abstract

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Metal foils convert to metal oxide nanowires at ∼50–300 °C when oxidized using weakly ionized, highly dissociated oxygen plasmas in an inductively coupled RF system (see Figure). The mechanism is believed to involve spontaneous nucleation of metal oxide nanocrystals (due to supersaturation of the subsurface layers of the foil with O2) followed by basal attachment (due to limited mobility of the metal at low temperatures), leading to rapid nanowire growth.

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