Abstract
In this paper, we present a nanoelectromechanical oscillator with a single semiconductingzinc oxide nanowire (ZnO) doubly clamped and suspended on two metal electrodes bywhich the piezoelectric property on the growth of the ZnO nanowire along thec-axis, [0001], is characterized by the resonant frequency shift of the oscillator. We reportthat the resonance of the nanowire oscillator can be detected in ambient air andthe effective piezoelectric coefficient on the growth of a ZnO nanowire along thec-axis, [0001], is significantly larger than that of bulk (0001) ZnO.
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