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Catalytic Growth of Zinc Oxide Nanowires by Vapor Transport

Advanced Materials · 2001 · Vol. 13(2) · pp. 113–116

Michael H. Huang(University of California, Berkeley)Yijing Wu(University of California, Berkeley)H. Feick(University of California, Berkeley)Ngoc Quang Tran(University of California, Berkeley)E. R. Weber(Lawrence Berkeley National Laboratory)Peidong Yang✉(University of California, Berkeley)

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Abstract

Patterned nanowire networks of photoluminescent highly crystalline ZnO nanowires (see Figure) have been produced via the vapor–liquid–solid mechanism using gold as catalyst. The diameters of the nanowires can be controlled by varying the thickness of the gold layer. The size of the wires has an influence on their emission characteristics (see also cover).

ZnO doping and properties Copper-based nanomaterials and applications Nanowire Synthesis and ApplicationsNanowireMaterials scienceVapor–liquid–solid methodCatalysisNanotechnologyZincLayer (electronics)PhotoluminescenceChemical engineeringOptoelectronics

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