A Study on Using the Taguchi Method to Improve the Catalyst-free Nano Zinc Oxide Process.

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Title:	A Study on Using the Taguchi Method to Improve the Catalyst-free Nano Zinc Oxide Process.
Authors:	Lin, Wen-Tsann Wang, Shen-Tsu Li, Meng-Hua Chiu, Wei-Ming Hsieh, Chung-Yu Cho, Jiun-Tain
Keywords:	CATALYST-FREE NANO ZINC OXIDE OPTIMIZED NANO WIRE DIAMETER VALUE TAGUCHI METHOD
Date:	2015-02
Issue Date:	2016-10-20 13:07:49 (UTC+8)
Abstract:	With recent developments of nano materials, CNT (carbon nanotube) has very good photoelectric and photochemical characteristics and a high optical refractive rate (1.96â¼2.1). The decisive point of the further development of nano materials lies in the creation of nanoscale devices. Zinc oxide, at the wavelength range of 200â¼400 nm, has optical penetration and displays high acousto-optic, electrooptic, and non-linear optical coefficient properties. The zinc oxide nanowire is a semiconductor with a direct energy gap (3.37 ev), which an be applied in nanometer lasers, laser diodes, LED, ultraviolet lasers, photocatalyst, LED, color LED light panel, and the optical probe of an atomic force microscope. The Taguchi method is a very important quality improvement method aiming to reduce cost and gain profit. Hence, this study applies the Taguchi method to improve the catalyst-free nano zinc oxide process, expecting to determine the optimized nanowire diameter value from experimental combinations in order to enhance yield and improve product quality and provide a reference to relevant industries in the promotion of quality improvement.
Relation:	Journal of Computational and Theoretical Nanoscience, Volume 12, Number 2, February 2015, pp. 215-220(6)
Appears in Collections:	[Development of Industrial Engineering and Management] 【工業工程與管理系所】期刊論文

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