Controllable Preparation and Gas Sensing PerformanceOf Nanosized ZnO with Different Micromophology

Home > Archive>Volume 46, Issue 9, 2017 >2720-2724

Controllable Preparation and Gas Sensing PerformanceOf Nanosized ZnO with Different Micromophology
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Affiliation:Department of Chemistry and Chemical Engineering,Fuyang Normal University,College of Material Science and Engineering,Hunan University,Department of Chemistry and Chemical Engineering,Fuyang Normal University,Department of Chemistry and Chemical Engineering,Fuyang Normal University,Department of Chemistry and Chemical Engineering,Fuyang Normal University,Department of Chemistry and Chemical Engineering,Fuyang Normal University
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Zinc oxide (ZnO) is a typical gas sensitive material. Highly oriented zinc oxide (ZnO) nanoparticels with rich micromophology were synthesized by controlling the preparation conditions. The results showed that micromophologies of ZnO were under the influence of degree of supersaturation and pressure. The gas sensing properties were studied systematically. It was found that the sensor fabricated by ZnO rows assembled by ZnO nanorods exhibited better sensing responses to test gases.

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[TAO Dong-liang, LIU Yan-li, JIN Feng, WANG Yong-zhong, ZHANG Kun, YANG Sen-lin. Controllable Preparation and Gas Sensing PerformanceOf Nanosized ZnO with Different Micromophology[J]. Rare Metal Materials and Engineering,2017,46(9):2720~2724.]
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Received:May 26,2016
Revised:September 13,2017
Adopted:December 06,2016
Online: November 29,2017
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