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Synthesis of biomorphic tube-like CuO using pomelo white flesh as biotemplate and its sensing properties over H2S at room temperature
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Synthesis of biomorphic tube-like CuO using pomelo white flesh as biotemplate and its sensing properties over H2S at room temperature
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Journal Article
Synthesis of biomorphic tube-like CuO using pomelo white flesh as biotemplate and its sensing properties over H2S at room temperature
2017
Overview
Biomorphic tube-like CuO was synthesized using pomelo white flesh as biotemplate for the first time. The sample showed a good selectivity to H
2
S in gasoline 92#, formaldehyde, CH
4
, H
2
, CO, toluene, acetone, and ethanol. Although there was an obvious change in response/recovery time with H
2
S concentration from 10 ppb to 10 ppm, all the response/recovery times were <60 s. Moreover, the sample exhibited stable detection performance for 5 ppm H
2
S at room temperature over a testing period of 3 months. The detection levels were uniform during cycling. This outstanding sensing performance is attributed to the unique structure, which was convenient for H
2
S molecule adsorption and facilitated the transformation of semiconducting p-type CuO to metallic CuS during H
2
S detection.
Publisher
Springer US,Springer Nature B.V
