@article{ART001259671},
author={Ming-Liang Chen and Chang-Sung Lim and Won-Chun Oh},
title={Photocatalytic Effect for TiO2/ACF Composite Electrochemically Prepared with TNB Electrolyte},
journal={Carbon Letters},
issn={1976-4251},
year={2007},
volume={8},
number={3},
pages={177-183}
TY - JOUR
AU - Ming-Liang Chen
AU - Chang-Sung Lim
AU - Won-Chun Oh
TI - Photocatalytic Effect for TiO2/ACF Composite Electrochemically Prepared with TNB Electrolyte
JO - Carbon Letters
PY - 2007
VL - 8
IS - 3
PB - Korean Carbon Society
SP - 177
EP - 183
SN - 1976-4251
AB - TiO2/ACF composites were prepared by the electrochemical method with Titanium (IV) n-butoxide (TNB) electrolyteunder diferent electrochemical opera 2/ACF composites decrease with the increase ofelectrochemical operation time. There is a single crystal structure which is anatase in all of the samples from the data of XRD.The SEM micrphotographs of TiO2/ACF composites show that the TiO2 particles were well mixed with the ACF. There are Oand P with strong C and Ti peaks in all samples from EDX results, and it also shows that a decrease of the C content with aincreasing of Ti content with increasing of the electrochemical operation time in the over all composites. DSC cures show thatthe exothermic peak of all composites at 560oC represents the transformation heat of amorphous parts to anatase phase and thediscontinuous grain growth of the transformed anatase particles. Finally, the excellent photoactivity of TiO2/ACF composites(especially, ACFT10) could be attributed that the decrease of concentration of MB can be concluded to be much faster for theadsorption by ACF than for photocatalytic decomposition by TiO2.
KW - Titanium (IV) n-butoxide (TNB);Activated carbon fiber;BET;XRD;SEM;EDX;DSC;photoactivity1. IntroductionActivated carbon fiber (ACF) is a fibrous adsorbent whichhas been recently developed by an adequate carbonizationadsorption capacity and sho
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Ming-Liang Chen, Chang-Sung Lim and Won-Chun Oh. (2007). Photocatalytic Effect for TiO2/ACF Composite Electrochemically Prepared with TNB Electrolyte. Carbon Letters, 8(3), 177-183.
Ming-Liang Chen, Chang-Sung Lim and Won-Chun Oh. 2007, "Photocatalytic Effect for TiO2/ACF Composite Electrochemically Prepared with TNB Electrolyte", Carbon Letters, vol.8, no.3 pp.177-183.
Ming-Liang Chen, Chang-Sung Lim, Won-Chun Oh "Photocatalytic Effect for TiO2/ACF Composite Electrochemically Prepared with TNB Electrolyte" Carbon Letters 8.3 pp.177-183 (2007) : 177.
Ming-Liang Chen, Chang-Sung Lim, Won-Chun Oh. Photocatalytic Effect for TiO2/ACF Composite Electrochemically Prepared with TNB Electrolyte. 2007; 8(3), 177-183.
Ming-Liang Chen, Chang-Sung Lim and Won-Chun Oh. "Photocatalytic Effect for TiO2/ACF Composite Electrochemically Prepared with TNB Electrolyte" Carbon Letters 8, no.3 (2007) : 177-183.
Ming-Liang Chen; Chang-Sung Lim; Won-Chun Oh. Photocatalytic Effect for TiO2/ACF Composite Electrochemically Prepared with TNB Electrolyte. Carbon Letters, 8(3), 177-183.
Ming-Liang Chen; Chang-Sung Lim; Won-Chun Oh. Photocatalytic Effect for TiO2/ACF Composite Electrochemically Prepared with TNB Electrolyte. Carbon Letters. 2007; 8(3) 177-183.
Ming-Liang Chen, Chang-Sung Lim, Won-Chun Oh. Photocatalytic Effect for TiO2/ACF Composite Electrochemically Prepared with TNB Electrolyte. 2007; 8(3), 177-183.
Ming-Liang Chen, Chang-Sung Lim and Won-Chun Oh. "Photocatalytic Effect for TiO2/ACF Composite Electrochemically Prepared with TNB Electrolyte" Carbon Letters 8, no.3 (2007) : 177-183.
