@article{ART001580816},
author={윤상현 and 김장훈 and 신병길 and 박삼식 and Shin Dong-Woo and Lee, Hee-Soo},
title={Effects of anatase-rutile phase transition and grain growth with WO3 on thermal stability for TiO2 SCR catalyst},
journal={Journal of the Korean Crystal Growth and Crystal Technology},
issn={1225-1429},
year={2011},
volume={21},
number={4},
pages={181-186}
TY - JOUR
AU - 윤상현
AU - 김장훈
AU - 신병길
AU - 박삼식
AU - Shin Dong-Woo
AU - Lee, Hee-Soo
TI - Effects of anatase-rutile phase transition and grain growth with WO3 on thermal stability for TiO2 SCR catalyst
JO - Journal of the Korean Crystal Growth and Crystal Technology
PY - 2011
VL - 21
IS - 4
PB - The Korea Association Of Crystal Growth, Inc.
SP - 181
EP - 186
SN - 1225-1429
AB - Thermal stability of the TiO2 SCR catalyst with WO3 loading was investigated in terms of structural and morphological analyses. The TiO2 catalysts with 10 wt% WO3 content and without WO3 were prepared, which were heattreated at 800oC for 5 h. It was found that the catalytic acidity was decreased by thermal degradation in the WO3-TiO2specimen that relatively less than the TiO2 specimen from FT-IR analysis. The phase transition of the TiO2 catalyst from anatase to rutile was increased by heat-treatment, and the percentage of the rutile phase was 28.4 % in the WO3-TiO2 and 22.9 % in the TiO2. A shell region of WO3 distinguished from a TiO2 particle was also observed in the grain boundary region, and the WO3 led to the suppression of grain growth. It could be confirmed that the suppression of grain growth can contribute to the improvement of catalytic properties for thermal stability more than the increase of anatase-rutile phase transformation which cause the reduction of the catalytic activity in the TiO2 SCR catalyst by the presence of WO3.
KW - Thermal stability;TiO2 catalyst;WO3;Phase transition;Grain growth
DO -
UR -
ER -
윤상현, 김장훈, 신병길, 박삼식, Shin Dong-Woo and Lee, Hee-Soo. (2011). Effects of anatase-rutile phase transition and grain growth with WO3 on thermal stability for TiO2 SCR catalyst. Journal of the Korean Crystal Growth and Crystal Technology, 21(4), 181-186.
윤상현, 김장훈, 신병길, 박삼식, Shin Dong-Woo and Lee, Hee-Soo. 2011, "Effects of anatase-rutile phase transition and grain growth with WO3 on thermal stability for TiO2 SCR catalyst", Journal of the Korean Crystal Growth and Crystal Technology, vol.21, no.4 pp.181-186.
윤상현, 김장훈, 신병길, 박삼식, Shin Dong-Woo, Lee, Hee-Soo "Effects of anatase-rutile phase transition and grain growth with WO3 on thermal stability for TiO2 SCR catalyst" Journal of the Korean Crystal Growth and Crystal Technology 21.4 pp.181-186 (2011) : 181.
윤상현, 김장훈, 신병길, 박삼식, Shin Dong-Woo, Lee, Hee-Soo. Effects of anatase-rutile phase transition and grain growth with WO3 on thermal stability for TiO2 SCR catalyst. 2011; 21(4), 181-186.
윤상현, 김장훈, 신병길, 박삼식, Shin Dong-Woo and Lee, Hee-Soo. "Effects of anatase-rutile phase transition and grain growth with WO3 on thermal stability for TiO2 SCR catalyst" Journal of the Korean Crystal Growth and Crystal Technology 21, no.4 (2011) : 181-186.
윤상현; 김장훈; 신병길; 박삼식; Shin Dong-Woo; Lee, Hee-Soo. Effects of anatase-rutile phase transition and grain growth with WO3 on thermal stability for TiO2 SCR catalyst. Journal of the Korean Crystal Growth and Crystal Technology, 21(4), 181-186.
윤상현; 김장훈; 신병길; 박삼식; Shin Dong-Woo; Lee, Hee-Soo. Effects of anatase-rutile phase transition and grain growth with WO3 on thermal stability for TiO2 SCR catalyst. Journal of the Korean Crystal Growth and Crystal Technology. 2011; 21(4) 181-186.
윤상현, 김장훈, 신병길, 박삼식, Shin Dong-Woo, Lee, Hee-Soo. Effects of anatase-rutile phase transition and grain growth with WO3 on thermal stability for TiO2 SCR catalyst. 2011; 21(4), 181-186.
윤상현, 김장훈, 신병길, 박삼식, Shin Dong-Woo and Lee, Hee-Soo. "Effects of anatase-rutile phase transition and grain growth with WO3 on thermal stability for TiO2 SCR catalyst" Journal of the Korean Crystal Growth and Crystal Technology 21, no.4 (2011) : 181-186.
