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公開日期標題作者
19-八月-2007ANYL 456-Fabrication of novel molecularly imprinted alumina-silica using non-hydrolytic sol-gel method for trace phosphine detectionChang, Sue-min; Hou, Ching-jung; Yen, Shao-Yi; Li, Shou-Nan; 環境工程研究所; Institute of Environmental Engineering
26-十月-2006Characterization of Zr-doped TiO2 nanocrystals prepared by a nonhydrolytic sol-gel method at high temperaturesChang, Sue-min; Doong, Ruey-an; 環境工程研究所; Institute of Environmental Engineering
19-八月-2007COLL 483-Fabrication of phosphated TiO2 through calcination of TOPO-capped nanocrystalsChang, Sue-min; Hou, Chieh-yao; 環境工程研究所; Institute of Environmental Engineering
19-八月-2012Effects of surface doped metal ions on the photocatalytic activity of titanium dioxideLiu, Wei S.; Chang, Sue-min; 環境工程研究所; Institute of Environmental Engineering
17-一月-2013Enhanced photoactivity of Cu-deposited titanate nanotubes for removal of bisphenol ADoong, Ruey-an; Chang, Sue-min; Tsai, Chia-wei; 環境工程研究所; Institute of Environmental Engineering
19-八月-2007ENVR 173-Photoactivity of TOPO-capped TiO2 nanocrystals toward the degradation of endocrine disrupting chemicalsChang, Sue-min; Lo, Pin-han; Hou, Chieh-Yao; 環境工程研究所; Institute of Environmental Engineering
29-九月-2016Formation of Cu2O/Titanate/Titania Heterojunctions from Hydrothermally Induced Dual Phase TransitionsChaudhary, Manchal; Chang, Sue-min; Doong, Ruey-an; Tsai, Hsin-mu; 環境工程研究所; Institute of Environmental Engineering
17-八月-2008INOR 423-Fabrication of organic modified mesoporous TiO2 with high photocatalytic activityChang, Sue-min; Shih, Chia-hsuan; 環境工程研究所; Institute of Environmental Engineering
19-八月-2007INOR 65-Effect of surface and lattice vanadium ions on the physicochemical and photocatalytic properties of porous TiO2Chang, Sue-min; Liu, Wei-Szu; Sung, Pin-Hsin; 環境工程研究所; Institute of Environmental Engineering
17-八月-2008INOR 685-Preparation of surface salicylic acid modified titanium dioxide photocatalyst using microwave assisted methodChang, Sue-min; Chen, Tzu-yin; 環境工程研究所; Institute of Environmental Engineering
10-九月-2006INOR 736-Calcination effect on the physicochemical properties of TOPO-capped ZrxTi1-xO2 nanocrystalsChang, Sue-min; Hou, Chieh-yao; Sung, Ping-shing; 環境工程研究所; Institute of Environmental Engineering
18-九月-2007Interband transitions in sol-gel-derived ZrO2 films under different calcination conditionsChang, Sue-min; Doong, Ruey-an; 環境工程研究所; Institute of Environmental Engineering
1-一月-2014Is Surface Doping or Bulk Doping More Beneficial to the Photocatalytic Activity of TiO2Chang, Sue-min; 環境工程研究所; Institute of Environmental Engineering
8-九月-2013Is surface doping or bulk doping more beneficial to the photocatalytic activity of TiO2?Chang, Sue-min; Liu, Wei-szu; 環境工程研究所; Institute of Environmental Engineering
25-三月-2012Molecularly imprinted ZrO2 photonic-crystal sensors exhibiting high sensitivity and quick responseChang, Sue-min; Fang, Chih-hsiang; 環境工程研究所; Institute of Environmental Engineering
28-九月-2009Photocatalytic behavior of TOPO-capped TiO(2) nanocrystals for degradation of endocrine disrupting chemicalsChang, Sue-min; Lo, Pin-han; Chang, Chen-tuan; 環境工程研究所; Institute of Environmental Engineering
1-一月-2015Photocatalytic reduction of CO2 using molybdenum-doped titanate nanotubes in a MEA solutionWu, Hung-Yu; Nhat Huy Nguyen; Bai, Hsunling; Chang, Sue-min; Wu, Jeffrey C. S.; 環境工程研究所; Institute of Environmental Engineering
1-十二月-2007Preparation of highly ordered titanium dioxide porous films: Characterization and photocatalytic activityDoong, Ruey-an; Chang, Sue-min; Hung, Yu-chin; Kao, I-ling; 環境工程研究所; Institute of Environmental Engineering
10-八月-2014Preparation of imprinted organic-inorganic hybrids for exhibiting high adsorption and recognition capabilityTseng, Kai-hsun; Chang, Sue-min; 環境工程研究所; Institute of Environmental Engineering
1-六月-2007Preparation of N-doped TiO2 photocatalyst by atmospheric pressure plasma process for VOCs decomposition under UV and visible light sourcesChen, Chienchih; Bai, Hsunling; Chang, Sue-min; Chang, Chungliang; Den, Walter; 環境工程研究所; Institute of Environmental Engineering