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   visible light-driven flower-like bi/bioclxbr(1−x) heterojunction with excellent photocatalytic performance  
   
نویسنده huang yunfang ,xu hui ,luo dan ,guo qiyao ,zhao yuezhu ,fang yu ,wei yuelin ,fan leqing ,wu jihuai
منبع journal of the iranian chemical society - 2019 - دوره : 16 - شماره : 12 - صفحه:2743 -2754
چکیده    In this work, a series of flower-like bi/bioclxbr(1−x) heterojunction photocatalysts have been developed. bi nanoparticles were grown on the bioclxbr(1−x) nanosheets via an in situ chemical reduction with the assistance of cetyltrimethylammonium chloride and cetyltrimethylammonium bromide aqueous solution. the in situ growth of bi nanoparticles on the bioclxbr(1−x) nanosheets could not only give rise to the optical absorption in the visible region, but also promote the photocatalytic performance of bioclxbr(1−x). bi/biocl0.8br0.2 exhibited the highest photocatalytic performance, which could completely degrade rhb in 12 min under the uv light irradiation and 6 min under visible light irradiation, respectively. moreover, holes and superoxide radicals were verified to be the primarily active species in the photocatalytic process.
کلیدواژه bi/bioclxbr(1−x) ,solid solution ,visible light-driven photocatalysis
آدرس huaqiao university, college of chemical engineering, china. ministry of education, huaqiao university, research center of environment-friendly functional materials, china, huaqiao university, college of chemical engineering, china. ministry of education, huaqiao university, research center of environment-friendly functional materials, china, huaqiao university, college of chemical engineering, china. ministry of education, huaqiao university, research center of environment-friendly functional materials, china, ministry of education, huaqiao university, research center of environment-friendly functional materials, china. huaqiao university, college of materials science and engineering, china, huaqiao university, college of chemical engineering, china. ministry of education, huaqiao university, research center of environment-friendly functional materials, china, ministry of education, huaqiao university, research center of environment-friendly functional materials, china. huaqiao university, college of materials science and engineering, china, ministry of education, huaqiao university, research center of environment-friendly functional materials, china. huaqiao university, college of materials science and engineering, china, ministry of education, huaqiao university, research center of environment-friendly functional materials, china. huaqiao university, college of materials science and engineering, china, ministry of education, huaqiao university, research center of environment-friendly functional materials, china. huaqiao university, college of materials science and engineering, china
 
     
   
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