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Visible light photocatalysis on C- doped ZnO derived from polymer assited pyrolysist
Rp0,00
Habis terjual
SKU
105003800000518
Kode Buku
:
Nama Pengarang
:
Ahmad S. Alshammari,Lina Chi,bc Xiaoping Chen, Abdulaziz Bagabas, Denis Kramer, Abdulaziz Alromaeh and Zheng Jiang
Nama Penerbit
:
Royal Society of Chemistry
Tahun Terbit
:
December 2014
Jenis Buku
:
Buku Elektronik
In this study, Pluronic F127 (EO106PO70EO106) copolymer was adopted for incorporating carbon into ZnO and improves its porosity through a polymer-assisted thermal pyrolysis at 500 C. The crystal phase, morphology, porosity, light absorption properties and carbon species of the received C-doped ZnO were carefully characterized. The origin of the visible-light response of the C-doped ZnO was interpreted via valance band XPS and rst-principle simulation using CASTEP package. The photocatalysis performance of ZnO and C-doped ZnO was comparatively evaluated under visible light to conclude the roles of C-doping
In this study, Pluronic F127 (EO106PO70EO106) copolymer was adopted for incorporating carbon into ZnO and improves its porosity through a polymer-assisted thermal pyrolysis at 500 C. The crystal phase, morphology, porosity, light absorption properties and carbon species of the received C-doped ZnO were carefully characterized. The origin of the visible-light response of the C-doped ZnO was interpreted via valance band XPS and rst-principle simulation using CASTEP package. The photocatalysis performance of ZnO and C-doped ZnO was comparatively evaluated under visible light to conclude the roles of C-doping
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