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Photocatalytic Conversion of CO2 Using ZnO Semiconductor by Hydrothermal Method
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Photocatalytic Conversion of CO2 Using ZnO Semiconductor by Hydrothermal Method
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Journal Article
Photocatalytic Conversion of CO2 Using ZnO Semiconductor by Hydrothermal Method
2018
Overview
[...]rapid emergence of carbon dioxide emission and the hazard pose to the environment have led us to the result that it is essential to take proper approaches to stop the building up of CO2 [11-12]. [...]of the complicated nature of the inorganic photocatalyst surface, the interaction between photocatalyst and absorbed species may undergo a series of oneelectron processes instead of a multi-electron, multi-proton process, thus making the actual redox potential required to be dependent on the reaction pathway. [...]the electron transfer efficiency between the dye sensitizer and the semiconductor depends on many factors, which include the LUMO level of the dyes and the conduction band edge of semiconductors [99]. Several other reported works were reviewed on growth over ZnO semiconductor for enhancing photocatalytic performances [173179]. [...]polar inorganic nanocrystal growth is sensitive to solvents reaction, tuning and controlling their morphologies by the crystalsolvent facial interactions [167] is necessary since ZnO morphology is mainly directed by the saturated vapor pressure and polarity of the solvents [170].
