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- W3205906296 endingPage "106506" @default.
- W3205906296 startingPage "106506" @default.
- W3205906296 abstract "Photo-driven chemical transformation, also known as photocatalysis, has emerged as a sustainable technology in solving various issues from environmental pollution to energy security. It is straightforward that the success of a photocatalytic process is highly dependent on the type of photocatalyst system being utilized. Graphene, the wonder material, in particular, has emerged as compelling semiconductor support because of its superlative properties such as large specific area, excellent electronic conductivity, high transparency, and good flexibility. Despite the affluent number of studies on graphene-based photocatalysts, there is a paucity of reviews discussing the relationship between the graphite exfoliation routes and the associated properties of graphene nanomaterials which can impart a non-negligible influence on photocatalytic performance. Here, the impact of graphite exfoliation routes on the resultant graphene properties as photocatalyst support is reviewed. The most common top-down graphite exfoliation methods are reviewed, including chemical, liquid-phase, mechanical, and electrochemical exfoliations. The advantages and weaknesses of each exfoliation approach are systematically reviewed while considering the concomitant structural properties and photocatalytic characteristics of the produced graphene. A comparative assessment of different graphene exfoliation routes and their implications on photocatalytic performance is revealed. Recent progress on the applications of exfoliated graphene for various photocatalytic processes, including environmental remediation, water splitting, and CO2 photoreduction to solar fuels, are discussed in-depth." @default.
- W3205906296 created "2021-10-25" @default.
- W3205906296 creator A5044089052 @default.
- W3205906296 creator A5046851179 @default.
- W3205906296 creator A5059475702 @default.
- W3205906296 creator A5075510183 @default.
- W3205906296 creator A5082949442 @default.
- W3205906296 creator A5083949006 @default.
- W3205906296 date "2021-12-01" @default.
- W3205906296 modified "2023-10-02" @default.
- W3205906296 title "Effect of graphite exfoliation routes on the properties of exfoliated graphene and its photocatalytic applications" @default.
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