Publications by authors named "Na-Na Chai"
Article Synopsis
- The study presents a novel method for creating chemically modified graphene (CMG) that avoids traditional reducing agents by utilizing phenyl free radicals.
- This technique effectively transforms graphite oxide (GO) into phenyl-functionalized CMG through mild reactions, highlighting a new approach to CMG preparation.
- The resulting phenyl-functionalized graphene demonstrates outstanding potential as an electrode material for lithium batteries, indicating its practical applications.
Graphene sheets modified by phenylacetylene moieties provide a facile platform for attaching various photoactive functional molecules via"click" chemistry. The produced photoactive graphene materials are well-dispersed in various solvents and show dramatically improved photo-current responses.
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