Abstract
Carbon dots (CDs) with solid-state emission are becoming the eager pursuit for researchers under the continuous and in-depth development of carbon materials. A general strategy for efficiently constructing solid-emissive CDs is of importance. Here, solid-emissive CDs were successfully prepared using aggregation-induced emission (AIE) amino-substituted tetraphenylethylene as precursor. Thus obtained CDs well inherited the AIE properties of precursors with improved pH stability and bio-imaging performance.
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