AI Article Synopsis
- Chiral carbon nanodots (CNDs) were created using a hydrothermal method involving sulfanilic acid and chiral tartaric acid.
- These CNDs demonstrated excellent catalytic abilities in the chiral catalysis of the ring-opening reaction.
- A catalytic mechanism was suggested to explore how the chiral structure of the CNDs relates to their high performance as catalysts.
Article Abstract
Chiral carbon nanodots (CNDs) were fabricated through the hydrothermal processing of sulfanilic acid and chiral tartaric acid, exhibiting outstanding catalytic performance for the chiral catalysis of the ring-opening reaction. Furthermore, the catalytic mechanism was proposed to understand the link between the chiral structure and the performance of the catalyst.
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| http://dx.doi.org/10.1039/d4cc04119d | DOI Listing |
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