AI Article Synopsis
- The CuAAC active-template method was used to create rotaxanes that include cage-like silsesquioxane stoppers, known as POSSaxanes.
- These new compounds were analyzed in both solution and solid states.
- The study led to the discovery of unique molecular structures featuring rotaxanes with POSS components, which had not been previously documented.
Article Abstract
The CuAAC active-template approach was exploited to construct rotaxanes incorporating cage-like silsesquioxane stoppers, namely, POSSaxanes. The compounds were characterized in the solution and solid state, providing the unprecedented molecular structures of POSS-incorporating rotaxanes.
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| http://dx.doi.org/10.1039/d3cc01706k | DOI Listing |
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