AI Article Synopsis
- The chemical oxidation of a specific type of nanographene resulted in the creation of dicationic species, which are positively charged molecules.
- These dicationic species showed a strong absorption band extending into the near-infrared region, reaching up to 1500 nm.
- The unique structure of the nanographene, featuring two orthogonally aligned π-skeletons, was responsible for these optical properties and showed a significant dissymmetry factor at 1443 nm.
Article Abstract
Chemical oxidation of a double-twisted nanographene led to quantitative generation of corresponding dicationic species, which exhibited an intense absorption band tailing to 1500 nm wherein two orthogonally arranged π-skeletons contributed to transitions and a high dissymmetry factor of -0.0209 was recorded at 1443 nm in the NIR-II region.
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| http://dx.doi.org/10.1039/d4cc05264a | DOI Listing |
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