AI Article Synopsis
- A series of thioarylmaleimides were created to explore how changes in the thioaryl group influence their light absorption and emission
- The researchers discovered that by tweaking these groups, they could effectively adjust the materials' photochemical properties
- This process allows access to a wide range of colors and emission wavelengths from readily available commercial compounds in just one step.
Article Abstract
A series of thioarylmaleimides was synthesized to investigate how variation of the thioaryl group can be used to control absorption and emission properties in solution and in the solid-state. Fine-tuning of the photochemical properties was found to be possible using this strategy, and a rainbow of colours and emission wavelengths are accessible in a single step from commercially available compounds.
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| http://dx.doi.org/10.1039/c9ob01741k | DOI Listing |
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Article Synopsis
- A series of thioarylmaleimides were created to explore how changes in the thioaryl group influence their light absorption and emission
- The researchers discovered that by tweaking these groups, they could effectively adjust the materials' photochemical properties
- This process allows access to a wide range of colors and emission wavelengths from readily available commercial compounds in just one step.
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