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. 2024 Dec 23. Online ahead of print. doi: 10.1039/d4sc06058j

Table 5. Visible-light-promoted reductive cyclization of alkyl halides facilitated by UiO-68[Au1]4.5%a.

graphic file with name d4sc06058j-u4.jpg
Entry Substrate Product Conversion; yield
1 graphic file with name d4sc06058j-u5.jpg 9a graphic file with name d4sc06058j-u6.jpg 10a 99%; 97%
2 graphic file with name d4sc06058j-u7.jpg 9b graphic file with name d4sc06058j-u8.jpg 10b 95%; 85%
3 graphic file with name d4sc06058j-u9.jpg 9c graphic file with name d4sc06058j-u10.jpg 10c 99%; 96%
4 graphic file with name d4sc06058j-u11.jpg 9d graphic file with name d4sc06058j-u12.jpg 10d 99%; 97%
5 graphic file with name d4sc06058j-u13.jpg 9e graphic file with name d4sc06058j-u14.jpg 10e 95%; 90%
6 graphic file with name d4sc06058j-u15.jpg 9f graphic file with name d4sc06058j-u16.jpg 10f 99%; 95%
a

Conditions: 9a–9f (0.1 mmol), diisopropylamine (DIPEA) (0.2 mmol), 1,4-cyclohexadiene (1,4-CHD) (0.2 mmol), and UiO-68[Au1]4.5% (5 mg) in a MeCN/MeOH mixture (1 : 1, 1 mL each) at room temperature under argon and 410 nm irradiation for 0.5–6 h; conversions and product yields were determined by 1H NMR analysis from the crude product using chlorodiphenylmethane as an internal standard.