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. 2018 Apr 27;8(28):15825–15830. doi: 10.1039/c8ra02383b

Substrate scope.

graphic file with name c8ra02383b-u2.jpg
Substrate Product Yieldsa (%)
graphic file with name c8ra02383b-u3.jpg graphic file with name c8ra02383b-u4.jpg 83%
graphic file with name c8ra02383b-t1.jpg
graphic file with name c8ra02383b-u5.jpg graphic file with name c8ra02383b-u6.jpg 82%
graphic file with name c8ra02383b-t2.jpg
graphic file with name c8ra02383b-u7.jpg graphic file with name c8ra02383b-u8.jpg 77%
graphic file with name c8ra02383b-t3.jpg
graphic file with name c8ra02383b-u9.jpg graphic file with name c8ra02383b-u10.jpg 67%
graphic file with name c8ra02383b-t4.jpg
graphic file with name c8ra02383b-u11.jpg graphic file with name c8ra02383b-u12.jpg 64%
graphic file with name c8ra02383b-t5.jpg
graphic file with name c8ra02383b-u13.jpg graphic file with name c8ra02383b-u14.jpg 67%
graphic file with name c8ra02383b-u15.jpg graphic file with name c8ra02383b-u16.jpg 71%b
graphic file with name c8ra02383b-u17.jpg graphic file with name c8ra02383b-u18.jpg 71%c
a

Yields shown in the table are all pure, isolated yields. The underlined percentages are the yields when the reactions were performed under air atmosphere.

b

3 equiv. of LiOH added.

c

5 mol% of Ag2CO3 added, reaction time is 40 h.