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. 2021 Apr 21;11(25):14905–14914. doi: 10.1039/d1ra00734c

Synthesis of biphenyls via reaction of triphenyltin chloride with aryl halides catalyzed by Ni microsphere and Cu-MOF in DMSOa.

Entrya Ar–X Product Time (h) Yieldb (%)
Ni microsphere Cu-MOF Ni microsphere Cu-MOF
1 graphic file with name d1ra00734c-u2.jpg graphic file with name d1ra00734c-u3.jpg 4 3.5 90 94
2 graphic file with name d1ra00734c-u4.jpg graphic file with name d1ra00734c-u5.jpg 10 10 78 83
3 graphic file with name d1ra00734c-u6.jpg graphic file with name d1ra00734c-u7.jpg 24 24 35 39
4 graphic file with name d1ra00734c-u8.jpg graphic file with name d1ra00734c-u9.jpg 24 20 81 85
5 graphic file with name d1ra00734c-u10.jpg graphic file with name d1ra00734c-u11.jpg 24 24 75 77
6 graphic file with name d1ra00734c-u12.jpg graphic file with name d1ra00734c-u13.jpg 4.5 3 80 88
8 graphic file with name d1ra00734c-u14.jpg graphic file with name d1ra00734c-u15.jpg 24 24 58 66
8 graphic file with name d1ra00734c-u16.jpg graphic file with name d1ra00734c-u17.jpg 24 24 65 71
9 graphic file with name d1ra00734c-u18.jpg graphic file with name d1ra00734c-u19.jpg 24 18 76 80
10 graphic file with name d1ra00734c-u20.jpg graphic file with name d1ra00734c-u21.jpg 14 13 87 87
11 graphic file with name d1ra00734c-u22.jpg graphic file with name d1ra00734c-u23.jpg 3 3 55 62
a

Reaction conditions: aryl halide (1 mmol), triphenyltin chloride (0.5 mmol), catalyst (50 mg), KOH (3 mmol).

b

Isolated yield.