Carbon nitride based copolymer films consisting of tri-s-triazines and s-triazines are in situ grown on various substrates and exhibit excellent photoelectrochemical performance, which is attributed to strong visible light harvesting transport.
With the development of photocatalytic technology and organic synthesis chemistry, the photocatalyzed cross‐coupling reaction provides one of the most attractive methodologies for the C−C bond formation and has been booming in recent years. The advantages of the heterogeneous photocatalyzed C−C cross‐coupling reaction lie in its environment friendly, easily separated and conveniently recovered catalysts. In this review, we summarized and highlighted recent achievements of heterogeneous photocatalyzed C−C cross‐coupling reactions through four aspects: visible light induced C−C cross‐coupling reactions catalyzed by Pd supported semiconductor photocatalysts; visible light induced C−C cross‐coupling reactions catalyzed by Pd based plasmonic photocatalysts; visible light induced C−C cross‐coupling reactions catalyzed by palladium‐free photocatalysts; near‐infrared light induced C−C cross‐coupling reactions.
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