KAIST Develops a Strategy to Balance Radical Generation and Catalyst Regeneration, Enabling Challenging Chemical Reactions (IMAGE)

The Korea Advanced Institute of Science and Technology (KAIST)

KAIST Develops a Strategy to Balance Radical Generation and Catalyst Regeneration, Enabling Challenging Chemical Reactions

Caption

Figure 2. Structure of the Cyclopropenimine Ligand-Copper Complex

The molecular structure of the complex formed by the phenylene-based bis(cyclopropenimine) ligand used in this study binding to copper. It shows a structure in which two cyclopropenimine functional groups are coordinated to the central copper atom.

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KAIST

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