这些铁络合物通过C–H活化在铁上生成烃基，然后将其转移至活化的N2的能

The ability of these iron complexes to generate hydrocarbon groups on iron through C–H activation and then transfer them to activated N2 provides a new strategy for combining hydrocarbons with N atoms in atmospheric N2, and uses The energy of these bond cleavage reactions.

这些铁络合物通过C–H活化在铁上生成烃基，然后将其转移至活化的N2的能力，为结合碳氢化合物与大气N2中的N原子提供了一种新的策略，并且使用了这些键裂解反应的能量。

The ability of these iron complexes to form hydrocarbon groups on iron via C – h activation and then transfer them to activated N2 provides a new strategy for binding hydrocarbons to N atoms in atmospheric N2, and uses the energy of these bond cleavage reactions.