Catalytic Selective Conversion of Ammonia into Hydrazine by a Ru<sup>II</sup>(trpy) Complex Bearing a Pyridylpyrrole Ligand

Interested by the rapid growth of Ru-based complexes as molecular ammonia oxidation catalysts, this article proposes a Ru<sup>II</sup>(trpy) complex bearing various pyridylpyrrole ligands as a model complex for the electrocatalytic oxidation of ammonia. Treatment of [Ru(trpy)(Cl)<sub&...

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Bibliographic Details
Main Author:	Chen Zhou (466781) (author)
Other Authors:	Xi Zhang (83736) (author), Shan Zhao (120517) (author), Si-Dan Zhong (20325960) (author), Xiao-Lv Ding (20325957) (author), Shun-Ping Yang (20325963) (author), Fuxing Pan (10711769) (author), Piao He (579562) (author), Xiao-Yi Yi (1911823) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Microbiology Cell Biology Genetics Evolutionary Biology Developmental Biology Cancer Inorganic Chemistry Environmental Sciences not elsewhere classified Chemical Sciences not elsewhere classified pyridylpyrrole ligand interested highly selective electrocatalysis density functional theory 26 × 10 2 ′- bipyridine 2 -( 3 max </ sub 3 </ sub 6 </ sup ru2 </ b catalytic selective conversion yl )- 2 sup >–</ sup yl )- 1 2 </ sub 1 %, respectively ru1 </ b n </ k </ deprotonated 2 h </ >< sup wave analysis reach 316 rapid growth model complex incoming nh form n faradaic efficiency entirely devoid electrocatalytic oxidation complex bearing calculations illustrate bimolecular coupling article proposes anionic metathesis >- pyrrole >- pyrrol
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Catalytic Selective Conversion of Ammonia into Hydrazine by a Ru<sup>II</sup>(trpy) Complex Bearing a Pyridylpyrrole Ligand

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