Constructing AgCoOx with Steering Intermediate Coverage for Efficient Kinetic Promotion of Electrochemical-/Solar-Driven Water Splitting

The rational design of robust electrocatalysts in view of exceptional stability with fast kinetics toward the oxygen evolution reaction (OER) using a sustainable synthetic strategy is still underway. A simple wet chemical method is established to report Ag- and Co-based oxalate (Ag@CoC<sub>2&l...

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Bibliographic Details
Main Author:	Kaliyamoorthy Santhosh Kumar (20448663) (author)
Other Authors:	Dhanasingh Thiruvengadam (18775314) (author), Mayakrishnan Raj Kumar (21181606) (author), Kuppusamy Rajan (18775320) (author), Jayaraman Jayabharathi (1704817) (author), Manoharan Padmavathy (20131682) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Microbiology Molecular Biology Biotechnology Ecology Immunology Developmental Biology Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified sustainable synthetic strategy suggesting faster kinetics steering intermediate coverage rapid electrolyte diffusion oxygen evolution reaction fast kinetics toward enhanced water oxidation efficient kinetic promotion driven water splitting dependent analysis inferred decoupled electron transfer bulk active centers 60 mv dec 50 mv compared electrochemical -/ solar driven electrolyzers built carbon green h dl </ sub 4 </ sub 2 </ sub proton reaction order 02 mf cm improved oer activity c </ 241 mv solar cell silverization improved alkaline electrolyzers 100 h >< sub various potentials tafel slope still underway robust electrocatalysts rational design produce zero practical applications mechanistic route geometric activities faradaic efficiency exposing surface exceptional stability demands 291 constructing agcoox chronopotentiometry stability charge transport catalyzing oer catalytic efficiency calculating intrinsic bode study
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Constructing AgCoOx with Steering Intermediate Coverage for Efficient Kinetic Promotion of Electrochemical-/Solar-Driven Water Splitting

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