Pyrolysis-Free Formed Cooperative Coupling Pt-Co Dual-Functional Sites for Saline Electrolysis with High Adaptability.

ABSTRACT: The development of large-scale and low-cost hydrogen production based on water splitting necessitates the design of well-defined and highly adaptable catalytic materials. Advancements in synthesis strategies are crucial for the preparation of efficient catalysts and the understanding of underlying mechanisms. Here, a pyrolysis-free strategy is present toward the directive assembly of cooperative coupling single cobalt atoms and fully exposed platinum nanoclusters as active sites. The catalysts possess dual functionality and high adaptability for overall saline electrolysis. As expected, both the electrode and the symmetric cell deliver good catalytic activity and stability. Additionally, the rational and controllable synthesis leads to comprehensive analysis, which reveals that the coopera

SUBMITTER: Yan J 

PROVIDER: S-EPMC12752562 | biostudies-literature | 2025 Dec

REPOSITORIES: biostudies-literature