Electrocatalytic oxygen reduction reaction on single-cluster catalyst in 2D metal-organic frameworks: A density functional theory study

Key Points

• Oxygen reduction reaction on the single-cluster catalyst is notably efficient, enhancing electrocatalytic activity.
• The study employs density functional theory to evaluate the catalyst's performance across varying conditions.
• Model simulations indicate a promising pathway for optimizing catalysts in energy applications, particularly within metal-organic frameworks.
• These findings may lead to more effective energy conversion strategies, emphasizing advancements in electrocatalytic systems.