Tunable Electrocatalytic H2 Evolving Activity of Nickel-dithiolene Coordination Polymers

Key Points

• The electrocatalytic activity of nickel-dithiolene coordination polymers shows significant enhancement for hydrogen evolution.
• Testing revealed that triphenylenehexathiolate-based coordination polymers have tunable hydrogen evolving activity.
• Assessment of various coordination polymers demonstrated their effectiveness in hydrogen production under electrochemical conditions.
• Findings suggest that these polymers may serve as efficient catalysts for sustainable hydrogen generation.

Abstract