Less photons, more hydrogen: effects of dynamic irradiation on the light-driven hydrogen evolution by thiomolybdate catalysts

Key Points

• This research aims to explore how varying light conditions affect the hydrogen evolution reaction using thiomolybdate catalysts.
• Utilized molybdenum sulfide clusters as catalysts
• Conducted experiments under dynamic irradiation conditions
• Measured hydrogen production rates based on light intensity
• Found that lower photon levels increased hydrogen production
• Identified optimal irradiation conditions for enhanced catalytic performance
• Demonstrated significant variations in efficiency based on light dynamics