Dynamic distance modulation and active site separation in Ru 1 -Ru 3 @MoS 2 catalyst for C-O bond activation

Key Points

• This research aims to improve C-O bond activation using a novel Ru-based catalyst system with dynamic properties.
• Developed a Ru1-Ru3@MoS2 catalyst with adjustable distances between active sites.
• Analyzed the catalytic efficiency compared to static single-site catalysts.
• Utilized various characterization techniques to assess dynamic modulation effects.
• The dynamic Ru1-Ru3@MoS2 catalyst showed a significant increase in C-O bond activation efficiency.
• Achieved up to 40% higher catalytic activity compared to traditional single-site catalysts.
• Demonstrated enhanced resilience against steric congestion and fouling in catalytic processes.