Research output

• Poprhyrin-based metal-organic frameworks for the electrochemical oxygen reduction reaction

  Dissertation

  • Science
    • Leiden Institute of Chemistry (LIC)
    • Fundamental Research in Energy & Sustainability
    • Catalysis and Surface Chemistry

  

• Influence of the electrode-electrolyte interface on electrochemical CO2 reduction reaction and hydrogen evolution reaction

  Dissertation

  • Science
    • Leiden Institute of Chemistry (LIC)
    • Catalysis and Surface Chemistry

  

• Platinum surface instabilities and their impact in electrochemistry

  Dissertation

  • Science
    • Leiden Institute of Chemistry (LIC)
    • Fundamental Research in Energy & Sustainability
    • Catalysis and Surface Chemistry

  

• Chemical reactivity of O2, CO and CO2 on Cu surfaces

  Dissertation

  • Science
    • Leiden Institute of Chemistry (LIC)
    • Fundamental Research in Energy & Sustainability
    • Catalysis and Surface Chemistry

  

• Fundamental research on the voltammetry of polycrystalline gold

  Dissertation

  • Science
    • Leiden Institute of Chemistry (LIC)
    • Fundamental Research in Energy & Sustainability
    • Catalysis and Surface Chemistry

  

• The optimization and scale-up of the electrochemical reduction of CO₂ to formate

  Dissertation

  • Science
    • Leiden Institute of Chemistry (LIC)
    • Fundamental Research in Energy & Sustainability
    • Catalysis and Surface Chemistry

  

• Understanding the Surface Structure of Catalysts and 2D Materials at the Atomic Scale

  Dissertation

  • Science
    • Leiden Institute of Chemistry (LIC)
    • Fundamental Research in Energy & Sustainability
    • Catalysis and Surface Chemistry
    • Theoretical Chemistry

• Observing what cannot be observed: computational electrochemistry from carbon to hydrogen

  Dissertation

  • Science
    • Leiden Institute of Chemistry (LIC)
    • Fundamental Research in Energy & Sustainability
    • Catalysis and Surface Chemistry

  

• CO2 reduction on post-transition metals and their alloys: an industrial approach

  Dissertation

  • Science
    • Leiden Institute of Chemistry (LIC)
    • Catalysis and Surface Chemistry

  

• Role of near-surface environment in tuning electrochemical CO2 reduction reaction and H2 evolution reaction

  Dissertation

  • Science
    • Leiden Institute of Chemistry (LIC)
    • Catalysis and Surface Chemistry

  

• The electrode-electrolyte interface in CO2 reduction and H2 evolution: a multiscale approach

  Dissertation

  • Science
    • Leiden Institute of Chemistry (LIC)
    • Fundamental Research in Energy & Sustainability
    • Catalysis and Surface Chemistry

  

• Electrocatalysis of CO2/CO interconversion and Hydrogen Evolution in Bicarbonate Buffers

  Dissertation

  • Science
    • Leiden Institute of Chemistry (LIC)
    • Fundamental Research in Energy & Sustainability
    • Catalysis and Surface Chemistry

  

• Insights into the mechanism of electrocatalytic CO2 reduction and concomitant catalyst degradation pathways

  Dissertation

  • Science
    • Leiden Institute of Chemistry (LIC)
    • Fundamental Research in Energy & Sustainability
    • Catalysis and Surface Chemistry

  

• Computational electrocatalysis

  Dissertation

  • Science
    • Leiden Institute of Chemistry (LIC)
    • Catalysis and Surface Chemistry

  

• The electrochemical reduction of dioxygen and hydrogen peroxide by molecular copper catalysts

  Dissertation

  • Science
    • Leiden Institute of Chemistry (LIC)
    • Fundamental Research in Energy & Sustainability
    • Catalysis and Surface Chemistry