Team

Secretaries

Technicians

Postdoctoral Fellows

  • Hebatalla Elnaggar: RIXS dichroism on strongly correlated systems
  • Min Tang: TEM and HR-TEM ex situ and in situ studies of supported catalysts
  • Valerio Gulino: New generations solid-state batteries
  • Tom Welling: Gas-cell EM studies of methane decomposition during carbon nanomaterial growth
  • George Tierney: X-Ray Absorption Spectroscopy on Supported Catalyst Materials
  • Rodrigo García-Muelas: Combining AI and Quantum Mechanics to Develop Improved Computational Approaches
  • Komal Patil

PhD Candidates

  • Claudia Keijzer: Ultra pure and structured porous materials as catalyst supports
  • Francesco Mattarozzi: Electrochemical conversion of carbon dioxide: elucidating the role of carbon-supported silver nanoparticles, support and electrolyte
  • Giorgio Totarella: Supported Copper-based catalysts for selective hydrogenation
  • Henrik Rodenburg: Developing high-performance solid-state anion conductors
  • Hidde Nolten (per 15/9/2022)
  • Jian He (per 1/9/2022)
  • Johan de Boed: Support Effects in Gold-Catalyzed Direct Propylene Epoxidation
  • Jonas Hehn (per 1/9/2022)
  • Juliëtte Verschoor
  • Just Jonasse (per 15/9/2022)
  • Karan Kotalgi (per 1/10/2022)
  • Kristiaan Helfferich: Fundamental study of bimetallic catalyst preparation
  • Lappawat Ngamwongwan – Combining machine learning and density-functional theory to study the electronic and ionic transport in battery materials
  • Laura Barberis: Cu-based catalysts for CO2 hydrogenation to methanol
  • Laura de Kort: Metal hydride based nanocomposite materials as fast ion conductors for all-solid-state batteries
  • Luc Smulders: Metal (Oxide) – Acid Catalysts for Hydrocarbon Conversion
  • Maaike van Ittersum: New electrodes for CO2 conversion – nanomorphology and composition
  • Marta Perxés – Studying restructuring in bimetallic catalysts using in-situ transmission electron microscopy
  • Masoud Lazemi: Femtosecond XAS and RIXS of transition metal oxides
  • Matt Peerlings: Understanding the degradation and increasing the lifetime of electrodes and membranes under harsh operating conditions
  • Nienke Visser: Exploring fundamental characteristics of nickel-based catalysts for CO2 hydrogenation
  • Oscar Brandt Corstius: Metal clusters for selective hydrogenation of olefins
  • Qijun Che: Operando x-ray spectroscopy of the oxygen evolution reaction.
  • Savannah Turner: The Fundamentals of the Activation of Industrial Nickel Based Catalyst Precursors.
  • Suzan Schoemaker: Decomposition of methane to green hydrogen and carbon nanomaterials
  • Yuang Piao: Bifunctional catalysts for DME and methanol synthesis

Former group members

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