معرفی
Professor David Willock is a Professor of Computational and Physical Chemistry at Cardiff University's School of Chemistry. He leads a research group specializing in computational simulations of catalytic systems, focusing on heterogeneous catalysis for sustainable chemistry applications. His work combines quantum chemical and forcefield methodologies to model reactions on metals, oxides, and nanoparticles.
Research Focus
Willock's research centers on computational catalysis, surface science, and materials modeling. Key interests include adsorption/reaction mechanisms on catalytic surfaces, defect chemistry in materials (e.g., ceria), and nanoparticle design for green chemistry processes like methane oxidation, biomass conversion, and hydrogenation reactions. Collaborations with experimental groups in spectroscopy and surface science validate computational models.
Publication Trends
Recent articles emphasize computational studies of catalytic methane oxidation to methanol, biomass valorization (glycerol, lignin), and nanoparticle catalysis. Work consistently integrates density functional theory (DFT) with experimental validation, highlighting sustainable chemistry applications across energy and environmental domains.
Research Environment
Willock collaborates extensively with national and international partners, bridging computational predictions with experimental catalysis. His group contributes to advancing catalyst design through multiscale modeling and mechanistic studies.
