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Matthias Filez on Muck Rack

Matthias Filez

Belgium, Gent
As seen in: Color Research & Application, Nature, Wiley Online Library, Royal Society of Chemistry, Cell Reports Physical Science, EOS Wetenschap
Assistant Professor, Tenured Scientist @cocoonugent | Alumnus Roeffaers & Weckhuysen & Marin group | nanocatalyst fabrication & characterization
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Articles

Kunnen nanodeeltjes koorts krijgen?

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By Matthias Filez
| EOS Wetenschap Verified
Op Eos Blogs delen experts en onderzoekers hun ideeën, verwondering en standpunten over de wetenschap. De bloggers bieden je een unieke kijk achter de schermen van de wetenschap – alsof je mee in hun lab of op het veld stapt. Bekijk alle blogs Bekijk alle blogs Bekijk alle blogs “Shoot!“ Ik noteer ‘4.21 AM: start experiment’ in het logboek.
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Selectively monitoring the operando temperature of active metal nanoparticles during catalytic reactions by X-ray absorption nanothermometry - Nature Catalysis

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By Matthias Filez, Hilde Poelman, Anthony Beauvois, Jolien Dendooven, Vladimir V. Galvita
| Nature Verified
Abstract Heat involved in catalytic reactions can influence the local temperature and performance of the active site, potentially causing catalyst degradation and runaway scenarios. Yet, broadly applicable thermometry methods to selectively probe the temperature of the catalytically active phase—where reactions take place—are generally lacking.
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Catalysts made from vapour - Nature Catalysis

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By Matthias Filez, Jolien Dendooven, Christophe Detavernier
| Nature Verified
Traditional catalyst synthesis primarily hinges on liquid-phase methods. Nevertheless, a quarter of a century ago, the advent of vapour-phase methods such as atomic layer deposition opened up important alternatives to atomically tailor catalysts and boost their performance. Achieving effective catalytic performance requires tailoring the catalyst nanostructure and composition, ideally down to the active site.
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