Introduction
Today, many scientific questions in the fields of catalysis and environmental science require the development of new tools. The objective of the INTRAA group is thus to solve such scientific challenges by developing either
– new methods,
– new instruments,
– new coupling between existing techniques,
– or integrated aproaches …
– usw …
Research areas
The group activities are divided in the following main axes:
Axe 1: Microscopies, spectroscopies et advanced spectrometries, gathering technics and aproaches such as those of surface science (TEM, STM, XPS…), separation analysis (ATD or GC/MS…), and mass spectrometry,
Axe 2: Reaction thermodynamics, gathering the approaches based on the measurement of reaction energy and calorimetry,
Axe 3: Catalysis in non-conventional media, gathering non-conventional methods for the synthesis of catalysts (ultrasounds, micro-waves), and studies of polarisation-induced or microwave-induced catalysis.
Staff
Researchers and University professors
Personnels techniques (en)
PhD students
Interns
Publications
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Ma X., Yang Z., Hu K., George C., Ge M.
Nature Communications, 2025, 16(1), pp. 10146-10146
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Zhai M., Wu Z., Fu B., Sun J., Sleiman M., Meunier F., Wang J., Wang W., Wang T., Duan H., Ai Z., Valverde J., Giroir-Fendler A., Chovelon J.-M., Keller A., Wang H.
JOURNAL OF CLEANER PRODUCTION, 2025, 532, p.
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Vansevenant B., Vishnoi A., De Filippis A., Beillon L., Toic G., Azizi Y., Guiot B., Ferronato C., Fine L., Tassel P., Serindat S., Liu Y.
Unregulated particle and VOC emissions from comparable diesel, gasoline and natural gas vehicles
ATMOSPHERIC ENVIRONMENT-X, 2025, 28, p.
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Aroustamyan D., D’Ascia A., Marinelli M., Provendier H., Schuurman Y., L’Hospital V., Radoiu M., Singh B., Dimitrakis G., Meunier F.
Microwave-assisted oxidation of N2 to NO over perovskites
Applied Catalysis A General, 2025, 709, pp. 120661-120661
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Catalysts, 2025, 15(11), pp. 1025-1025
