Julien Devos
Julien Devos
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Spectroscopic identification of the α-Fe/α-O active site in Fe-CHA zeolite for the low-temperature activation of the methane C–H bond
ML Bols, SD Hallaert, BER Snyder, J Devos, D Plessers, HM Rhoda, ...
Journal of the American Chemical Society 140 (38), 12021-12032, 2018
Synthesis–structure–activity relations in Fe-CHA for C–H activation: control of Al distribution by interzeolite conversion
J Devos, ML Bols, D Plessers, CV Goethem, JW Seo, SJ Hwang, BF Sels, ...
Chemistry of Materials 32 (1), 273-285, 2019
Zeolite Synthesis under Nonconventional Conditions: Reagents, Reactors, and Modi Operandi
A Deneyer, Q Ke, J Devos, M Dusselier
Chemistry of Materials 32 (12), 4884-4919, 2020
On the key role of aluminium and other heteroatoms during interzeolite conversion synthesis
J Devos, MA Shah, M Dusselier
RSC advances 11 (42), 26188-26210, 2021
Selective formation of α-Fe (II) sites on Fe-zeolites through one-pot synthesis
ML Bols, J Devos, HM Rhoda, D Plessers, EI Solomon, RA Schoonheydt, ...
Journal of the American Chemical Society 143 (39), 16243-16255, 2021
Interzeolite conversion and the role of aluminum: toward generic principles of acid site genesis and distributions in ZSM-5 and SSZ-13
J Devos, S Robijns, C Van Goethem, I Khalil, M Dusselier
Chemistry of Materials 33 (7), 2516-2531, 2021
Steering interzeolite conversion with alkali metal cations: lithium maximizes Al proximity in SSZ-13 zeolite genesis
S Robijns, J Devos, T Donckels, R de Oliveira-Silva, N De Witte, ...
Crystal Growth & Design 23 (1), 289-299, 2022
Engineering low-temperature ozone activation of zeolites: Process specifics, possible mechanisms and hybrid activation methods
J Devos, R Borms, S Robijns, G Ivanushkin, I Khalil, M Dusselier
Chemical Engineering Journal 431, 133862, 2022
Effect of aluminium proximity on turnover rates and selectivity for alcohol dehydration over H-ZSM-5
A de Reviere, J Devos, M Dusselier, M Sabbe, A Verberckmoes
20th International Zeolite Conference 2022 (IZC2022), 329-332, 2022
Establishing an Interzeolite Conversion Platform for Superior Single Site Zeolite Catalysis
J Devos
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