Ba H.; Tuci G.; Evangelisti C.; Ceppatelli M.; Nguyen-Dinh L.; Dal Santo V.; Bossola F.; Nhut J.; Rossin A.; Granger P.; Giambastiani G.; Pham-Huu C.
(2019)
© 2019 American Chemical Society. The role of carbonaceous deposits (coke) formed in dehydrogenation catalysis has been extensively investigated over the last few decades mainly with respect to the deactivation of metal-based ...