“…We assume that this phenomenon is induced by a change of the electronic properties of the catalytic site. Such a phenomenon is known as the strong metal support interaction (SMSI) effect, strongly suggesting a chemical interaction between CoO x and CeO 2 [27,77]. The above results show that the abundance of vacancies and the strong interaction between CoO x and CeO 2 in CoO x /CeO 2 /RGO can avoid the deactivation of the active components favoring the catalytic activity.…”
“…We assume that this phenomenon is induced by a change of the electronic properties of the catalytic site. Such a phenomenon is known as the strong metal support interaction (SMSI) effect, strongly suggesting a chemical interaction between CoO x and CeO 2 [27,77]. The above results show that the abundance of vacancies and the strong interaction between CoO x and CeO 2 in CoO x /CeO 2 /RGO can avoid the deactivation of the active components favoring the catalytic activity.…”
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