Defect-surface engineering of La-doped ceria for microwave-assisted hydrogen production | Synapse
March 13, 2026Open Access
Defect-surface engineering of La-doped ceria for microwave-assisted hydrogen production
Key Points
The aim is to explore how La-doped CeO2 can optimize hydrogen production under microwave irradiation.
Applied defect-surface engineering to La-doped CeO2.
Evaluated microwave absorption characteristics.
Assessed redox cycling efficiency at low temperatures.
Observed significant improvements in H2 yields.
Noted enhanced microwave absorption due to defects.
Showed effective redox cycling at ultralow temperatures.
Abstract
La-doped CeO 2 enhances microwave absorption and defects, enabling ultralow-temperature redox cycling and high H 2 yields, providing a design framework for scalable, electrified H 2 production.
AI से पूछें
Like
Bookmark
Share
View Full Paper
Cite This Study
Domínguez-Saldaña et al. (Thu,) studied this question.