🔋 Amorphous TiZr bimetallic MOFs with in situ formed Ti 3+ sites and oxygen vacancies for enhanced MgH 2 hydrogen storage
📝 MOFهای دوفلزی TiZr آمورف با سایتهای Ti3+ و جای خالی اکسیژن درجا، خواص ذخیرهسازی هیدروژن MgH2 را تقویت میکنند.
📚 Journal: Journal of Materials Chemistry A #JMCA
📅 Date: Unknown
🔬 Research Article
💡 Novelty & Significance:
TiZr bimetallic MOFs are amorphous and form Ti³⁺ sites plus oxygen vacancies in situ, a combination not previously reported for MgH₂ catalysis. These defects enhance MgH₂ hydrogen storage kinetics and reversibility, offering a new design strategy for high-performance solid-state hydrogen storage materials.
🔗 10.1039/d6ta06405a
🏷 MgH2 · hydrogen storage · TiZr MOF · oxygen vacancies · Ti3+ sites
Post #14928
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