Porous Metal-Organic Frameworks Lithium Metal Anode Protection Layer towards Long Life Li-O₂ Batteries

Strategies toward anode stabilization in nonaqueous alkali metal–oxygen batteries

“…The synthesized quantum dots could be dispersed in solvents uniformly and promote the formation of SEI film on Li substrates. Metal-organic framework materials could be used to stabilize the Li anode, 56 due to their porous structure and high specific surface area, which could stabilize Li + flux and promote dendrite-free Li deposition. Besides, the barrier effect and water capture function of MOF-801 could also effectively inhibit the parasitic reactions caused by H 2 O, O 2 and strong oxidizing species in the electrolyte.…”

Realizing Toluene Deep Mineralization by Coupling Nonthermal Plasma and Nitrogen-Enriched Hollow Hybrid Carbon

“…The choice of the catalyst has a pivotal impact on the performance of the NTP-catalysis system with PPC configuration . In recent years, some highly innovative and rigorous experimental designs related to the increased active surface area/site have been proposed for the catalytic reaction. − Especially, hollow N-doped carbons derived from metal organic frameworks (MOFs) have excellent structure and catalytic performance for VOC decomposition. − On top of this, during NTP-catalysis, decomposition of ozone, a common and long-life byproduct in air plasma, is closely related to the active and adsorption sites of the catalyst. Yao et al found that the Mn-based catalysts with various formulations possess relatively high O 3 decomposition abilities in the PPC system, while the VOC elimination rate and CO x selectivity are unsatisfactory .…”