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The Chemistry of CO: Carbonylation - ScienceDirect 7 A Haynes, P M Maitlis, G E Morris, G J Sunley, H Adams, P W Badger, C M Bowers, D B Cook, P I P Elliott, T Ghaffar, et al Promotion of iridium-catalyzed methanol carbonylation: mechanistic studies of the Cativa process J Am Chem Soc , 126 (2004), pp 2847 - 2861 View in Scopus Google Scholar 8 M M Brubaker, D D Coffman, H H Hoehn
Unlocking high lithium-ion transport in solid polymer electrolytes with . . . Insight into the Ionic Transport of Solid Polymer Electrolytes in Polyether and Polyester Blends J Phys Chem C, 124 (2020), pp 17981 - 17991, 10 1021 acs jpcc 0c04987 View in Scopus Google Scholar 37 H Huo, K Huang, W Luo, J Meng, L Zhou, Z Deng, J Wen, Y Dai, Z Huang, Y Shen, et al
BINOLates as potent reducing photocatalysts for inert-bond activation . . . 32 K Liang, Q Liu, L Shen, X Li, D Wei, L Zheng, C Xia Intermolecular oxyarylation of olefins with aryl halides and TEMPOH catalyzed by the phenolate anion under visible light Chem Sci , 11 (2020), pp 6996 - 7002, 10 1039 D0SC02160A View article View in Scopus Google Scholar 33 D Wei, X Li, L Shen, Y Ding, K Liang, C Xia
High-Entropy Approach vs. Traditional Doping Strategy for Layered Oxide . . . High-entropy approaches share similarities with traditional doping, but uniquely enhance layered cathodes through five key effects: structure stabilization, the entropy extension effect, high disorder, the cocktail effect, and entropy-enhanced local regulation These effects offer new strategies for optimizing alkali-ion battery cathodes, addressing challenges in stability, capacity, and