Chem. Rev.(if=45.661)新鲜在线14.10.07: Li?Air 电池: 现状综述(重磅)?Nonaqueous Li?Air Batteries: A Status Report Alan C. Luntz*,? and Bryan D. McCloskey?,§ (30页104篇文献) 5.jpg CONTENTS 1. Introduction A 2. Galvanostatic Discharge?Charge of a Li?O2 Battery B 3. Fundamental (Ideal) Li?O2 Electrochemistry D 3.1. Proposed Mechanisms E 3.2. Morphology of Li2O2 Deposits F 3.3. Experimental Studies of Li?O2 Electrochemistry and Overpotentials G 3.3.1. Kinetic Overpotentials H 3.4. Theoretical Studies of Li?O2 Electrochemistry and Overpotentials I 4. Potential Increase During Charging L 4.1. Electrocatalysis N 5. Parasitic Chemistry N 5.1. Quantitative Definitions of Li?O2 Rechargeability O 5.2. Electrolyte Stability P 5.3. Cathode Stability S 5.3.1. Non-Carbon Cathodes T 5.4. Stability to Air Contaminants U 6. Capacity Limitations and Charge Transport through Li2O2 U 7. Li Anode X 7.1. Polymer Electrolytes X 7.2. Solid State Electrolytes Y 8. System Limitations for an EV Battery Y 9. Summary and Outlook Z Author Information AA Corresponding Author AA Notes AA Biographies AB Acknowledgments AB References AB查看更多0个回答 . 2人已关注