Metal Electrodes for Battery Technologies

1. Li Anode for Li Metal Batteries1.1 Li properties1.2 Development of Li anode1.3 Challenge of Li anodeAuthors: Prof. Xiaochuan Duan, Taiyuan University of Technology (China) and Prof. Yurong Ren, Changzhou University (China) 2. Metal anodes for Metal Batteries beyond Li Batteries2.1 Na anode for Na batteries2.2 K anode for K batteries2.3 Mg anode for Mg ion batteries2.4 Al anode for Al ion batteries2.5 Zn anode for Al ion batteriesAuthors: Prof. Yong Liu, Henan University of Science and Technology (China) and Prof. Jianmin Ma, Hunan University (China) 3. Ge Anode for Various Batteries3.1 Ge properties3.2 Development of Ge anode for Li, Na, K-ion batteries3.2.1 Ge anode for Li-ion batteries3.2.2 Ge anode for Na-ion batteries3.2.3 Ge anode for K-ion batteries3.3 Challenge of Ge anode for Li, Na, K-ion batteriesAuthor: Prof. Jun Wang, Shandong University (China) 4. Sn Anode for Various Batteries4.1 Sn properties4.2 Development of Sn anode for Li, Na, K-ion batteries4.2.1 Sn anode for Li-ion batteries4.2.2 Sn anode for Na-ion batteries4.2.3 Sn anode for K-ion batteries4.3 Challenge of Sn anode for Li, Na, K-ion batteries Author: Prof. Zhijia Zhang, Tiangong University (China) 5. Sb Anode for Various Batteries5.1 Sb properties5.2 Development of Sb anode for Li, Na, K-ion batteries5.2.1 Sb anode for Li-ion batteries5.2.2 Sb anode for Na-ion batteries5.2.3 Sb anode for K-ion batteries5.3 Challenge of Ge anode for Li, Na, K-ion batteriesAuthor: Prof. Lei Zhang, Griffith University (Australia) 6. Bi Anode for Various Batteries6.1 Bi properties6.2 Development of Bi anode for Li, Na, K-ion batteries6.2.1 Bi anode for Li-ion batteries6.2.2 Bi anode for Na-ion batteries6.2.3 Bi anode for K-ion batteries6.3 Challenge of Bi anode for Li, Na, K-ion batteriesAuthor: Prof. Dan Li, Zhengzhou University (China)