Metal Electrodes for Battery Technologies.

Intro
Preface
Acknowledgement
Editors biographies
Yurong Ren
Jianmin Ma
List of contributors
Chapter 1 Lithium metal anodes for high-performance rechargeable batteries
1.1 Introduction
1.1.1 Li anode properties
1.1.2 Failure mechanism of Li metal anode
1.2 Development of Li anode
1.2.1 Electrolyte additives
1.2.2 Artificial SEI layer construction
1.2.3 Host framework composite
1.3 Challenge of Li anode
References
Chapter 2 Metal anodes for metal batteries beyond Li batteries
2.1 Na anodes for Na batteries
2.1.1 Na properties
2.1.2 Development of Na anode
2.1.3 Challenge of Na anode
2.2 K anode for K batteries
2.2.1 K properties
2.2.2 Development of K anode
2.2.3 Challenge of K anode
2.3 Mg anode for Mg-ion batteries
2.3.1 Magnesium properties
2.3.2 Development of magnesium anode
2.3.3 Challenge of magnesium batteries
2.4 Al anode for Al batteries
2.4.1 Al properties
2.4.2 Development of Al anode
2.4.3 Challenge of Al anode
2.5 Zn anode for Zn batteries
2.5.1 Zn properties
2.5.2 Development of Zn anode
2.5.3 Challenge of Zn anode
2.6 Outlook and summary
References
Chapter 3 Germanium as the negative electrode for various batteries
3.1 Ge properties
3.1.1 Ge anode for Li-ion batteries
3.1.2 Ge anode for Na-ion batteries
3.1.3 Ge anode for K-ion batteries
3.2 Challenge of Ge anode for Li, Na, K-ion batteries
References
Chapter 4 Sn anode for various batteries
Abbreviations
4.1 Sn properties
4.2 Development of Sn anode for Li, Na, K-ion batteries
4.2.1 Sn anode for Li-ion batteries
4.2.2 Sn anode for Na-ion batteries
4.2.3 Sn anode for K-ion batteries
4.3 Challenge of Sn anode for Li, Na, K-ion batteries
References
Chapter 5 Antimony as the negative electrode for various batteries.

Abbreviations
5.1 Sb properties
5.2 Development of Sb anode for Li, Na, K-ion batteries
5.2.1 Sb anode for Li-ion batteries
5.2.2 Sb anode for Na-ion batteries
5.2.3 Sb anode for K-ion batteries
References
Chapter 6 Bismuth as the negative electrode for various batteries
6.1 Bi anode for various batteries
6.1.1 Bi properties
6.2 Development of Bi anode for Li, Na, K-ion batteries
6.2.1 Bi anode for Li-ion batteries
6.2.2 Bi anode for K-ion batteries
6.3 Challenge of Bi anode for Li, Na, K-ion batteries
References.