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[資源]
Chem. Rev 新鮮在:2014.11.12: Research Development on Sodium-Ion Batteries
Research Development on Sodium-Ion Batteries
Naoaki Yabuuchi,†,‡,§ Kei Kubota,†,‡ Mouad Dahbi,†,‡ and Shinichi Komaba*,†,‡
(47頁,參考文獻398)
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CONTENTS
1. Introduction A
2. Why Are Sodium Ions Important as Charge Carriers for Energy Storage? D
3. Positive Electrode Materials D
3.1. Layered Oxides D
3.1.1. Classification of Layered Structures E
3.1.2. Iron- and Manganese-Based Layered Oxides E
3.1.3. Other 3d Transition-Metal Oxides with Layered Structures J
3.1.4. Binary/Ternary Metal Oxides with Layered Structures L
3.2. Other Oxides as Na Insertion Host N
3.2.1. Iron-Based Oxides N
3.2.2. Manganese-Based Oxides N
3.2.3. Vanadium-Based Oxides Q
3.2.4. Oxides of 4d Transition Metals Q
3.3. Polyanionic Compounds Q
3.3.1. Phosphates with Fe(II) and Mn(II) Q
3.3.2. Pyrophosphates with Fe(II) and Mn(II) S
3.3.3. Fluorophosphates, Carbophosphates, and Fluorosulfates with Fe(II) and Mn (II) T
3.3.4. Polyanionic Compounds with Other Transition Metals U
3.4. Miscellaneous Na Insertion Materials as Positive Electrode Materials W
4. Negative Electrode Materials Y
4.1. Carbon-Based Electrode Materials Y
4.1.1. Na Insertion into Hard Carbon Y
4.1.2. Electrolyte and Additive for Na Cells Z
4.1.3. Binders AA
4.1.4. Solid Electrolyte Interphase AB
4.2. Ti-Based Compounds as Negative Electrode Materials AC
4.2.1. Titanium Oxides and Titanates AD
4.2.2. Titanium Phosphates AF
4.3. Na Alloys and Other Sodiatable Compounds as Negative Electrodes AF
4.3.1. Background of Na Alloys and Compounds AF
4.3.2. Tin and Antimony as Alloy Electrode Materials AG
4.3.3. Phosphorus-Based Materials AI
5. Organic Compounds as Electrode Materials AK
6. Future Outlook of NIBs AL
7. Conclusions AN
Author Information AN
Corresponding Author AN
Present Address AN
Notes AO
Biographies AO
Acknowledgments AO
References AO |
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