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1. Metal-air and metal-sulfur batteries
: fundamentals and applications
by Neburchilov, Vladimir, editor and Zhang, Jiujun, editor
2017, Electrochemical energy storage and conversion, ISBN 9781482258530, Volume 12, xiii, 194 pages
Sulfur | Metals | Storage batteries | Materials | Power & Energy | Electromagnetics & Microwaves | Power Electronics | Physical Chemistry | ElectricalEngineeringnetBASE | electrochemical energy | STMnetBASE | SCI-TECHnetBASE | zinc-air batteries | MATERIALSnetBASE | Batteries | electrochemical energy storage | CHEMLIBnetBASE | lithium-air batteries | ENGnetBASE | magnesium-air batteries | aluminum-air batteries | vanadium-air redox flow batteries | metal–sulfur batteries | CHEMISTRYnetBASE
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2. Full Text A General Metal‐Organic Framework (MOF)‐Derived Selenidation Strategy for In Situ Carbon‐Encapsulated Metal Selenides as High‐Rate Anodes for Na‐Ion Batteries
by Xu, Xijun and Liu, Jun and Liu, Jiangwen and Ouyang, Liuzhang and Hu, Renzong and Wang, Hui and Yang, Lichun and Zhu, Min
Advanced functional materials, ISSN 1616-301X, 04/2018, Volume 28, Issue 16, pp. 1707573 - n/a
metal selenides | Na‐ion batteries | rate capability | MOF templates | carbon‐encapsulation | carbon-encapsulation | Na-ion batteries | Materials Science | Materials Science, Multidisciplinary | Physics, Condensed Matter | Science & Technology - Other Topics | Chemistry, Physical | Physics | Science & Technology | Physics, Applied | Physical Sciences | Chemistry | Nanoscience & Nanotechnology | Technology | Chemistry, Multidisciplinary | Batteries | Encapsulation | Electrochemical analysis | Inorganic materials | Selenides | Storage batteries | Lithium-ion batteries | Sodium | Strategy | Catalysis | Metal-organic frameworks | Anodes | Nanorods | Energy storage
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3. Full Text 3D Porous Cu Current Collector/Li‐Metal Composite Anode for Stable Lithium‐Metal Batteries
by Li, Qi and Zhu, Shoupu and Lu, Yingying
Advanced functional materials, ISSN 1616-301X, 05/2017, Volume 27, Issue 18, pp. 1606422 - n/a
lithium‐metal anodes | Li volume expansion | Li composites | current collector | Li dendrites | lithium-metal anodes | Materials Science | Materials Science, Multidisciplinary | Physics, Condensed Matter | Science & Technology - Other Topics | Chemistry, Physical | Physics | Science & Technology | Physics, Applied | Physical Sciences | Chemistry | Nanoscience & Nanotechnology | Technology | Chemistry, Multidisciplinary | Chemical reaction, Rate of | Electrochemical reactions | Batteries | Battery cycles | Local current | Short circuits | Specific surface | Lithium batteries | Foils | Lithium | Cages | Metal foils | Storage batteries | Rechargeable batteries | Electrodes | Flux density | Anode effect | Metal air batteries | Reaction kinetics | Electrodeposition | Copper | Surface area | Current density | Dendritic structure | Gravimetry | Energy storage
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4. Full Text Potassium Metal Batteries: Stable Potassium Metal Anodes with an All‐Aluminum Current Collector through Improved Electrolyte Wetting (Adv. Mater. 49/2020)
by Liu, Pengcheng and Wang, Yixian and Hao, Hongchang and Basu, Swastik and Feng, Xuyong and Xu, Yixin and Boscoboinik, Jorge Anibal and Nanda, Jagjit and Watt, John and Mitlin, David and Brookhaven National Lab. (BNL), Upton, NY (United States)
Advanced materials (Weinheim), ISSN 0935-9648, 12/2020, Volume 32, Issue 49, p. n/a
lithium–sulfur batteries | potassium‐ion batteries | potassium–sulfur batteries | sodium metal batteries | lithium metal batteries | Sulfur compounds | Electrolytes | Batteries | Wetting | Aluminum | Eels | Potassium | Anodes | Dendritic structure | Energy storage | ENERGY STORAGE
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5. Full Text Metal–Organic Frameworks: Molecular‐Scale Interface Engineering of Metal–Organic Frameworks toward Ion Transport Enables High‐Performance Solid Lithium Metal Battery (Adv. Funct. Mater. 50/2020)
by Li, Dixiong and Wang, Jia and Guo, Sijia and Xiao, Yingbo and Zeng, Qinghan and He, Wenchao and Gan, Liyong and Zhang, Qi and Huang, Shaoming
Advanced functional materials, ISSN 1616-301X, 12/2020, Volume 30, Issue 50, p. n/a
Li+ transport | metal–organic frameworks | solid lithium metal batteries | interface engineering | Batteries | Ion transport | Lithium | Ions | Solid electrolytes | Metal-organic frameworks | Molten salt electrolytes
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6. Full Text Alkali‐Metal Sulfide as Cathodes toward Safe and High‐Capacity Metal (M = Li, Na, K) Sulfur Batteries
by Yang, Huiling and Zhang, Binwei and Wang, Yun‐Xiao and Konstantinov, Konstantin and Liu, Hua‐Kun and Dou, Shi‐Xue
Advanced energy materials, ISSN 1614-6832, 10/2020, Volume 10, Issue 37, pp. 2001764 - n/a
anodes | alkali‐metal sulfide cathodes | electrolytes | metal–sulfur batteries | alkali-metal sulfide cathodes | Physical Sciences | Chemistry | Materials Science | Technology | Materials Science, Multidisciplinary | Physics, Condensed Matter | Chemistry, Physical | Energy & Fuels | Physics | Science & Technology | Physics, Applied | Sulfides | Electrolytes | Batteries | Sulfur | Alkali metals | Lithium | Optimization | Metal sulfides | Rechargeable batteries | Electrode materials | Flux density | Product safety | Organic liquids | Anodes | Cathodes | Energy storage
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7. Full Text An Alternative to Lithium Metal Anodes: Non‐dendritic and Highly Reversible Sodium Metal Anodes for Li–Na Hybrid Batteries
by Zhang, Qiu and Lu, Yanying and Miao, Licheng and Zhao, Qing and Xia, Kexin and Liang, Jing and Chou, Shu‐Lei and Chen, Jun
Angewandte Chemie (International ed.), ISSN 1433-7851, 11/2018, Volume 57, Issue 45, pp. 14796 - 14800
density functional calculations | electrochemistry | dendrite suppression | Li-Na hybrid battery | Na metal anode | Physical Sciences | Chemistry | Chemistry, Multidisciplinary | Science & Technology | Electrochemistry | Density functionals | Electrochemical reactions | Batteries | Specific gravity | Analysis | Metals | Feasibility studies | Lithium | Low voltage | Solvation | Sodium | Morphology | Voltage | Density functional theory | Kinetics | Charge transfer | Anodes | Dendritic structure | Hysteresis
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8. Full Text Transient Behavior of the Metal Interface in Lithium Metal–Garnet Batteries
by Fu, Kun (Kelvin) and Gong, Yunhui and Fu, Zhezhen and Xie, Hua and Yao, Yonggang and Liu, Boyang and Carter, Marcus and Wachsman, Eric and Hu, Liangbing and Univ. of Maryland, College Park, MD (United States)
Angewandte Chemie (International ed.), ISSN 1433-7851, 11/2017, Volume 56, Issue 47, pp. 14942 - 14947
garnet | interface modification | solid electrolyte | batteries | Li metal | Physical Sciences | Chemistry | Chemistry, Multidisciplinary | Science & Technology | Electrolytes | Magnesium | Batteries | Analysis | Alloys | Interlayers | Metals | Lithium | Ions | Molten salt electrolytes | Metal coatings | Wettability | Magnesium base alloys | Coating effects | Motivation | Diffusion coating | Solid electrolytes
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9. Full Text Transition Metal Fluoride Cathodes for Lithium Thermal Batteries
by Briscoe, J. Douglass, author
SAE technical paper series, Volume 1999-01-1401
Fluoride | Lithium | Energy storage systems
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10. Full Text Compositing doped-carbon with metals, non-metals, metal oxides, metal nitrides and other materials to form bifunctional electrocatalysts to enhance metal-air battery oxygen reduction and evolution reactions
by Wang, Yan-Jie and Fan, Hongbo and Ignaszak, Anna and Zhang, Lei and Shao, Siqin and Wilkinson, David P and Zhang, Jiujun
Chemical engineering journal (Lausanne, Switzerland : 1996), ISSN 1385-8947, 09/2018, Volume 348, pp. 416 - 437
Bifunctional | Doped-carbon | Air-electrode electrocatalysts | Oxygen reduction reactions | Oxygen evolution reactions | Rechargeable metal-air batteries | Engineering | Engineering, Chemical | Engineering, Environmental | Technology | Science & Technology | Nitrides | Usage | Catalysts | Green technology | Electrochemistry | Oxides | Batteries | Electric properties
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