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液體金屬電池的綜述-CHEM.REV.上的
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本文詳細(xì)介紹了液體金屬電池的過去現(xiàn)在與未來,是一篇很好的綜述。希望對大家有用。具體內(nèi)容為: The evolution of the liquid metal battery is a story of a novel technology originally conceived in a different economic and political climate to provide flexibility in addressing the constraints of a society just entering the nuclear age and with aspirations to electrify the everyday experience. Ironically, it is these same massive research projects that receded into obscurity that can now be resurrected and reinvented as an exciting opportunity for addressing society’s ambitions for both sustainable and environmentally benign energy. In contrast to the public’s demand for the constant improvement of highperformance lithium-ion batteries for portable electronics,1 liquid metal batteries are instead the story of a society catching up with a technology far ahead of its time. 1. Introduction 2075 1.1. Description 2076 1.2. Advantages and Disadvantages 2076 1.3. Applications 2077 2. Past Work 2077 2.1. Hoopes Cells 2078 2.2. Thermally Regenerative Batteries 2078 2.3. Bimetallic Cells 2079 2.3.1. General Motors Corporation 2079 2.3.2. Atomics International 2079 3.3.3. Argonne National Laboratory 2079 3. Present Work 2081 3.1. Electrodes 2081 3.1.1. Thermodynamics 2082 3.1.2. Economics 2083 3.1.3. Alloying 2084 3.2. Electrolyte 2085 3.3. Cell Performance 2087 3.3.1. Na−Bi Cells 2087 3.3.2. Mg−Sb Cells 2088 3.3.3. Li−Pb−Sb Cells 2088 4. Future Work 2089 4.1. New Chemistries 2089 4.1.1. Lithium 2089 4.1.2. Sodium 2089 4.1.3. Calcium 2090 4.1.4. Barium 2090 4.1.5. Strontium 2090 4.2. Corrosion 2090 4.2.1. Negative Current Collector 2090 4.2.2. Positive Current Collector 2091 4.2.3. Electrical Insulator 2091 4.3. Seals 4.3.1. Compressive Seals 2091 4.3.2. Adhesive Seals 2091 4.4. Thermal Management 2091 5. Conclusions 2092 Author Information 2092 Corresponding Author 2092 Notes 2092 Biographies 2092 Acknowledgments 2096 Glossary 2096 Symbols 2096 Acronyms 2096 References[ Last edited by sunron on 2013-3-30 at 12:29 ] |
太陽電池 |
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