Encyclopedia of electrochemical power sources /

Detalles Bibliográficos
Clasificación:Libro Electrónico
Otros Autores: Garche, J�urgen, Dyer, Chris K.
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Amsterdam ; Boston : Academic Press : Imprint of Elsevier, �2009.
Temas:
Direct energy conversion > Encyclopedias.
Electrochemistry, Industrial > Encyclopedias.
�Energie > Conversion directe > Encyclop�edies.
�Electrochimie industrielle > Encyclop�edies.
TECHNOLOGY & ENGINEERING > Electrical.
Direct energy conversion
Electrochemistry, Industrial
Encyclopedia
encyclopedias.
Encyclopedias
Encyclopedias.
Encyclop�edies.
Acceso en línea:Texto completo

MARC

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245 0 0 |a Encyclopedia of electrochemical power sources /  |c editor-in-chief, J�urgen Garche ; section editors, Chris K. Dyer [and others]. 
246 3 0 |a Electrochemical power sources 
260 |a Amsterdam ;  |a Boston :  |b Academic Press :  |b Imprint of Elsevier,  |c �2009. 
300 |a 1 online resource (5 volumes) :  |b illustrations (some color) 
336 |a text  |b txt  |2 rdacontent 
337 |a computer  |b c  |2 rdamedia 
338 |a online resource  |b cr  |2 rdacarrier 
504 |a Includes bibliographical references and index. 
588 0 |a Print version record. 
505 0 0 |a Machine generated contents note:  |t Applications -- Portable: Micro Hybrid Power System: Fuel Cells/Capacitors /  |r T Osaka --  |t Applications -- Portable: Military: Batteries and Fuel Cells /  |r M Krausa --  |t Applications -- Portable: Notebooks: Batteries /  |r R J Brodd --  |t Applications -- Portable: Portable Devices: Batteries /  |r G Pistoia --  |t Applications -- Portable: Portable Devices: Fuel Cells /  |r J H Jang --  |t Applications -- Portable: Power Tools: Batteries /  |r W Weydanz --  |t Applications -- Stationary: Energy Storage Systems: Batteries /  |r C D Parker --  |t Applications -- Stationary: Remote Area Power Supply: Batteries and Fuel Cells /  |r E Lemaire-Potteau --  |t Applications -- Stationary: Fuel Cells /  |r A J Appleby --  |t Applications -- Stationary: Residential Energy Supply: Fuel Cells /  |r L Jorissen --  |t Applications -- Stationary: Fuel Cell/Gas Turbine Hybrid /  |r J Brouwer --  |t Applications -- Stationary: Uninterruptible and Back-up Power: Fuel Cells /  |r D Lutterbeck -- ^ 
505 0 0 |a Note continued:  |t Applications -- Transportation: Rail Vehicles: Fuel Cells /  |r A R Miller --  |t Applications -- Transportation: Satellites: Batteries /  |r R C Pandipati --  |t Applications -- Transportation: Ships: Fuel Cells /  |r W Winkler --  |t Applications -- Transportation: Solar Cars: Batteries /  |r D A J Rand --  |t Applications -- Transportation: Submersibles: Batteries /  |r � Hasvold --  |t Batteries: Nomenclature /  |r P Kurzweil --  |t Batteries: Capacity /  |r H Wenzl --  |t Batteries: Energy /  |r H Wenzl --  |t Batteries: Self-Discharge /  |r H Wenzl --  |t Batteries: Charging Methods /  |r S Genies --  |t Batteries: Fast Charging /  |r V Svoboda --  |t Batteries: Charge-Discharge Curves /  |r D U Sauer --  |t Batteries: Partial-State-of-Charge /  |r E Dickinson --  |t Batteries: Adaptive State-of-Charge Determination /  |r P H L Notten --  |t Batteries: Dynamics /  |r A Jossen --  |t Batteries: Alternating Currents /  |r H A Catherino --  |t Batteries: Parallel and Series Connections /  |r J McDowall --  |t Batteries: Modeling /  |r Chee Burm Shin --  |t Batteries: Lifetime Prediction /  |r H Wenzl --  |t Batteries: Codes and Standards /  |r C Parker --  |t Batteries and Fuel Cells: Efficiency /  |r H Wenzl --  |t Batteries and Fuel Cells: Lifetime /  |r H Wenzl --  |t Batteries and Fuel Cells: Power /  |r H Wenzl --  |t Batteries and Fuel Cells: Techno-Economic Assessments /  |r S A Schmid --  |t Capacitors: Overview /  |r J R Miller --  |t Capacitors: Electrostatic Solid-State Capacitors /  |r P Kurzweil --  |t Capacitors: Electrochemical Double-Layer Capacitors /  |r P Kurzweil --  |t Capacitors: Electrochemical Double-Layer Capacitors: Carbon Materials /  |r P Kurzweil --  |t Capacitors: Electrochemical Capacitors: Ionic Liquid Electrolytes /  |r F Soavi --  |t Capacitors: Electrochemical Hybrid Capacitors /  |r P Kurzweil --  |t Capacitors: Electrochemical Metal Oxides Capacitors /  |r P Kurzweil --  |t Capacitors: Electrochemical Polymer Capacitors /  |r P Kurzweil --  |t Capacitors: Application /  |r A Burke 
505 0 0 |a Note continued:  |t Chemistry, Electrochemistry, and Electrochemical Applications: Aluminum /  |r N J Bjerruum --  |t Chemistry, Electrochemistry, and Electrochemical Applications: Carbon /  |r T Takamura --  |t Chemistry, Electrochemistry, and Electrochemical Applications: Iron /  |r B Hariprakash --  |t Chemistry, Electrochemistry, and Electrochemical Applications: Hydrogen /  |r O A Petrii --  |t Chemistry, Electrochemistry, and Electrochemical Applications: Lead /  |r Z Galus --  |t Chemistry, Electrochemistry, and Electrochemical Applications: Lithium /  |r R J Brodd --  |t Chemistry, Electrochemistry, and Electrochemical Applications: Manganese /  |r W Taucher-Mautner --  |t Chemistry, Electrochemistry, and Electrochemical Applications: Nickel /  |r B Riegel --  |t Chemistry, Electrochemistry, and Electrochemical Applications: Oxygen /  |r A J Appleby --  |t Chemistry, Electrochemistry, and Electrochemical Applications: Platinum Group Elements /  |r A J Appleby -- ^  |t Chemistry, Electrochemistry, and Electrochemical Applications: Silver /  |r D S Cameron --  |t Chemistry, Electrochemistry, and Electrochemical Applications: Zinc /  |r J-Y Huot --  |t Electrochemical Theory: Thermodynamics /  |r S Panero --  |t Electrochemical Theory: Double Layer /  |r W Schmickler --  |t Electrochemical Theory: Kinetics /  |r S Panero --  |t Electrochemical Theory: Electrokinetics /  |r S Trasatti --  |t Electrochemical Theory: Electrocrystalization /  |r G Staikov --  |t Electrochemical Theory: Hydrogen Evolution /  |r S Trasatti --  |t Electrochemical Theory: Oxygen Evolution /  |r S Trasatti --  |t Electrochemical Theory: Corrosion /  |r S Virtanen --  |t Electrochemical Theory: Non Faraday Electrochemical Modification of Catalysts Activity /  |r S Brosda --  |t Electrodes: 3-D Electrodes Batteries /  |r B Dunn --  |t Electrodes: Nanoelectrodes /  |r B Scrosati --  |t Electrodes: Ion-Selective Electrodes /  |r G Clarke --  |t Electrodes: Porous Electrodes /  |r R E White -- ^  |t Electrodes: Semiconductor Electrodes /  |r F Decker --  |t Electrolytes: Overview /  |r M Salomon 
505 0 0 |a Note continued:  |t Electrolytes: Gel /  |r S Thomas --  |t Electrolytes: Ionic Liquids /  |r H Ohno --  |t Electrolytes: Non-Aqueous /  |r M Salomon --  |t Electrolytes: Polymer /  |r G Alberti --  |t Electrolytes: Solid: Mixed Ionic-Electronic Conductors /  |r Elvers-Tiffee --  |t Electrolytes: Solid: Oxygen Ions /  |r Elvers-Tiffee --  |t Electrolytes: Solid: Protons /  |r J Tolchard --  |t Electrolytes: Solid: Sodium Ions /  |r P T Moseley --  |t Energy: Energy Storage /  |r H Frey --  |t Energy: Hydrogen Economy /  |r M Conte --  |t Energy: Cold Fusion -- Precursor to Low-Energy Nuclear Reactions /  |r S B Krivit --  |t Energy: Cold Fusion: History /  |r S B Krivit --  |t Fuel Cells -- Overview: Introduction /  |r A J Appleby --  |t Fuel Cells -- Overview: Lifetime Prediction /  |r M Marrony --  |t Fuel Cells -- Overview: Modeling /  |r P Costamagna --  |t Fuel Cells -- Alkaline Fuel Cells: Overview /  |r G Mulder --  |t Fuel Cells -- Alkaline Fuel Cells: Anion-Exchange Membranes /  |r F Zhao --  |t Fuel Cells -- Alkaline Fuel Cells: Cells and Stacks /  |r K Kordesch --  |t Fuel Cells -- Alkaline Fuel Cells: Overview Performance and Operational Conditions /  |r E Gulzow --  |t Fuel Cells -- Direct Alcohol Fuel Cells: Overview /  |r J B Xu --  |t Fuel Cells -- Direct Alcohol Fuel Cells: Direct Methanol: Overview /  |r V Gogel --  |t Fuel Cells -- Direct Alcohol Fuel Cells: Direct Methanol Fuel Cell: Overview Performance and Operational Conditions /  |r C Xu --  |t Fuel Cells -- Direct Alcohol Fuel Cells: Direct Ethanol Fuel Cells /  |r G Sun --  |t Fuel Cells -- Direct Alcohol Fuel Cells: Direct Ethanol Fuel Cells: Catalysts /  |r E Antolini --  |t Fuel Cells -- Direct Alcohol Fuel Cells: Direct Ethylene Glycol Fuel Cells /  |r K Miyazaki --  |t Fuel Cells -- Direct Alcohol Fuel Cells: New Materials /  |r D Gervasio --  |t Fuel Cells -- Direct Alcohol Fuel Cells: Experimental Systems /  |r R Chen --  |t Fuel Cells -- Direct Alcohol Fuel Cells: Modeling /  |r W W Yang --  |t Fuel Cells -- Molten Carbonate Fuel Cells: Overview /  |r A L Dicks 
505 0 0 |a Note continued:  |t Fuel Cells -- Molten Carbonate Fuel Cells: Anodes /  |r M Farooque --  |t Fuel Cells -- Molten Carbonate Fuel Cells: Cathodes /  |r A L Dicks --  |t Fuel Cells -- Molten Carbonate Fuel Cells: Cells and Stacks /  |r A L Dicks --  |t Fuel Cells -- Molten Carbonate Fuel Cells: Systems /  |r G Huppmann --  |t Fuel Cells -- Molten Carbonate Fuel Cells: Materials and Life Considerations /  |r M Farooque --  |t Fuel Cells -- Molten Carbonate Fuel Cells: Full-scale Prototypes /  |r H Maru --  |t Fuel Cells -- Molten Carbonate Fuel Cells: Modeling /  |r M Farooque --  |t Fuel Cells -- Phosphoric Acid Fuel Cells: Overview /  |r A J Appleby --  |t Fuel Cells -- Phosphoric Acid Fuel Cells: Anodes /  |r P Kurzweil --  |t Fuel Cells -- Phosphoric Acid Fuel Cells: Cathodes /  |r T Kuwabara --  |t Fuel Cells -- Phosphoric Acid Fuel Cells: Electrolytes /  |r T Murahashi --  |t Fuel Cells -- Phosphoric Acid Fuel Cells: Cells and Stacks /  |r Y Oka --  |t Fuel Cells -- Phosphoric Acid Fuel Cells: Systems /  |r M Okumura --  |t Fuel Cells -- Phosphoric Acid Fuel Cells: Performance and Operational Conditions /  |r Y Oka --  |t Fuel Cells -- Phosphoric Acid Fuel Cells: Life-Limiting Considerations /  |r K Mitsuda --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Anodes with Reformate /  |r D Thompsett --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Cathodes /  |r M E P Markiewicz --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Catalysts: Life-Limiting Considerations /  |r H A Gasteiger --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Catalysts: Non Platinum /  |r J-P Dodelet --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Membranes /  |r G Alberti --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Membranes: Ambient Temperature /  |r J Roziere --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Membranes: Advanced Fluorinated /  |r V Arcella --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Membranes: Non-Fluorinated /  |r J-C Lepretre 
505 0 0 |a Note continued:  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Membranes: Composites /  |r V Ramani --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Membranes: Elevated Temperature /  |r E V Niangar --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Membranes: Polybenzimidazole /  |r A Magistris --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Membranes: Design and Characterization /  |r A M Brenner --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Membrane: Life-Limiting Considerations /  |r T A Zawodzinski --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Membranes: Modeling /  |r L Pisani --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Membranes: Spatially Resolved Measurements /  |r R Hiesgen --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Membrane-Electrode Assemblies /  |r R P Ramasamy --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Gas Diffusion Layers /  |r D Gervasio -- ^  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Bipolar Plates /  |r C Jansen --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Cells /  |r J W Weidner --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Water Management /  |r M M Mench --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Life-Limiting Considerations /  |r H Wang --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Modeling /  |r N Djilali --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Stacks /  |r J St-Pierre --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Systems /  |r Z Qi --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Overview Performance and Operational Conditions /  |r J St-Pierre --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Dynamic Operational Conditions /  |r K A Friedrich --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Freeze Operational Conditions /  |r R Alink --  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: Impurities in Fuels and Air /  |r J Zhang -- ^  |t Fuel Cells -- Proton-Exchange Membrane Fuel Cells: High Temperature PEMFCs /  |r W Lehnert 
505 0 0 |a Note continued:  |t Fuel Cells -- Solid Oxide Fuel Cells: Overview /  |r S C Singhal --  |t Fuel Cells -- Solid Oxide Fuel Cells: Anodes /  |r N M Sammes --  |t Fuel Cells -- Solid Oxide Fuel Cells: Cathodes /  |r B R Roy --  |t Fuel Cells -- Solid Oxide Fuel Cells: Membranes /  |r M Kusnezoff --  |t Fuel Cells -- Solid Oxide Fuel Cells: Cells and Stacks /  |r H Zhu --  |t Fuel Cells -- Solid Oxide Fuel Cells: Cell Interconnection /  |r S C Singhal --  |t Fuel Cells -- Solid Oxide Fuel Cells: Gas Distribution /  |r M Spiller --  |t Fuel Cells -- Solid Oxide Fuel Cells: Internal and External Reformation /  |r R Peters --  |t Fuel Cells -- Solid Oxide Fuel Cells: Systems /  |r E Riensche --  |t Fuel Cells -- Solid Oxide Fuel Cells: Life-Limiting Considerations /  |r A Weber --  |t Fuel Cells -- Solid Oxide Fuel Cells: Modeling /  |r D Froning --  |t Fuel Cells -- Solid Oxide Fuel Cells: Micro Cells /  |r L J Gauckler --  |t Fuel Cells -- Exploratory Fuel Cells: Direct Carbon Fuel Cells /  |r G G Botte -- ^  |t Fuel Cells -- Exploratory Fuel Cells: Formic Acid Fuel Cells /  |r S L Blair --  |t Fuel Cells -- Exploratory Fuel Cells: Hydrogen-Bromine Fuel Cells /  |r M Goor --  |t Fuel Cells -- Exploratory Fuel Cells: Sodium Borohydride Fuel Cells /  |r F C Walsh --  |t Fuel Cells -- Exploratory Fuel Cells: Microbial Fuel Cells /  |r U Schroder --  |t Fuel Cells -- Exploratory Fuel Cells: Micro-Fuel Cells /  |r Y Sahai --  |t Fuel Cells -- Exploratory Fuel Cells: Regenerative Fuel Cells /  |r F Barbir --  |t Fuels -- Hydrogen Production: Autothermal Reforming /  |r N Laosiripojana --  |t Fuels -- Hydrogen Production: Absorption Enhanced Reforming /  |r M Specht --  |t Fuels -- Hydrogen Production: Biomass: Thermochemical Processes /  |r A Kruse --  |t Fuels -- Hydrogen Production: Biomass: Fermentation /  |r W Schnitzhofer --  |t Fuels -- Hydrogen Production: Coal Gasification /  |r R M Dell --  |t Fuels -- Hydrogen Production: Natural Gas: Conventional Steam-Reforming /  |r D L Trimm -- ^  |t Fuels -- Hydrogen Production: Natural Gas: Solar-Thermal Steam Reforming /  |r C Sattler 
505 0 0 |a Note continued:  |t Fuels -- Hydrogen Production: Gas Cleaning: Barrier Filters /  |r J N Carras --  |t Fuels -- Hydrogen Production: Gas Cleaning: Membrane Separators /  |r M D Dolan --  |t Fuels -- Hydrogen Production: Gas Cleaning: Pressure Swing Adsorption /  |r S D Sharma --  |t Fuels -- Hydrogen Production: Photothermally and Thermally-Assisted Photovoltaic /  |r S Licht --  |t Fuels -- Hydrogen Production: Photoelectrolysis /  |r C Fell --  |t Fuels -- Hydrogen Production: Thermochemical Cycles /  |r M Roeb --  |t Fuels -- Hydrogen Production: Water Electrolysis /  |r T Smolinka --  |t Fuels -- Hydrogen Storage: Compressed /  |r N Sirosh --  |t Fuels -- Hydrogen Storage: Liquid /  |r L Bonadio --  |t Fuels -- Hydrogen Storage: Hydrides /  |r A Zuttel --  |t Fuels -- Hydrogen Storage: High Temperature Hydrides /  |r T Klassen --  |t Fuels -- Hydrogen Storage: Complex Hydrides /  |r H Fujii --  |t Fuels -- Hydrogen Storage: Carbon Materials /  |r M Hirscher --  |t Fuels -- Hydrogen Storage: Glass Microspheres /  |r M M Hall --  |t Fuels -- Hydrogen Storage: Metal-Organic Frameworks /  |r M Hirscher --  |t Fuels -- Hydrogen Storage: Zeolites J Weitkamp --  |t Fuels -- Hydrogen Storage: Chemical Carriers /  |r T A Semelsberger --  |t Fuels -- Safety: Hydrogen: Overview /  |r U Schmidtchen --  |t Fuels -- Safety: Hydrogen: Transportation /  |r U Schmidtchen --  |t History: Electrochemistry /  |r P Kurzweil --  |t History: Primary Batteries /  |r W Taucher-Mautner --  |t History: Secondary Batteries /  |r P Kurzweil --  |t History: Fuel Cells /  |r P Kurzweil --  |t History: Electrochemical Capacitors /  |r P Kurzweil --  |t Materials: Nanofibers /  |r F Croce --  |t Materials: Sol-Gel Synthesis /  |r A Vertova --  |t Materials: Etching /  |r G S Hwang --  |t Measurement Methods: Electrochemical: Impedance Spectroscopy /  |r D E Vladikova --  |t Measurement Methods: Electrochemical: Linear Sweep and Cyclic Voltammetry G Bontempelli, R Toniolo --  |t Measurement Methods: Electrochemical: Potential and Current Steps /  |r R Holze -- ^  |t Measurement Methods: Electrochemical: Quartz Microbalance /  |r H J Gores 
505 0 0 |a Note continued:  |t Measurement Methods: Electronic and Chemical Properties: X-Ray Photoelectron Spectroscopy /  |r R Zanoni --  |t Measurement Methods: Structural Properties: Atomic Force Microscopy /  |r J Haiber --  |t Measurement Methods: Structural Properties: X-Ray and Neutron Diffraction /  |r A Bieniok --  |t Measurement Methods: Structural Properties: Neutron and Synchrotron Imaging, In-Situ for Water Visualization /  |r I Manke --  |t Measurement Methods: Structural and Chemical Properties: Scanning Electron Microscopy /  |r F Nobili --  |t Measurement Methods: Structural and Chemical Properties: Transmission Electron Microscopy /  |r F Nobili --  |t Measurement Methods: Structural Plus Electronic and Chemical Properties: X-Ray Absorption Spectroscopy /  |r S L P Savin --  |t Measurement Methods: Vibrational Properties: Raman and Infra Red /  |r P Johansson --  |t Measurement Methods: In-Situ Characterization of Battery Materials /  |r G E Nauer --  |t Photoelectrochemical Cells: Overview /  |r S Cattarin --  |t Photoelectrochemical Cells: Dye-Sensitized Cells /  |r K R Millington --  |t Primary Batteries: Overview /  |r B Scrosati --  |t Primary Batteries -- Aqueous Systems: Alkaline Manganese-Zinc /  |r T Takamura --  |t Primary Batteries -- Aqueous Systems: Leclanche and Zinc-Carbon /  |r W Taucher-Mautner --  |t Primary Batteries -- Aqueous Systems: Zinc-Air /  |r M Hayashi --  |t Primary Batteries -- Aqueous Systems: Zinc-Mercury /  |r W Taucher-Mautner --  |t Primary Batteries -- Nonaqueous Systems: Lithium Primary: Overview /  |r K Nishio --  |t Primary Batteries -- Nonaqueous Systems: Lithium-Iodine-Polyvinylpyridine /  |r C F Holmes --  |t Primary Batteries -- Nonaqueous Systems: Lithium-Manganese Dioxide /  |r K Nishio --  |t Primary Batteries -- Nonaqueous Systems: Lithium-Polycarbon Monofluoride /  |r H Touhara --  |t Primary Batteries -- Nonaqueous Systems: Lithium-Vanadium/Silver Oxides /  |r A C Marschilok --  |t Primary Batteries -- Nonaqueous Systems: Lithium-Sulfur/Chlorine /  |r A P Johnson 
505 0 0 |a Note continued:  |t Primary Batteries -- Nonaqueous Systems: Solid-State: Silver-Iodine /  |r P Reale --  |t Primary Batteries -- Reserve Systems: Thermally Activated Batteries: Overview /  |r M Oshitani --  |t Primary Batteries -- Reserve Systems: Thermally Activated Batteries: Calcium /  |r P J Masset --  |t Primary Batteries -- Reserve Systems: Thermally Activated Batteries: Lithium /  |r P J Masset --  |t Primary Batteries -- Reserve Systems: Seawater Activated Batteries: Magnesium /  |r M Oshitani --  |t Recycling: Lead-Acid Batteries: Overview /  |r M Stevenson --  |t Recycling: Lead-Acid Batteries: Electrochemical /  |r R Clarke --  |t Recycling: Lithium and Nickel-Metal Hydride Batteries /  |r S E Sloop --  |t Recycling: Nickel-Metal Hydride Batteries /  |r K Scott --  |t Recycling: Noble Metal Recycling /  |r D S Cameron --  |t Safety: Cell Reversal /  |r L Binder --  |t Safety: High Voltage /  |r C D Parker --  |t Safety: Materials Toxicity /  |r C J Boreiko --  |t Safety: Thermal Runaway /  |r Y Guo -- ^  |t Secondary Batteries: Overview /  |r R J Brodd --  |t Secondary Batteries: Super-Iron Batteries /  |r S Licht --  |t Secondary Batteries: Magnesium Batteries (Secondary and Primary) /  |r D Aurbach --  |t Secondary Batteries -- High Temperature Systems: Sodium-Sulfur /  |r R Holze --  |t Secondary Batteries -- High Temperature Systems: Sodium-Nickel Chloride J L Sudworth, R C Galloway --  |t Secondary Batteries -- High Temperature Systems: Safety /  |r A Bito --  |t Secondary Batteries -- High Temperature Systems: Alkali Metal Thermal to Electric Energy Converter /  |r M A K Lodhi --  |t Secondary Batteries -- Metal-Air Systems: Overview (Secondary and Primary) /  |r M Hayashi --  |t Secondary Batteries -- Metal-Air Systems: Bifunctional Oxygen Electrodes /  |r L Joerissen --  |t Secondary Batteries -- Metal-Air Systems: Iron-Air (Secondary and Primary) /  |r M Egashira --  |t Secondary Batteries -- Metal-Air Systems: Lithium-Air /  |r L C De Jonghe -- ^  |t Secondary Batteries -- Metal-Air Systems: Zinc-Air: Electrical Recharge /  |r J Van Wesemael 
505 0 0 |a Note continued:  |t Secondary Batteries -- Metal-Air Systems: Zinc-Air: Hydraulic Recharge /  |r X G Zhang --  |t Secondary Batteries -- Nickel Systems: Electrodes: Nickel /  |r B Hariprakash --  |t Secondary Batteries -- Nickel Systems: Electrodes: Cadmium /  |r B Hariprakash --  |t Secondary Batteries -- Nickel Systems: Electrodes: Iron /  |r B Hariprakash --  |t Secondary Batteries -- Nickel Systems: Alkaline Battery Separators /  |r P Kritzer --  |t Secondary Batteries -- Nickel Systems: Nickel-Cadmium: Overview /  |r B Hariprakash --  |t Secondary Batteries -- Nickel Systems: Nickel-Cadmium: Sealed /  |r P Bernard --  |t Secondary Batteries -- Nickel Systems: Nickel-Hydrogen /  |r P Bernard --  |t Secondary Batteries -- Nickel Systems: Nickel-Metal Hydride: Overview /  |r S Venugoplan --  |t Secondary Batteries -- Nickel Systems: Nickel-Metal Hydride: Metal Hydrides /  |r M Latroche --  |t Secondary Batteries -- Nickel Systems: Nickel-Iron /  |r B Hariprakash -- ^  |t Secondary Batteries -- Nickel Systems: Nickel-Zinc /  |r E Cairns --  |t Secondary Batteries -- Nickel Systems: Memory Effect /  |r Y Sato --  |t Secondary Batteries -- Lead-Acid Systems: Overview /  |r P T Moseley --  |t Secondary Batteries -- Lead-Acid Systems: Negative Electrode /  |r G Papazov --  |t Secondary Batteries -- Lead-Acid Systems: Positive Electrode /  |r K R Bullock --  |t Secondary Batteries -- Lead-Acid Systems: Electrode Design /  |r R Wagner --  |t Secondary Batteries -- Lead-Acid Systems: Electrolyte /  |r D Pavlov --  |t Secondary Batteries -- Lead-Acid Systems: Separators /  |r J K Whear --  |t Secondary Batteries -- Lead-Acid Systems: Phosphoric Acid Influence /  |r K R Bullock --  |t Secondary Batteries -- Lead-Acid Systems: Carbon Additives /  |r A F Hollenkamp --  |t Secondary Batteries -- Lead-Acid Systems: Lead Alloys /  |r R D Prengaman --  |t Secondary Batteries -- Lead-Acid Systems: Grid Production /  |r R D Prengaman --  |t Secondary Batteries -- Lead-Acid Systems: Curing and Formation /  |r R Wagner --  |t Secondary Batteries -- Lead-Acid Systems: Flooded Batteries /  |r R Wagner 
505 0 0 |a Note continued:  |t Secondary Batteries -- Lead-Acid Systems: Performance /  |r G J May --  |t Secondary Batteries -- Lead-Acid Systems: Valve-Regulated Batteries: Oxygen Cycle /  |r B Culpin --  |t Secondary Batteries -- Lead-Acid Systems: Valve-Regulated Batteries: Absorptive Glass Mat /  |r M J Weighall --  |t Secondary Batteries -- Lead-Acid Systems: Valve-Regulated Batteries: Gel /  |r H Niepraschk --  |t Secondary Batteries -- Lead-Acid Systems: Catalytic Valves /  |r E Cattaneo --  |t Secondary Batteries -- Lead-Acid Systems: Flow Batteries /  |r R G A Wills --  |t Secondary Batteries -- Lead-Acid Systems: Bipolar Batteries /  |r A C Loyns --  |t Secondary Batteries -- Lead-Acid Systems: Supercap Hybrid (UltraBattery["]) /  |r J Furukawa --  |t Secondary Batteries -- Lead-Acid Systems: Charging /  |r S S Misra --  |t Secondary Batteries -- Lead-Acid Systems: Coup de Fouet /  |r A Delaille --  |t Secondary Batteries -- Lead-Acid Systems: State-of-Charge/Health /  |r D U Sauer --  |t Secondary Batteries -- Lead-Acid Systems: Lifetime Determining Processes /  |r D U Sauer --  |t Secondary Batteries -- Lead-Acid Systems: Modeling /  |r B Y Liaw --  |t Secondary Batteries -- Lead-Acid Systems: Automotive Batteries: Conventional /  |r E Meissner --  |t Secondary Batteries -- Lead-Acid Systems: Automotive Batteries: New Developments /  |r E Karden --  |t Secondary Batteries -- Lead-Acid Systems: Stationary Batteries /  |r G May --  |t Secondary Batteries -- Lithium Rechargeable Systems: Overview /  |r K Brandt --  |t Secondary Batteries -- Lithium Rechargeable Systems: Negative Electrodes: Lithium Metal /  |r K Kanamura --  |t Secondary Batteries -- Lithium Rechargeable Systems: Positive Electrodes: Vanadium Oxides /  |r M Hibino --  |t Secondary Batteries -- Lithium Rechargeable Systems: Electrolytes: Overview /  |r K Xu --  |t Secondary Batteries -- Lithium Rechargeable Systems: Electrolytes: Nonaqueous /  |r M Ue --  |t Secondary Batteries -- Lithium Rechargeable Systems: Electrolytes: Ionic Liquids /  |r W A Henderson 
505 0 0 |a Note continued:  |t Secondary Batteries -- Lithium Rechargeable Systems: Electrolytes: Additives /  |r O Chusid --  |t Secondary Batteries -- Lithium Rechargeable Systems: Electrolytes: Single Lithium Ion Conducting Polymers /  |r D Golodnitsky --  |t Secondary Batteries -- Lithium Rechargeable Systems: Electrolytes: Solid Sulfide /  |r R Kanno --  |t Secondary Batteries -- Lithium Rechargeable Systems: Electrolytes: Glass /  |r A Hayashi --  |t Secondary Batteries -- Lithium Rechargeable Systems: Lithium-Iron Sulfide /  |r A N Jansen --  |t Secondary Batteries -- Lithium Rechargeable Systems: Lithium-Organic Sulrar /  |r E J Cairns --  |t Secondary Batteries -- Lithium Rechargeable Systems: Lithium-Sulfur /  |r G Cheruvally --  |t Secondary Batteries -- Lithium Rechargeable Systems: All-Solid State Battery /  |r W Weppner --  |t Secondary Batteries -- Lithium Rechargeable Systems: Lithium Polymer Batteries /  |r MJ Smith --  |t Secondary Batteries -- Lithium Rechargeable Systems: Hazards and Protection Circuits /  |r Y Barsukov --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Overview /  |r J Yamaki --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Negative Electrodes: Carbon /  |r T Abe --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Negative Electrodes: Graphite /  |r M Inaba --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Negative Electrode: Spinel-Type Titanium Oxides /  |r T Ohzuku --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Negative Electrode: Titanium-Based Materials /  |r H Noguchi --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Negative Electrodes: Lithium Alloys /  |r J-L Wang --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Positive Electrode: High-Voltage Materials /  |r C Stinner --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Positive Electrode: Layered Metal Oxides /  |r J B Goodenough 
505 0 0 |a Note continued:  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Positive Electrode: Layered Mixed Metal Oxides /  |r T Ohzuku --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Positive Electrode: Lithium Cobalt Oxide /  |r M Hayashi --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Positive Electrode: Lithium Iron Phosphate /  |r C M Julien --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Positive Electrode: Lithium Nickel Oxide /  |r R Kanno --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Positive Electrode: Manganese Oxides /  |r H Noguchi --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Positive Electrode: Manganese Spinel Oxides /  |r M Wohlfahrt-Mehrens --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Electrolytes: Solid Oxide /  |r K Takada -- ^  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Positive Electrode: Nanostrucrured Transition Metal Oxides /  |r Y Wang --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Separators /  |r H Tanji --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Lithium Vanadium Oxide/Niobium Oxide Batteries /  |r H Yoshizawa --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Lithium-Ion Polymer Batteries /  |r N Terada --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Inorganic Electrolyte Batteries /  |r M Borck --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Aging Mechanisms /  |r M Wohlfahrt-Mehrens --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Overcharge Protection Shuttles /  |r T J Richardson --  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Thermal Runaway /  |r S Tobishima -- ^  |t Secondary Batteries -- Lithium Rechargeable Systems -- Lithium-Ion: Lifetime Prediction /  |r R E White --  |t Secondary Batteries -- Flow Systems: Overview /  |r F C Walsh 
505 0 0 |a Note continued:  |t Secondary Batteries -- Flow Systems: Vanadium Redox-Flow Batteries /  |r M Skyllas-Kazacos --  |t Secondary Batteries -- Zinc Systems: Zinc Electrodes: Overview /  |r X G Zhang --  |t Secondary Batteries -- Zinc Systems: Zinc Electrodes: Solar Thermal Production /  |r S Steinfeld --  |t Secondary Batteries -- Zinc Systems: Zinc-Bromine /  |r F C Walsh --  |t Secondary Batteries -- Zinc Systems: Zinc-Manganese /  |r J Daniel-Lvad --  |t Secondary Batteries -- Zinc Systems: Zinc-Silver /  |r A P J R Serenyi. 
650 0 |a Direct energy conversion  |v Encyclopedias. 
650 0 |a Electrochemistry, Industrial  |v Encyclopedias. 
650 6 |a �Energie  |0 (CaQQLa)201-0001760  |x Conversion directe  |0 (CaQQLa)201-0001760  |v Encyclop�edies.  |0 (CaQQLa)201-0377762 
650 6 |a �Electrochimie industrielle  |0 (CaQQLa)201-0063450  |v Encyclop�edies.  |0 (CaQQLa)201-0377762 
650 7 |a TECHNOLOGY & ENGINEERING  |x Electrical.  |2 bisacsh 
650 7 |a Direct energy conversion  |2 fast  |0 (OCoLC)fst00894538 
650 7 |a Electrochemistry, Industrial  |2 fast  |0 (OCoLC)fst00906383 
655 2 |a Encyclopedia  |0 (DNLM)D019500 
655 7 |a encyclopedias.  |2 aat  |0 (CStmoGRI)aatgf300129439 
655 7 |a Encyclopedias  |2 fast  |0 (OCoLC)fst01423798 
655 7 |a Encyclopedias.  |2 lcgft 
655 7 |a Encyclop�edies.  |2 rvmgf  |0 (CaQQLa)RVMGF-000001062 
700 1 |a Garche, J�urgen. 
700 1 |a Dyer, Chris K. 
776 0 8 |i Print version:  |t Encyclopedia of electrochemical power sources.  |d Amsterdam ; Boston : Academic Press : Imprint of Elsevier, �2009  |z 9780444520937  |w (DLC) 2009937314  |w (OCoLC)299711060 
856 4 0 |u https://sciencedirect.uam.elogim.com/science/referenceworks/9780444527455  |z Texto completo 

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