Matches in DBpedia 2015-10 for { <http://dbpedia.org/resource/Lithium–air_battery> ?p ?o }
- Lithium–air_battery abstract "The lithium-air battery, Li-air for short, is a metal-air battery chemistry that uses oxidation of lithium at the anode and reduction of oxygen at the cathode to induce a current flow. It is an all-solid-state battery.Originally proposed in the 1970s as a possible power source for battery electric vehicles, Li-air batteries recaptured scientific interest in the late 2000s due to advances in materials technology and an increasing demand for renewable energy sources.The major appeal of the Li-air battery is the extremely high specific energy, a measure of the amount of energy a battery can store for a given weight. A lithium-air battery has an energy density (per kilogram) comparable to gasoline. Li-air batteries gain this advantage in specific energy since they use oxygen from the air instead of storing an oxidizer internally.The technology requires significant advances in multiple fields before a viable commercial implementation can be developed. Four approaches are active: aprotic, aqueous, solid state, and mixed aqueous/aprotic.Metal-air batteries, specifically zinc-air, have received attention due to the potential for high energy densities. The theoretical specific energy densities for metal-air batteries are higher than for ion-based approaches, due to the use of atmospheric oxygen as the cathode, eliminating a traditional cathode structure. Recently, lithium-air batteries have been proposed as the next step in lithium battery architecture, due to the high energy density of lithium with respect to air (3840 mA·h/g).A major driver in lithium-air battery development is the automotive sector. The energy density of gasoline is approximately 13 kW·h/kg, which corresponds to 1.7 kW·h/kg of energy provided to the wheels after losses. The theoretical energy density of the lithium-air battery is 12 kW·h/kg (43.2 MJ/kg) excluding the oxygen mass. It has been theorized that the same 1.7 kW·h/kg could reach the wheels using Li-air after losses from over-potentials, other cell components and battery pack ancillaries, given the much higher efficiency of electric motors.Lithium-air batteries have the potential of 5–15 times the specific energy of current lithium-ion batteries.".
- Lithium–air_battery thumbnail Li-air-charge-discharge.jpg?width=300.
- Lithium–air_battery wikiPageExternalLink Li-air_power%20_sources_2004.pdf.
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- Lithium–air_battery wikiPageExternalLink KMA.htm.
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- Lithium–air_battery wikiPageWikiLink Aluminium.
- Lithium–air_battery wikiPageWikiLink Anode.
- Lithium–air_battery wikiPageWikiLink Aprotic.
- Lithium–air_battery wikiPageWikiLink Aqueous.
- Lithium–air_battery wikiPageWikiLink Aqueous_solution.
- Lithium–air_battery wikiPageWikiLink Battery_(electricity).
- Lithium–air_battery wikiPageWikiLink Battery_cycle.
- Lithium–air_battery wikiPageWikiLink Battery_electric_vehicle.
- Lithium–air_battery wikiPageWikiLink Carbon.
- Lithium–air_battery wikiPageWikiLink Carbonate.
- Lithium–air_battery wikiPageWikiLink Carbonates.
- Lithium–air_battery wikiPageWikiLink Catalysis.
- Lithium–air_battery wikiPageWikiLink Catalysts.
- Lithium–air_battery wikiPageWikiLink Category:Lithium-ion_batteries.
- Lithium–air_battery wikiPageWikiLink Category:Metal-air_batteries.
- Lithium–air_battery wikiPageWikiLink Category:Solid-state_batteries.
- Lithium–air_battery wikiPageWikiLink Cathode.
- Lithium–air_battery wikiPageWikiLink Charge_cycle.
- Lithium–air_battery wikiPageWikiLink Dendrite_(crystal).
- Lithium–air_battery wikiPageWikiLink Dimethyl_sulfoxide.
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- Lithium–air_battery wikiPageWikiLink Energy_density.
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- Lithium–air_battery wikiPageWikiLink Kuzhikalail_M._Abraham.
- Lithium–air_battery wikiPageWikiLink Lithium.
- Lithium–air_battery wikiPageWikiLink Lithium-ion_battery.
- Lithium–air_battery wikiPageWikiLink Lithium-ion_flow_battery.
- Lithium–air_battery wikiPageWikiLink Lithium-ion_polymer_battery.
- Lithium–air_battery wikiPageWikiLink Lithium-sulfur_battery.
- Lithium–air_battery wikiPageWikiLink Lithium_iron_phosphate_battery.
- Lithium–air_battery wikiPageWikiLink Lithium_peroxide.
- Lithium–air_battery wikiPageWikiLink Lithium_polymer_battery.
- Lithium–air_battery wikiPageWikiLink Lithium–sulfur_battery.
- Lithium–air_battery wikiPageWikiLink Manganese_dioxide.
- Lithium–air_battery wikiPageWikiLink Materials_science.
- Lithium–air_battery wikiPageWikiLink Membrane.
- Lithium–air_battery wikiPageWikiLink Membrane_(selective_barrier).
- Lithium–air_battery wikiPageWikiLink Mesoporous.
- Lithium–air_battery wikiPageWikiLink Mesoporous_material.
- Lithium–air_battery wikiPageWikiLink Metal-air_battery.
- Lithium–air_battery wikiPageWikiLink Metal-air_electrochemical_cell.
- Lithium–air_battery wikiPageWikiLink Metal_oxide.
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- Lithium–air_battery wikiPageWikiLink Nanowire_battery.
- Lithium–air_battery wikiPageWikiLink Organic_compound.
- Lithium–air_battery wikiPageWikiLink Overpotential.
- Lithium–air_battery wikiPageWikiLink Oxidation.
- Lithium–air_battery wikiPageWikiLink Oxide.
- Lithium–air_battery wikiPageWikiLink Oxygen.
- Lithium–air_battery wikiPageWikiLink Philadelphia.
- Lithium–air_battery wikiPageWikiLink Philadelphia,_Pennsylvania.
- Lithium–air_battery wikiPageWikiLink Polyacrylonitrile.
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- Lithium–air_battery wikiPageWikiLink Polymeric_membrane.
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- Lithium–air_battery wikiPageWikiLink Power-to-weight_ratio.
- Lithium–air_battery wikiPageWikiLink Protic_solvent.
- Lithium–air_battery wikiPageWikiLink Redox.
- Lithium–air_battery wikiPageWikiLink Short_circuit.
- Lithium–air_battery wikiPageWikiLink Solid-state_battery.
- Lithium–air_battery wikiPageWikiLink Solid-state_chemistry.
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- Lithium–air_battery wikiPageWikiLink Specific_energy.
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- Lithium–air_battery wikiPageWikiLink Volt.
- Lithium–air_battery wikiPageWikiLink Watt_hour.
- Lithium–air_battery wikiPageWikiLink Zinc-air_battery.
- Lithium–air_battery wikiPageWikiLink Zinc–air_battery.
- Lithium–air_battery wikiPageWikiLink File:Li-air-SEI.jpg.
- Lithium–air_battery wikiPageWikiLink File:Li-air-aprotic.jpg.
- Lithium–air_battery wikiPageWikiLink File:Li-air-aqueous.jpg.
- Lithium–air_battery wikiPageWikiLink File:Li-air-charge-discharge.jpg.
- Lithium–air_battery wikiPageWikiLink File:Li-air-mixed.jpg.
- Lithium–air_battery wikiPageWikiLink File:Li-air-solidstate.jpg.
- Lithium–air_battery wikiPageWikiLinkText "Li-Air composition".
- Lithium–air_battery wikiPageWikiLinkText "Li-O batteries".
- Lithium–air_battery wikiPageWikiLinkText "Li-air".
- Lithium–air_battery wikiPageWikiLinkText "Lithium-air battery".