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The 89 pages that link to Lithium-ion battery, each with the reason it gives.

• Ionic compoundRelated: Its electrolyte and electrode materials rely on ion transport and ionic solids.

• Electric vehicleRelated: It is the dominant energy-storage technology in battery electric cars.

• Oxidizing agentRelated: Cathode materials accept electrons during discharge and are reduced.

• Transition metalRelated: Many cathodes use transition-metal oxides whose metal ions change oxidation state during cycling.

• GraphiteRelated: Graphite commonly serves as the negative electrode material that hosts lithium ions.

• SmartphoneRelated: Its high energy density helps power a full day of compact mobile computing.

• ElectrodeRelated: Its positive and negative electrodes reversibly host lithium during charging and discharging.

• NickelRelated: Nickel-rich cathodes store substantial energy, making nickel central to many electric-vehicle batteries.

• CobaltRelated: Cobalt stabilizes the cathode structures used in several widely deployed lithium-ion batteries.

• CarbonateRelated: Organic carbonate esters commonly serve as solvents in its electrolytes.

• Battery management systemRelated: Its cell limits and sensitivity to overcharge make active supervision essential.

• Energy densityRelated: Its energy density shapes the range, weight, and size of many portable devices and electric vehicles.

• Consumer electronicsRelated: Its energy density supports portable devices that operate away from outlets.

• Battery electric vehicleRelated: Its cells store most of the energy used by modern battery electric vehicles.

• Lithium hydroxideRelated: Lithium hydroxide supplies lithium for cathode materials used in some battery chemistries.

• Mobile phoneRelated: Its high energy density makes long operation possible in a compact handset.

• Uninterruptible power supplyRelated: Its high energy density can reduce the size and weight of UPS battery banks.

• Electric bicycleRelated: Its stored energy sets practical limits on motor assistance and range.

• Lithium carbonateRelated: Lithium carbonate supplies lithium for some cathode-material manufacturing routes.

• OverpotentialRelated: Electrode overpotentials contribute to voltage losses and rate limitations during charge and discharge.

• Electronic cigaretteRelated: Its stored electrical energy powers the device’s heating element.

• Lithium miningRelated: Battery manufacturing is the largest source of growth in demand for mined lithium.

• Cobalt miningRelated: Battery cathodes account for a major and growing use of mined cobalt.

• Allotropes of carbonRelated: Graphite commonly serves as the host material for lithium ions in its anode.

• Salar de UyuniRelated: Demand for these batteries drives interest in Uyuni’s lithium resources.

• Deepsea ChallengerRelated: Battery power supported propulsion, lighting, instruments, and life-support equipment during the dive.

• Fluorine chemistryRelated: Fluorinated salts and binders help shape electrolyte and electrode performance.

• SpodumeneRelated: Lithium chemicals made from spodumene supply materials used in these batteries.

• AcetonitrileRelated: Acetonitrile is studied as a low-viscosity solvent for some battery electrolytes.

• Amorphous carbonRelated: Disordered carbon can serve as an anode material for storing lithium.

• LaptopRelated: It supplies the energy that lets a laptop work away from an outlet.

• PetaliteRelated: Battery production drives much of the demand for lithium recovered from ores such as petalite.

• Group 10 elementRelated: Nickel-rich cathodes use nickel to raise energy density in many battery designs.

• LepidoliteRelated: Lithium recovered from minerals such as lepidolite can enter battery supply chains.

• Tin miningRelated: Tin is investigated and used in some battery anodes, creating a potential source of future demand.

• Group 9 elementRelated: Cobalt compounds in some cathodes improve energy density and structural stability.

• KolweziRelated: Cobalt from Kolwezi is used in some battery chemistries, though cobalt-free designs also exist.

• Portable media playerRelated: Its high energy density enables long playback in a compact device.

• Bertrand PiccardRelated: Solar Impulse 2 stored daytime solar energy to fly through the night.

• Lithium iodideRelated: Lithium iodide has been studied as an electrolyte additive in some battery systems.

• Mobile deviceRelated: Its rechargeable energy storage supports portable operation without a constant power connection.

• Alternative fuel vehicleRelated: It is the dominant onboard energy store in modern battery-electric vehicles.

• Lithium nitrideRelated: Li₃N has been studied as a lithium-ion-conducting component in battery designs.

• Propylene carbonateRelated: Propylene carbonate serves as a polar solvent in some lithium-ion battery electrolytes.