All Batteries articles – Page 2
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NewsA more energy-efficient lithium electrolysis
Could a ceramic hold the key to cheaper and less noxious lithium extraction using electrolysis?
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NewsA step closer to post-lithium energy storage
Calcium batteries could be viable thanks to a new electrolyte
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ResourceRecharge your batteries | 14–16 years
Find out how lithium-ion batteries work, and the issues surrounding their manufacture and disposal
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FeatureNew power, old batteries
Closing the loop in lithium-ion battery recycling from electric cars
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NewsThank the Nobel prize winners for your mobile phone
Start a lesson with the Nobel prize-winning chemistry involved in lithium-ion batteries
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FeatureSuper-slimmed smartphones
Could ‘colourful’ batteries revolutionise phones? This article includes teaching resources
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FeatureRecharging the future
As lithium-ion batteries are pushed to their limits, what technology could replace them?
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NewsFire-fighting lithium–ion battery doesn’t compromise on performance
Electrospun device can release flame retardants in the event of a battery short circuit or catastrophic damage
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NewsRechargeable first for promising battery tech
New cathode material makes for energetic, rechargeable sodium–carbon dioxide batteries that could power Mars vehicles
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NewsPolymer takes the heat out of batteries
Polymer electrode coating may help prevent lithium battery fires
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SoundbiteBreathing batteries for electric cars
Nina Notman discovers how air could power the transport of the future
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Class experimentRechargeable cells: the lead–acid accumulator
Use this practical to demonstrate the chemistry behind rechargeable batteries, using a lead–acid accumulator cell. Includes kit list and safety instructions.
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The MoleBatteries and electrochemical cells
Investigate the chemistry behind the battery in your smartphone and find out how you can build a simple electrochemical cell from everyday items in your house.
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ResourceOn This Day - Apr 14 : Nuclear batteries used
NASA’s Nimbus III weather satellite first made use of nuclear batteries, which use emissions from a radioactive isotope to generate electricity. Compared to other batteries they are very expensive, but have a very long life and produce lots of energy for their size.
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