In developing sodium-ion batteries, hard carbon is the material most often used for the anode, but unknowns concerning the charge storage mechanism in this material hinder further development. Researchers have proposed several models to explain the charge storage mechanism, and a recent study lends support for the three-stage “adsorption-intercalation-adsorption” process.
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ACerS officially announced the establishment of its new Energy Materials and Systems Division. In recognition of the new Division, check out some of the research published in ACerS journals beneficial to energy harvesting and storage systems.
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Water purification techniques, sodium-ion batteries, and expanding your impact make Jonathon’s list of top five favorite CTT posts from 2019.
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To advance energy storage technologies, batteries made from materials other than lithium need to be developed and explored. Researchers from Nippon Electric Glass and Nagaoka University of Technology created one such battery—an all-solid-state sodium-ion battery.
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Flat gallium joins roster of new 2-D materials, common bricks can be used to detect past presence of radioactive materials, and other materials stories that may be of interest for March 14, 2018.
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A team of researchers at the University of Texas at Austin is trying to revolutionize the battery world with a new and improved all-solid-state sodium-ion battery that has three times higher energy density than today’s lithium-ions.
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Sodium-ions in a standard battery format, new form of iron oxide has surprising characteristics, and other materials stories that may be of interest for December 9, 2015.
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Materials scientists at the University of Texas at Austin have created another new cathode material—this time to propel sodium-ions into the future power mainstream.
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