Developing Batteries Worth Their Salt: Technical Advances for Cost Effective Molten Sodium Batteries
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Spoerke, Erik David↗
Engineering topics
Percival, Stephen
Publications and source records attributed to Percival, Stephen.
Molten Sodium Batteries: Lewis Acidity of AlCl3/NaI Catholyte Impedes NaSICON Interface
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Meyerson, Melissa Lynn↗
Al-Fe Based Molten Salts for Long Duration Energy Storage
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Small, Leo J.↗
"Dirt Cheap" Energy Storage: Clay-Based Separators for Solid State Storage
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Spoerke, Erik David↗
Bio-Inspired Polymeric Ion Capture for Critical Materials Harvesting
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Spoerke, Erik David↗
Keep It Lewis-Basic: Stability of NaSICON Separators in AlCl3-NaI Catholytes for Molten Sodium Batteries
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Maraschky, Adam Matthew↗
Sodium electrochemical interfaces with NaSICON-type ceramics
The present invention is directed to the modification of sodium electrochemical interfaces to improve performance of NaSICON-type ceramics in a variety of electrochemical applications. Enhanced mating of the separator-sodium interface by means of engineered coatings or other surface modifications results in lower interfacial resistance and higher performance at increased current densities, enabling the effective operation of molten sodium batteries and other electrochemical technologies at low and high temperatures.
36 MATERIALS SCIENCE↗
sTable Salt Batteries: Understanding Materials Challenges to NaSICON Ceramics in Low-Temperature Molten Sodium Batteries
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Spoerke, Erik David↗