Global ETD Search
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Showing 1 to 6 of 6 for “"sodiation"”.
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Ab Initio Prediction of Metal Phosphide Anode Materials for Lithium and Beyond Lithium Batteries
… searching. Furthermore, the experimental sodiation pathway for FeP$_4$ has not yet been identified, though it was considered to be a conversion anode. From the results of the ternary AIRSS search on Na-Fe-P, I propose a theoretical sodiation pathway via an insertion process for FeP$_4$ …
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Characterising Electrolyte Interactions with Carbon Anodes for Sodium Ion Batteries
… instead, this is despite their structure and sodiation mechanism not being fully understood. The choice of electrolyte for a battery is critical and if certain electrolyte solvents such as diglyme are used, co-intercalation of Na into graphite occurs. In Chapter 3, the interactions between …
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In situ investigation of electrochemical surface stress development in rechargeable batteries
… of stress evolutions arising from lithiation/sodiation and delithiation/desodiation. Accommodating metal ion process makes compressive stress whereas stripping metal ion process makes tensile stress. These two types of stress evolution was measured by employing in situ electrochemical stress …
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ATOMIC LAYER DEPOSITION OF ALKALI PHOSPHORUS OXYNITRIDE ELECTROLYTES FOR BEYOND-LITHIUM NANOSCALE BATTERIES
… cathode material, excluding the need for ex-situ sodiation in liquid solutions or depositing a pre-sodiated electrode material. Strategies to pair this NaxVO2/NaPON cathode/electrolyte with a stable anode are discussed, with a focus on the ultimate realization of a high-performance Na-SSB. This …
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Heteroatom-Doped Graphitic Materials for Energy Storage
… led to proposed mechanisms of lithiation or sodiation. Furthermore, alternations to the synthetic procedure allowed reliable encapsulation of white phosphorus between graphene layers, enabling effective, reversible cycling of red phosphorus without degradation.