Global ETD Search
Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.
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Showing 1 to 7 of 7 for “"primary batteries"”.
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Elucidating Concentration and Temperature-dependent Energy Limitations of a Novel Fluorinated-organosulfur Catholyte for Li Primary Batteries
Increasing the energy density of Lithium (Li) primary batteries requires exploring novel electrochemical reactions. Herein, the novel Li–carbon cell with a liquid catholyte based on the reactant 4-nitrophenylsfur (NO₂-Ph-SF₅) is studied in detail with emphasis on its energy limitations under …
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A Showcase of Functional Fluorous Materials and Their Applications
… to be an important functional group for lithium primary batteries.
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Synthesis and Characterization of Polymer Composite Materials For Lithium Battery Cathodes and Capacitors
… of polymer composite materials used in lithium primary batteries and capacitors. The objective of the first part of the dissertation is to develop cathode materials based on silver vanadium oxide (SVO) coated with polypyrrole (PPy) having lower particle-to-particle resistance, lower initial …
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Designing Electrolytes for Durable and Fast-Charging Alkali-Ion Batteries
… storage and rational utilization of this energy, batteries play a crucial role in modern energy storage solutions. In addition to grid-scale storage, batteries power our electronics and electric vehicles, integrated with circuit design. Batteries have a long history, traced back to 19th century. …
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Tailoring Fluoride/Fluorine Bond Activity for High-Energy Li and Li-ion Batteries
… and SO₂ are representative examples for Li primary cathodes. In contrast, fluoride-based cathodes are generally less investigated, with only several instances, but all with exceedingly high theoretical energy densities, such as carbon-monofluoride (CFₓ), transition metal fluorides, and the …
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Nanomaterial design and fabrication for energy storage
… and predict future trends. Non-rechargeable batteries are the predominant energy source for today’s commercial wireless sensors and both the energy and power demands dramatically reduce the lifetime of the primary batteries. The value of the useful data gathered is offset by the frequent …
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Molecular-Level Understanding of Electrochemical Reaction Mechanisms and Electrode Interphases in Metal-CFx Batteries
… exploration. Metal anode and conversion-type batteries provide higher specific energy compared to conventional intercalation-based systems. Among these, metal-carbon monofluoride (CF<sub>x</sub>) batteries, such as lithium-CF<sub>x</sub> (Li/CF<sub>x</sub>), stand out due to their high …