Electrolyte and Electrode Passivation for Thin Film Batteries
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Engineering topics
Publications and source records attributed to Blosiu, J..
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Passivation films for thin film batteries have been prepared and the conductivity and voltage stability window have been measured. Thin films of Li2CO3 have a large voltage stability window of 4.8V, which facilitates the use of this film as a passivation at both the lithium anode-electrolyte interface at high cathodic potentials.
An approach to generated creative design that employs the practice of synectics is presented.
Prototype aerospace lithium ion cells have shown impressive performance in several categories, such as specific energy, energy density and low-temperature performance.
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The paper proposes the use of the orthogonal arrays for neural network learning. Learning can be seen as a search for the neural weights that give an optimal network performance.