Method of making an electrolyte activatable lithium-ion rechargeable battery cell
AssigneeBell Communications Research, Inc.
InventorsAntoni S. Gozdz, Caroline N. Schmutz, Jean-Marie Tarascon, Paul C. Warren
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AssigneeBell Communications Research, Inc.
InventorsAntoni S. Gozdz, Caroline N. Schmutz, Jean-Marie Tarascon, Paul C. Warren
Estimating the term…
Li-ion rechargeable battery cell electrode and electrolyte/separator elements formulated as layers of plasticized polymeric matrix compositions are laminated to form a unitary battery cell structure. The structure may be stored indefinitely, since it is essentially devoid of electrolyte solution which typically comprises a moisture-sensitive lithium salt. Prior to the battery's being put into service, at least a portion of the compatible polymeric composition plasticizer is displaced by contact with a lithium salt electrolyte solution or is removed by extraction with a selective solvent and replaced with the electrolyte solution by simple imbibition. The battery thus activated may then be charged and recharged in the usual manner.
A method of making a rechargeable battery structure which comprises arranging, in sequence, a positive electrode element, a separator element, and a negative electrode element characterized in that
A method of making a rechargeable battery structure which comprises arranging, in sequence, a positive current collector element, a positive electrode element, a separator element, a negative electrode element, and a negative current collector element characterized in that
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