초록 ▼

Method of preparing lithium anodes contacted with organic materials prior to association of the anode with a cathode material wherein the contacted anode is first subjected to a heat treatment. Upon incorporation of the improved anode into an electrochemical battery or cell and association of the he

Method of preparing lithium anodes contacted with organic materials prior to association of the anode with a cathode material wherein the contacted anode is first subjected to a heat treatment. Upon incorporation of the improved anode into an electrochemical battery or cell and association of the heat treated anode with a suitable cathode material, the cell may be discharged under controlled conditions for a short time prior to its usual “burn-in”discharge.

대표청구항 ▼

A method of making an electrochemical cell wherein the anode includes an operative surface area and the cathode comprises a charge-transfer complex material, comprising the steps: providing a lithium anode element having an operative surface to be associated with a cathode in a cell; contacting at l

A method of making an electrochemical cell wherein the anode includes an operative surface area and the cathode comprises a charge-transfer complex material, comprising the steps: providing a lithium anode element having an operative surface to be associated with a cathode in a cell; contacting at least the operative surface of the anode element with organic material; heating the anode element and organic material to a temperature between at least about 260°F. and the melting temperature of the organic material; providing a cathode including a charge-transfer complex material, and assembling the anode and cathode in electrochemically operative relationship.