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High Voltage Window Electrolyte for Supercapacitors Disclosure Number 201603726 Technology Summary The invention is directed to high voltage electrolytes for supercapacitors. A supercapacitor and an electrolyte composition for use in a supercapacitor are described herein. The supercapacitor includes a negative carbon electrode having a current collector, a positive carbon electrode havi…

Pulse Thermal Processing of Solid State Lithium Ion Battery Cathodes Pulse Thermal Processing of Solid State Lithium Ion Battery Cathodes Disclosure Number 201102630 Technology Summary The current methods of producing all-solid-state lithium ion batteries are only suited for small-scale, low-power cells and involve high-temperature vacuum techniques. The…

Novel Nitride-Modified Multielectron Conversion Electrode Materials for Lithium Ion Batteries Novel Nitride-Modified Multielectron Conversion Electrode Materials for Lithium Ion Batteries Disclosure Number 201202801 Technology Summary There is an urgent need for new electrochemical cell chemistries to achieve increased electrical energy storage capacity …

Sulfur/Carbon Composites and Additives for Li/S batteries Disclosure Number 200902242 Technology Summary In this invention we disclose a cathode structure and a class of additives that can significantly improve the cyclability of Li/S batteries and promote the utilization of sulfur in the battery cycles. The first part of this invention describes a bimoda…

: Fact Cards
: Sulfur, Lithium Ion , Cathode...

Lipon Coatings for High Voltage and High Temperature Li-Ion Battery Cathodes Lipon Coatings for High Voltage and High Temperature Li-Ion Battery Cathodes Disclosure Number 201002504 Technology Summary The present invention relates to improved energy density for rechargeable Li-ion batteries. Such improvements require use of high-capacity and high-voltage…

Magneto-Electrochemical Method of In-Situ Repair of Li-Ion Cathode Materials and Improving Recovery Rate of Active Materials During Recycling Magneto-Electrochemical Method of In-Situ Repair of Li-Ion Cathode Materials and Improving Recovery Rate of Active Materials During Recycling Disclosure Number 201202967 Technology Summary Recently there has been …

System for Electrolysis of Water to Produce Hydrogen The electrolysis of water offers an alternative method for large scale production of hydrogen, without toxic and environmentally damaging byproducts. By using multiple microelectrodes on a substrate plus nearby counterelectrodes, an ORNL researcher invented a scalable means of splitting water into hydrogen and/or oxygen. This system functions w…

Solid Oxide Fuel Cell Cathode Material Disclosure Number 200501587 Technology Summary A mixed ionic and electronic conducting cathode material has been develop with the general formula A2B2O5 where A =Ca, Sr, Ba, La, Bi and B=Fe, Ni, Ti, Co, Mn, Cu, V or mixtures there of. This new material demonstrates high oxygen ion conductivity and when used as a cath…

Lithium-Conducting Sulfur Compound Cathode for Lithium-Sulfur Batteries Lithium-Conducting Sulfur Compound Cathode for Lithium-Sulfur Batteries Disclosure Number 201202924 Technology Summary Lithium-sulfur batteries supply theoretical energy densities five times higher than lithium-ion batteries. Carbon materials are used to improve the poor electronic c…

: Fact Cards
: Sulfur, Lithium Ion , Lithium...

Stable Fluorinated and Alkylated Lithium Malonatoborate Salts for Lithium Ion Battery Applications Stable Fluorinated and Alkylated Lithium Malonatoborate Salts for Lithium Ion Battery Applications Disclosure Number 201503450 Technology Summary Stable lithium borate salts were synthesized and tested for application in lithium ion batteries. Without using any additives, these new …

: Fact Cards
: Lithium Ion , Lithium, Chemistry...
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