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Porous carbon-sulfur for ultrahigh capacity lithium ion batteries


Stanford Reference:

09-182


Abstract


Stanford researchers have developed a nanostructured rechargeable battery consisting of a lithium sulfur based cathode and a silicon nanowire anode. The lithium sulfur is made electrochemically active by incorporating it within the pores of CMK-3 mesoporous carbon in the cathode. Silicon nanowire anodes provide high capacity, low reaction potential and moderate cycle life. This technology offers a safe, high energy density, light-weight battery.

Applications


  • Lithium ion batteries
  • Rechargeable batteries

Advantages


  • Enable sulfur materials and produce high capacity cathodes

Publications



Innovators & Portfolio



Patent Status



Date Released

 4/21/2016
 

Licensing Contact


Linda Chao, Senior Associate
(650) 725-9408 (Direct)
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Related Keywords


batteries   lithium ion batteries   cathode   energy: storage   sulfur-based cathode   silicon nanowire   
 

   

  

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