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US Patent Number |
Title
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Carbon Fiber Structures having Improved Interlaminar Properties |
|
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High Performance Carbon Filament Structures |
|
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Removal of Contaminants from Aqueous & Gaseous Streams using Graphite Filaments |
|
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High Performance Carbon Filament Structures |
|
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Process for Separating Components from Gaseous Streams |
|
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Storage of Hydrogen in Layered Nanostructures |
|
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Method for Introducing Hydrogen into Layered Nanostructures |
|
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Graphite Nanofiber Catalyst Systems for use in Fuel Cell Electrodes |
|
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Lithium Ion Battery Containing an Anode Comprised of Graphitic Carbon Nanofibers |
|
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Crystalline Graphite Nanofibers and a Process for Producing Same |
|
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Gold Catalysts Supported on Graphitic Carbon Nanostructures |
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Catalysts for Producing Narrow Carbon Nanostructures |
|
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Novel Graphite Nanocatalysts |
|
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Method for Producing Multifaceted Graphitic Nanotubes |
|
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Catalyst for Generation of CO-free hydrogen from Methane |
|
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CO-free Hydrogen from Decomposition of Methane |
|
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Method for Producing Powdered Metal Catalysts |
|
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Multi-Component Conductive Polymer Structures and a Method for Producing Same |
|
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Process of Converting Ethylbenzene to Styrene Using a Graphite Nanocatalyst |
|
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Aluminum Electrolytic Capacitor having an Anode having a Uniform Array of Micron-sized Pores |
|
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Graphite Nanofibers Having Graphite Sheets Parallel to the Growth Axis |
|
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Carbon Nanochips as Catalyst Supports for Metals and Metal Oxides |
| 7,592,389 |
Conductive Polymeric Structures Containing Nanofibers Having Graphite Parallel to the Growth Axis |
|
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Method for Producing Nanocatalysts having Improved Catalytic Performance |
|
Foreign Patent
Number |
Title
|
|
JP3961440,B |
Carbon Nanotube and Method of Fabricating the Same |
| EU1,456,439 |
Method for Producing Multifaceted Graphite Nanotubes |
| JP4157791 |
Carbon Nanofiber and Method for Producing Same |
| JP4393075 |
Negative Electrode Material for Lithium Ion Battery |
|
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