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Thermal insulation using fullerenes
By: Wexler, E.M.; Loutfy, R.O.;
2004 / IEEE / 0-7803-8357-5
Description
This item was taken from the IEEE Conference ' Thermal insulation using fullerenes ' A novel type of multi-layer vacuum insulation based on carbon nano-materials, namely fullerenes, has been demonstrated. The design is based on unique thermal insulation properties of fullerenes, arising from their electronic structure, as well as proprietary deposition technique using thin layers of reflective material as a support. As a result of experimental testing, the fabricated samples of fullerene-based insulation were shown to possess R-values of 36 to 40 per inch of thickness at cryogenic temperatures, which considerably exceeds those of commonly available insulation materials (for example, polyurethane (R6.7), expanded polystyrene (R3.8), and even vacuum insulated panels (R9/spl sim/24)). Application of such insulation will result in significant size and weight reduction while maintaining cost-effectiveness.
Related Topics
Carbon Nanotubes
Semiconductor Materials
Thermal Insulation
Multilayers
Thermal Insulating Materials
Nanostructured Materials
Thermal Conductivity
Vacuum Insulation
Thermal Management (packaging)
Nanotechnology
Defect States
Liquid Phase Deposition
Thermal Insulation
Fullerenes
Carbon Nanomaterials
Multilayer Vacuum Insulation
Thin Layer Deposition
Reflective Material
Cryogenic Temperatures
Polyurethane
Expanded Polystyrene
Cost Effectiveness
Weight Reduction
Size Reduction
Insulation
Thermal Conductivity
Thermal Resistance
Surface Resistance
Costs
Consumer Electronics
Electric Resistance
Chemical Technology
Temperature Distribution
Protection
Fullerenes
Spray Coating Techniques
Engineering
Electronic Structure