USING CARBON NANOTUBES (CNT) FOR CREATION OF NANOCOMPOSITE MATERIALS
Recommended application field:
- Molecular electronics;
- Nanoprobes and sensors;
- Composite materials with different matrix (metal, ceramic, plastic);
- Storage of energy;
- The accumulation of hydrogen.
Advantages over analogues:
- High thermal conductivity and electrical conductivity,
- Low density,
- Nivysshaya strength and elasticity.
The development stage readiness:
Ready for application
Description of the development:
() The physical and chemical design principles and methods for producing composites that are reinforced with CNT in the metal melts_
The methods developed for surface functionalization of CNT by applying nanoscale coatings of various compounds containing metals_
According to the results of molecular dynamics simulations using the mechanism of the growth of CNT. According to this mechanism there is a step carbide by reacting with carbon atoms catalysts atoms graphene sheet, which leads to rolling the sheet to form nanotubes_
Thanks to new technologies and surface engineering of nano-coating provides improved wettability of CNT liquid media and protect them from unwanted interactions. This gives the opportunity to design a wide range of composites with metal, ceramic and polymer matrix nanostrukturovannoy with exceptional mechanical, thermal and / or electrical properties.
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corresponds technical description
Ready for implementation
Possibility of transfer abroad:
Licence's sale Technological document's sale Combinated reduction to industrial level Joint production, sale, exploitation
Photo
Country
Ukraine
For additional information turn to: E-mail: gal@uintei.kiev.ua
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