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Characteristics
Composition available :
The process allows the growth of nanowires composed of, for example,
- cubic silicon carbide (Beta-SiC)
- trigonal silicon nitride (Alpha-Si3N4)
- mixed Beta-Sic and Alpha-Si3N4
The long nanorods produced are highly pure because no catalyst is needed. Moreover, no residual particle appears during process.
With this process, it is possible to add a multi-layer coating around the nanofibre, forming a nanocable. This coating can be composed of carbon, silicon, boron nitride (BN), SiO2..
Size of the nanowires : (controlled during process)
- Diameter from 20 nm to 100 nm
- Length up to 500 µm (very long fibers - non toxic)
The nanowires are produced in felt, easily handleable.
Characteristics of the nanofiber :
- High Young Modulus (> 500 GPa)
- Thermally and chemically stable
- Compatible with high power and high frequency applications (under severe conditions)
- Low density
- Many colors available in the visible spectrum
Contact us : Philippe Roussel+33 (0)4-37-37-42-98
philippe.roussel@universite-lyon.fr
-- Link to Key_points_Si-based_nanowire.pdf (253.30 Kb) --
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Création www.comete.com création logo entrepriseCharacteristics nanocable, color, felt, severe conditions, nanofibre Characteristics nanorod, long, pure, coating, nanowire, SiC home process, multi-layer coating, nanofibre, nanorod, si-based, patent, licensing, sic patent, nanowire, si-based, licence, process, sic Home
Process transferable, gaseous phase, growth, nanofibre yield, oven, nanowire, industry, nanocable Process
Characteristics nanocable, color, felt, severe conditions, nanofibre nanorod, long, pure, coating, nanowire, SiC Characteristics
Applications SiC-Based device, sensor, multi-functional, nanofibre, si-based composite, electronics, NEMS, nanowire, thermo Applications
Out Licensing Contact know-how, licence, industrial, nanowire, si-based out licensing, patent, intellectual property, nano Contact
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