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TECHNOLOGIES AND EQUIPMENT FOR SYNTHESIZING OF NANOPRODUCTS USING PULSE COMBUSTION
Zelenev Ilya Nikolaevich1, Polshikov Vitaly Jurevich2, Alektorov Artyom Andreyevich3, Dobrosotskiy Alexey Aleksandrovich4, Baranov Andrey Alekseevich5
1Tambov State Technical University, master student of the Technics and technology of production nanomaterials department
2Tambov State Technical University, postgraduate student
3Tambov State Technical University, master student of the Technics and technology of production nanomaterials department
4Tambov State Technical University, master student of the Technics and technology of production nanomaterials department
5Tambov State Technical University, Ph.D, Associate Professor of the Technics and technology of production nanomaterials department
1Tambov State Technical University, master student of the Technics and technology of production nanomaterials department
2Tambov State Technical University, postgraduate student
3Tambov State Technical University, master student of the Technics and technology of production nanomaterials department
4Tambov State Technical University, master student of the Technics and technology of production nanomaterials department
5Tambov State Technical University, Ph.D, Associate Professor of the Technics and technology of production nanomaterials department
Abstract
Provided are data on the synthesis of nanoproducts using the technology of pulse combustion. The prospects of using pulse combustion for synthesis of nanoscale catalysts, carbon nanotubes by CVD method, for thermal cleaning and drying of nanoproducts. Presented the scheme of the synthesis of carbon nanostructured materials in the flame of pulse combustion apparatus.
Keywords: carbon nanostructured materials, catalyst, flame synthesis, nanofibers, nanotubes, pulse combustion
Category: 05.00.00 Technical sciences
Article reference:
Technologies and equipment for synthesizing of nanoproducts using pulse combustion // Modern scientific researches and innovations. 2013. № 6 [Electronic journal]. URL: https://web.snauka.ru/en/issues/2013/06/24961
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