Abstract
In this work, a porous carbon material (PСM) was obtained on the basis of superhydrophobic soot synthesized during combustion of a propane-butane mixture and an oil sludge from the Zhanaozen field. The resulting PСM was used as a carrier catalyst for the synthesis of carbon nanotubes. Synthesized samples of multi-wall carbon nanotubes (MWCNT) were confirmed by Raman spectra and a scanning electron microscope (SEM).
Highlights
Nowadays, the amount of global production of porous carbon materials is about one million tons per year and continues to grow
In this work samples of a porous carbon material containing nanotubes were studied at the Raman spectrometer NTegra Spectra (NT-MDT, Russia), whose excitatory radiation wavelength is 473 nm
Raman spectra of a porous carbon material have shown that represented by two characteristic carbon peaks G (1570-1600 cm-1) and D (1360 cm-1)
Summary
The amount of global production of porous carbon materials is about one million tons per year and continues to grow. АСА ГИДРОФОБТЫ КҮЙЕ ЖӘНЕ МҰНАЙ ШЛАМЫ НЕГІЗІНДЕ КЕУЕКТІ КӨМІРТЕКТІ МАТЕРИАЛДАРДЫ ӨНДІРУ Аңдатпа: Бұл жұмыста кеуекті көміртекті материал (ККМ) пропан-бутан қоспасы жанғанда синтезделген аса гидрофобты күйе мен мұнай қалдығы негізінде алынған.
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