СOPOLYMER SYNTHESIS METHOD FOR NANOCOMPOSITE BASED ON TITANIUM DIOXIDE
Hydrocarbon pyrolysis is the main source of low molecular weight olefins, mainly ethylene, propylene and acetylene. The
increase in the amount of ethylene and propylene production also leads to an increase in secondary products formed in this
process. The use of the resulting secondary products is of urgent importance.
The naphthalene fraction was separated from the pyrolysis oil, which was considered a secondary product, and the obtained
naphthalene was sulfonated. Then, the sulfonated mass was polycondensed in the presence of formalin. The electrical
conductivity of the obtained nanocomposite was determined by depositing the obtained copolymer into titanium dioxide
nanopores.
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