Synthesis and study of <Emphasis Type="Italic">p</Emphasis>-arylphenol—Amine resin as antioxidant additive for petroleum luminophores: Fid-Bau Portal

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Synthesis and study of p-arylphenol—Amine resin as antioxidant additive for petroleum luminophores

Rasulov, Ch. K. / Azizov, A. G. / Salmanova, Ch. K. / Akhmedbekova, S. F. / Zeinalova, L. B. / Mamedova, F. M.

Abstract Optimal conditions for the synthesis of p-arylphenol—amine resin (PAPAR) from pyrolysis condensate and hexamethylenetetramine were found. The PAPAR structure was established by spectral and chemical techniques. The PAPAR properties enhancing the oxidation resistance of petroleum luminophores produced from catalytically cracked heavy gas oil and heavy pyrolysis tar were studied. The mechanism of the PAPAR action during photoirradiation of petroleum luminophores was shown.

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Synthesis and study of p-arylphenol—Amine resin as antioxidant additive for petroleum luminophores

Rasulov, Ch. K. / Azizov, A. G. / Salmanova, Ch. K. / Akhmedbekova, S. F. / Zeinalova, L. B. / Mamedova, F. M.

Abstract Optimal conditions for the synthesis of p-arylphenol—amine resin (PAPAR) from pyrolysis condensate and hexamethylenetetramine were found. The PAPAR structure was established by spectral and chemical techniques. The PAPAR properties enhancing the oxidation resistance of petroleum luminophores produced from catalytically cracked heavy gas oil and heavy pyrolysis tar were studied. The mechanism of the PAPAR action during photoirradiation of petroleum luminophores was shown.

Synthesis and study of p-arylphenol—Amine resin as antioxidant additive for petroleum luminophores

Rasulov, Ch. K. / Azizov, A. G. / Salmanova, Ch. K. / Akhmedbekova, S. F. / Zeinalova, L. B. / Mamedova, F. M.

Abstract Optimal conditions for the synthesis of p-arylphenol—amine resin (PAPAR) from pyrolysis condensate and hexamethylenetetramine were found. The PAPAR structure was established by spectral and chemical techniques. The PAPAR properties enhancing the oxidation resistance of petroleum luminophores produced from catalytically cracked heavy gas oil and heavy pyrolysis tar were studied. The mechanism of the PAPAR action during photoirradiation of petroleum luminophores was shown.

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Title:

Synthesis and study of p-arylphenol—Amine resin as antioxidant additive for petroleum luminophores

Contributors:

Rasulov, Ch. K. (author) / Azizov, A. G. (author) / Salmanova, Ch. K. (author) / Akhmedbekova, S. F. (author) / Zeinalova, L. B. (author) / Mamedova, F. M. (author)

Published in:

Petroleum Chemistry ; 46 ; 279-282

Publication date:

2006-07-01

Size:

4 pages

ISSN:

1555-6239 , 0965-5441

DOI:

https://doi.org/10.1134/S0965544106040104

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Photooxidation , Petroleum Chemistry , Hexamethylenetetramine , Phenol Alkylation , Urotropin Chemistry , Industrial Chemistry/Chemical Engineering

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