2001Journal of North China Institute of TechnologyRequires access

Study on the Synthesis of Anthraquinone Through Liquid liquid Abstractive Oxidation of Anthracene

Liu Lai

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Abstract

ive oxidation of anthracene. Methods The operating conditions which influence reaction rate were investigated. Results and Conclusion The result of experiments indicates that the yield of anthraquinone over 98% could be obtained through controlling H\-2SO\-4 concentration and temperature at 15% and 68℃ respectively for a stoichiometric amount of K\-2Cr\-2O\-7 reacted for 3 hours.

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ive oxidation of anthracene. Methods The operating conditions which influence reaction rate were investigated. Results and Conclusion The result of experiments indicates that the yield of anthraquinone over 98% could be obtained through controlling H\-2SO\-4 concentration and temperature at 15% and 68℃ respectively for a stoichiometric amount of K\-2Cr\-2O\-7 reacted for 3 hours.

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Available abstract

ive oxidation of anthracene. Methods The operating conditions which influence reaction rate were investigated. Results and Conclusion The result of experiments indicates that the yield of anthraquinone over 98% could be obtained through controlling H\-2SO\-4 concentration and temperature at 15% and 68℃ respectively for a stoichiometric amount of K\-2Cr\-2O\-7 reacted for 3 hours.

Key concepts: Anthracene, Anthraquinone, Yield (engineering), Stoichiometry, Chemistry, Photochemistry, Nuclear chemistry, Organic chemistry

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