New Nanocarbon High-Energy Materials


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Abstract

The differential thermal analysis is applied to study the influence of activated carbon with multilayer graphenes (three and more sheets) on the thermal decomposition of a substance based on hydroxylammonium nitrate and carboxyl methyl cellulose. It is demonstrated that addition of activated carbon with multilayer graphenes lead to an increase in the burning rate of hydroxylammonium nitrate up to four times. Addition of activated carbon at the stage of thermal decomposition leads to a decrease in temperature and time of the chemical reaction until complete decomposition of ammonium nitrate.

About the authors

Z. A. Mansurov

Institute of Combustion Problems; Al-Farabi Kazakh National University

Author for correspondence.
Email: zmansurov@kaznu.kz
Kazakhstan, Almaty, 050012; Almaty, 050078

M. K. Atamanov

Northwestern Polytechnical University

Email: zmansurov@kaznu.kz
China, Xi’an

Zh. Elemesova

Institute of Combustion Problems; Al-Farabi Kazakh National University

Email: zmansurov@kaznu.kz
Kazakhstan, Almaty, 050012; Almaty, 050078

B. T. Lesbaev

Institute of Combustion Problems; Al-Farabi Kazakh National University

Email: zmansurov@kaznu.kz
Kazakhstan, Almaty, 050012; Almaty, 050078

M. N. Chikradze

Tsulukidze Mining Institute

Email: zmansurov@kaznu.kz
Georgia, Tbilisi, 0186

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