We investigated the process of zirconium dioxide powder synthesis by shock wave loading of a porous metal and the subsequent dispersion. The synthesized powder consists of hollow spherical shells and highly porous conglomerates with a 500 μm mean dimension. The specific surface of the powder is independent of the particle size and is 1.25±0.35 m2/g. The tetragonal modification predominates for large dimensions, while the monoclinic is more common in the small. The possibility of stabilizing the oxides in the high-temperature phase is investigated.
A. A. Deribas合作论文数12
Vitali Nesterenko合作论文数Department of Mechanical and Aerospace Engineering, Jacobs School of Engineering, University of California, San Diego4A. I. Lyamkin合作论文数4Evgeny a Petrov合作论文数3A. A. Bukaemskii合作论文数3A. G. Beloshapko合作论文数3A. I. Matytsin合作论文数3
G. V. Sakovich合作论文数2V.I. Maly合作论文数2N. A. Kostyukov合作论文数2N. V. Gubareva合作论文数2I. G. Kuz'Min合作论文数2p m brylyakov合作论文数1G. E. Kuz’min合作论文数1Vm Titov合作论文数1B. K. Styron合作论文数1alexandr ivanovich shebalin合作论文数1
Alexander Ershov合作论文数1
V. A. Simonov合作论文数Institute of Geology and Mineralogy, Russian Academy of Sciences1a Yu Serebryakov合作论文数1V. M. Kudinov合作论文数1E. G. Avvakumov合作论文数1Yu. A. Pavlov合作论文数1
Alexandr Shtertser合作论文数1Alexey P. Ershov合作论文数1T. S. Teslenko合作论文数1T. M. Sobolenko合作论文数1
