Abstract
Thermal interactions between solid-phase mixtures of metal acetylacetonates with ultradispersed diamond and explosive detonation products are investigated. It is shown that these processes occur through combustion. The behavior of ultradispersed diamond and carbon (not transformed into the diamond phase) during thermal oxidation initiated in air due to exothermal pyrolysis of metal acetylacetonates is examined. The combustion reactions of solid-phase mixtures of this type can find application in the synthesis of new diamond-containing materials.
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