The development of particulate materials is accelerating at a tremendous speed and
nanoparticles have gradually gained worldwide attention. Among them, silicon carbide (SiC) …

Over the past several decades, industrialised and develo** nations have attempted to
enhance sustainability. Demands for energy and the acceleration in environmental …

Based on the domain theory, the domain structure of electrically calcined anthracite was
studied for the first time. The carbon microstructure of the electrically calcined anthracite was …

The utilization of solid waste for filling mining presents substantial economic and
environmental advantages, making it the primary focus of current filling mining technology …

Silicon carbide is an extremely hard material that exhibits exceptional corrosion resistance
as well as thermal shock resistance. Its high mechanical properties determine the increased …

The structures, equations of state, phase transitions, mechanical stability, and elastic
anisotropies of five SiC polymorphs (wurtzite, 4H, 6H, zinc blende, and rocksalt phases) …

Direct reaction of precursors with the products of detonation remains an underexplored area
in the ever-growing body of detonation synthesis literature. This study demonstrated the …

Abstract Tricobalt tetraoxide (Co 3 O 4) nanoparticles have excellent applications in the
fields of electricity, photocatalysis, and ceramics, whereas conventional synthesis methods …

Detonation synthesis of silicon carbide (SiC) nanoparticles from carbon liberated by
negatively oxygen balanced explosives was evaluated in a 2 3 factorial design to determine …

We studied the role of F 0 centers at a MgO surface in decomposition of energetic nitro
compounds which is critically important for the control of chemical explosion reactions in …