Abstract The use of Ni-Al alloys proves to be highly relevant in advanced radiant burner
production. The aim of this study is an in-situ fabrication of maсro-porous B2-L1 2 Ni-Al …

Combustion synthesis (CS) in thermal explosion mode under conditions of controlled heat
loss is used for synthesis of thin Ni-Al porous plates. In the present work, compacted Ni-Al …

A wide range of capillary processes participates in the structural transformation of the
reacting metal powders during the combustion synthesis of intermetallics. Using additives …

Combustion synthesis is a promising technique for producing the oxynitride ceramics, which
represent a new class of materials with high resistance to high temperatures and to intensive …

SHS synthesis of titanium carbide and metalloceramics (cermets) based on it shows that
transition from a powder mixture to a granular mixture reduces the effect of the release of …

The possibility of obtaining a composite material from a ferroalloy based on silicon,
aluminum, and zirconium nitrides using self-propagating high-temperature synthesis is …

Self-propagating high-temperature synthesis without preheating has been realized in
powder mixtures consisting of large spherical VT6 titanium alloy granules, small dendritic …

Self-propagating high-temperature synthesis (SHS) in the combustion mode was carried out
in the mixtures consisting of titanium fine powders with dendritic particles and amorphous …

This work explains the different ratio of the burning velocities of powder and granulated 5Ti+
3Si mixtures with Ti particles 35 and 120 μm in size due to the influence of impurity gases …

This paper presents experimentally studied environmental and radiation parameters of
hollow cylindrical burners during operation with LPG-air fuel mixture. Two combustion …