Combustion synthesis is widely used for preparing various refractory and hard materials,
including alloys, intermetallics, ceramics, and cermets. The unique reaction condition in …

Recently, research on the preparation of porous Al-containing intermetallic compounds
using combustion synthesis (CS) reaction in combination with a space holder process has …

Изложены фундаментальные основы явления твердого пламени, особое внимание
уделено динамическим методам диагностики быстропротекающих …

For the first time, porous yet single phase NiTi was successfully prepared using the thermal
explosion mode of SHS in combination with a controlled post-reaction heat treatment. The …

An efficient approach that combines short-term (minutes) high-energy dry ball milling and
wet grinding to tailor the nano-and microstructure of Ni+ Al composite reactive particles is …

In recent decades, spark plasma sintering (SPS) has become a widespread technique in the
production of high-quality intermetallic-based materials. In this study, we used SPS to …

Porous NiAl intermetallic compound exhibit attractive properties. However, their simple and
controllable preparation and understanding of oxidation mechanism are still incipient …

With the increasing demand for high-temperature gas filtration, porous intermetallic
compounds have attracted much attention. In this study, high porosity CoAl with 3D …

Abstract High porosity Co-Al-Fe intermetallic with 3D-microstructures were one-step
synthesized via a novel thermal explosion reaction. A link between pore structure and …

Abstract Ni-Al-Cr intermetallic compounds are candidate at extreme environment due to their
excellent oxidation resistance at high temperature, and the oxidation resistance of Ni-Al-Cr …