The influence of ball to powder ratio and discontinous milling during ball milling of Fe 0.75 C
0.25 elemental powder mixture is presented. The formation of Fe 3 C cementite, Hägg and ε …

Syntheses of Fe 1− x C x alloys (for x≲ 0.15) and carbides (for 0.15≲ x≲ 0.50) can be
obtained by room temperature grinding of the elemental Fe and C powders. The formation of …

Using X-ray, Mössbauer, and magnetic measurements, the formation of phases has been
investigated upon mechanosynthesis in a ball planetary mill and upon the subsequent …

The mechanosynthesis of iron carbides, at composition Fe 75 C 25, was investigated with
regard to modeling of the kinetic behavior. Experiments were performed in a vibratory ball …

Methods of differential thermal analysis and Mössbauer spectroscopy (57 Fe) have been
used to study the process of the formation of cementite in α-Fe upon the low-temperature …

Methods of thermomagnetic analysis (TMA) and Mössbauer spectrometry (57 Fe) have been
used to study the processes of the carburizing of α-Fe under the conditions of mechanical …

Mössbauer spectroscopy and magnetic measurements have been used to investigate the
formation of phases in the process of mechanosynthesis of a nanocomposite of composition …

We present here our results on the synthesis of iron-carbon alloys (steel and cementite)
starting from blended elemental iron and carbon powders. The powder particle size …

The formation of iron carbides by reactive milling of α-Fe and C powders is reported. The
products formed were analyzed by Mössbauer spectroscopy and X-ray diffraction. It was …

The direct room‐temperature synthesis (mechanochemical synthesis or mechanosynthesis—
MS) of most metal carbides by milling metal—carbon powders (size some tens of …