Mechanochemical Synthesis of Cr₃C₂: Investigating the Role of Pressure and Temperature

Key Points

• This research aims to understand how pressure and temperature affect the mechanochemical synthesis of chromium carbide (Cr₃C₂).
• Exploration of different pressure and temperature settings during the synthesis process.
• Analysis of the resulting Cr₃C₂ properties, including stability and hardness.
• Comparison of mechanochemical synthesis outcomes with conventional methods.
• Higher pressure and temperature improved the chemical stability of Cr₃C₂.
• Optimized conditions led to significant enhancements in oxidation resistance and hardness.
• Synthesis parameters were directly linked to the quality of the produced chromium carbide.