Carbide Decomposition in Cr2AlC: Transition from Cr7C3 to Cr3C2 with Increasing Sintering Temperature
Furthermore, it can be discerned that when sintered at a temperature of 800°C, Cr2AlC undergoes carbide decomposition primarily yielding Cr7C3. However, as the sintering temperature escalates, the diffraction peak of Cr7C3 gradually fades away and is ultimately supplanted by Cr3C2.
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