Material transport mechanisms and activation energy in nanometric Fe powders based on sintering experiments
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The linear shrinkage of nanometric iron powders consolidated at 1.5 GPa was studied using different atmospheres. The variations in shrinkage were analysed for the initial stage of sintering during isothermal experiments. From sintering data analysis, it was possible to calculate the activation energy of the responsible mass transport process in the initial stage. © 1995.
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Activation energy; Compaction; Consolidation; Iron; Mass transfer; Nanostructured materials; Shrinkage; Sintering; Temperature control; Shrinkage testing; Powder metals
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