本发明减少压粉过程中的损耗，降低成本和节省人工。
The present invention can reduce the loss of face powder, and has low production cost.
第五章：对爆炸压实过程中混合粉术的冲击温升及细观传热进行了计算和分析。
Chapter 5: the calculation and the analysis of the temperature rise caused by impact and the microscopic heat transfer during explosive compaction were carried out.
第五章：对爆炸压实过程中混合粉术的冲击温升及细观传热进行了计算和分析。
Chapter 5: the calculation and the analysis of the temperature rise caused by impact and the microscopic heat transfer during explosive compaction were carried out.
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