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Plasma Alloying and Spheroidization Process and Development

机译:等离子合金化和球化工艺的发展

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摘要

Elemental and blended refractory metal powders were processed using a plasma alloying and Spheroidization process. The powders were characterized to determine changes in chemistry and morphology after processing. Five refractory metal powders were evaluated during this investigation: 1) crystalline tungsten, 2) spray dried molybdenum, 3) W-25wt%Re composite powder, 4) W-2wt%Re composite powder, 5) Mo-40wt%Re composite powder. Benefits of the PAS process such as a two-order magnitude reduction in oxygen contamination, production of highly spherical powders for enhanced flow characteristics, and the ability to produce pre-alloyed powders were demonstrated.
机译:使用等离子合金化和球化工艺处理元素和混合的难熔金属粉末。对粉末进行表征以确定加工后化学和形态的变化。在此研究过程中评估了五种难熔金属粉末:1)结晶钨,2)喷雾干燥的钼,3)W-25wt%Re复合粉末,4)W-2wt%Re复合粉末,5)Mo-40wt%Re复合粉末。证明了PAS工艺的好处,如减少了两个数量级的氧污染,生产了具有增强流动特性的高球形粉末以及生产预合金粉末的能力。

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