摘要
在相同的氢还原工艺条件下，紫色氧化钨（Ｗ＿（１８）Ｏ＿（４９））比蓝色或黄色氧化钨制得的钨粉细得多．当生产相同粒级钨粉时，用紫钨取代黄钨或蓝钨原料，可适当增加装舟量、加快推舟速度和降低氢还原温度．因此，可以显著地提高钨粉的生产率，节省电力与氢气消耗．
Under the same hydrogen reduction conditions，much finer tungsten powder can be ob-tained by using violet W_(18)O_(49) than yellow or blue oxide. In the production of tungsten powderof the same particle grade ， the use of violet W_(18)O_(49) leads to a greater raw material layer height，a higher pushing boat speed and a lower temperature for the hydrogen reduction than yellow or blue oxide， thus assuring a high production capacity at a low dissipation of both electric power and hydrogen.
关键词
钨粉
熔炼
氧化钨
还原
炼钨
tungsten powder；tungstic violet oxide；hydrogen reduction
