2) ultrasonic gas atomization
超音速气体雾化
1.
Cooling rate calculation of a high silicon aluminum alloy powder prepared by ultrasonic gas atomization process;
超音速气体雾化高硅铝合金粉末冷却速度计算
3) supersonic gas atomization
超音速气体雾化法
1.
Through a comparison of the four technigues,it is shown that supersonic gas atomization can produce powder with a particle size,particle shape and uniformity that fit the requirements of SMT application.
通过对4种方法的对比可以知道,超音速气体雾化法制得的微扮粒度、颗粒形状和均匀性均能满足SMT的要求,所以可以应用超音速气体雾化法制备无铅焊锡微粉。
4) Supersonic Gas-centrifugal Atomization
超音速气体离心雾化
补充资料：超音速气体雾化快凝A1-Li合金粉末及其板材和棒材
超音速气体雾化快凝A1-Li合金粉末及其板材和棒材
超音：《气体霉化快凝A1．L1合金衍柬及}扳材和摔材
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条