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气体雾化
气体喷雾
1、gas───vi.加油；放出气体；空谈；n.(Gas)人名；(法、德、西)加斯；vt.加油；毒（死）；n.气体；[矿业]瓦斯；汽油；毒气
2、flammable gas───可燃气体；[化学]易燃性气体
3、milk gas───牛奶气
4、gas range───瓦斯炉具；煤气灶
5、spilled gas───溢出气体
6、atomization───n.雾化，[分化]原子化
7、atomization and sprays───雾化和喷雾
8、gas chamber───n.毒气室
9、gas lamps───煤气灯
1、Characteristics of new gas atomization were studied by experiment.───对新型气体辅助雾化喷嘴特性进行了初步实验研究。
2、In our country the gas atomization, water atomization and polymetallic codeposition method are wildly used.───在国内主要采用气雾化、水雾化、多金属化学共沉积法等生产预合金粉末。
3、Electrochemical and Surface Properties of Hydrogen Storage Alloy Produced by Gas-Atomization Method───雾化贮氢合金的电化学和表面特性
4、Microstructure and Ageing Characteristics of High Silicon Aluminum Alloy Powder Prepared by Ultrasonic Gas Atomization Process───快速凝固高硅铝合金粉末显微组织及时效特性
5、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
6、nozzle of controllable type is applied in gas atomization to realize ultrasonic atomization and ensuring particles finely granulated.───在气体雾化过程中，采用限制式喷嘴以实现超音速气流雾化，能有效细化粉末颗粒。
7、alloy powder was produced by gas atomization. P/M material samples were made by pressing and sequent vacuum sintering.───通过气喷气冷法制取合金粉末，用压制后真空烧结的方法制备高铝锌基合金粉末冶金材料。
8、Effects of Heat Treatment on Microstructure and Electrochemical Performance of Hydrogen-storage Alloys by Gas Atomization───热处理对气雾化储氢合金微观结构及电化学性能的影响
9、Characteristics and Microstructure of Hypereutectic Al- Si Alloy Powder by Ultrasonic Gas Atomization Process───超音速气雾化过共晶Al-Si合金粉末特性及组织
1、In our country the gas atomization, water atomization and polymetallic codeposition method are wildly used.
2、Al Pb binary monotectic alloys were prepared using the rapidly solidified gas atomization technology.
3、The break-up process of metallic melts during gas atomization and spray forming is analyzed using the wave theory and the governing equation for fastest-growing wave number is derived.