Rotating Spray Transfer 旋转喷射过渡
meso-spray transfer 亚射流过渡
water spray heat transfer 喷雾传热
plasma transfer arc spray welded 等离子转移弧喷焊
The influencing factors of wire molten rates are studied, and the critical current of rotating spray transfer mode is also studied by using high-speed motion analyzer.
为此，本论文研究了焊丝熔化速度的影响因素，并以高速摄像为手段研究了旋转射流过渡临界电流值的影响因素。
Impact of welding parameters on the meso-spray transfer in Al pulsed-MIG welding has been studied in the Al pulsed-MIG welding experiment based on meso-spray transfer self-adapting control.
运用亚射流过渡自适应控制思想进行了铝脉冲MIG焊工艺试验，研究了焊接参数对铝脉冲MIG焊亚射流过渡的影响。
The droplet motion, the droplet combustion, the spray combustion and the mass and heat transfer involved in the sodium spray fire were modeled.
对钠雾火过程中涉及的液滴运动、液滴燃烧、喷雾燃烧以及质量热量传递问题进行了模拟。
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