1) YAG laser welding system
YAG激光焊接系统
2) YAG laser welding
YAG激光焊接
1.
In this paper, pulse YAG laser welding of stainless steel string with weak - magnetism, constant -elasticity (φ= 0.
5mm,φ=5mm)的脉冲YAG激光焊接,进行了焊缝形貌、金相、成份分析,测试了接头强度,计算了焊点的熔合比及能量利用率。
2.
Dynamic process and spectral distribution of vapor/plasmas during YAG laser welding of 5A90 Al-Li alloy were obtained by high-speed camera and spectra measure system.
利用光谱测量、高速摄像等手段,对5A90铝锂合金YAG激光焊接过程中的金属蒸汽/等离子体的动态变化过程、光谱分布测量和计算表明:5A90激光焊接时金属蒸汽/等离子体几乎只从熔池正面喷出,主要强谱线为Li670。
3) YAG-pulse laser welding
YAG脉冲激光焊接
1.
A hollow cylindrical electrode was employed to detect the electrical signal of laser-induced plasma during YAG-pulse laser welding of Al and 45~# steel.
针对YAG脉冲激光焊接Al及45~#钢时产生的光致等离子体,采用空心圆电极探测等离子体电信号;建立探测器内等离子体区域分析的理论模型,并用试验加以验证。
4) YAG laser welding
YAG激光焊
1.
The effects of welding speed, defocusing distance, laser power, shielding gas, activating flux and activating elements on weld shape in YAG laser welding of SUS304 stainless steel was studied.
以不锈钢SUS304作为试验对象,分别研究了焊接速度、散焦离焦量、激光功率和保护气体等工艺参数以及活性剂和活性元素硫对不锈钢YAG激光焊焊缝成形的影响。
2.
The weld shape and microstructure of the high power CO 2 laser welding and the high power YAG laser welding stainless steel are compared.
比较了高功率CO2激光和YAG激光焊接不锈钢时的特点,分析了工艺参数对焊缝形状和接头显微组织的影响。
3.
The study for optimizing of the welding parameters of YAG laser welding Titanium alloy based on artificial neural networks(ANN) was presented.
建立了基于人工神经网络 (ANN)的钛合金 YAG激光焊接工艺参数优化模型。
5) lower power pulse YAG laser beam welding
小功率脉冲YAG激光焊接
6) YAG laser-arc hybrid welding
YAG激光-电弧复合焊接
补充资料：YAG激光
YAG激光｜英语解释：YAGLaser YAG激光(器)是最常见的一类固体激光器。YAG：钇铝石榴石，用于产生激光束的氧化铝合成晶石。
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