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Novel X-ray System for in-situ Diagnostics of Laser Based Processes – First Experimental Results

机译:用于基于激光的过程的原位诊断的新型X射线系统 - 首先实验结果

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The comprehensive diagnostics of melt pool and keyhole dynamics is crucial in the ambitious efforts of understanding the complex behaviour of laser welding and cutting processes. A major drawback of commonly used in-situ diagnostics is the fact that high-speed cameras and other optical sensors reveal only phenomena on the surface of the process. This paper describes a novel high-speed X-ray diagnostics system that enables the view inside the samples with high spatial as well as high temporal resolution. Calibration images demonstrated the detection of features well below 250 μm in steel. In combination with maximum detection rates exceeding 10,000 Hz it enables outstanding new possibilities for direct observation of the keyhole and fluid dynamics.
机译:熔体池和钥匙孔动力学的综合诊断对于了解激光焊接和切割过程的复杂行为的雄心勃勃的努力至关重要。 通常使用的原位诊断的主要缺点是,高速摄像机和其他光学传感器仅揭示了该过程表面上的现象。 本文介绍了一种新颖的高速X射线诊断系统,使得具有高空间和高时间分辨率的样本内的视图。 校准图像证明了钢中特征远低于250μm的特征。 结合超过10,000 Hz的最大检测率,可以直接观察锁孔和流体动力学的出色的新可能性。

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