激光-微射流系统的新设计

Yang Shen, Yuanqing Huang, Ruifang Ye, Siqi Ding, Lei Wang, Chun Lin, Yi Gu
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引用次数: 2

摘要

通过理论分析和实验研究,提出了提高激光微射流系统稳定性的关键解决方案。采用Axicon系统代替光学透镜,可以减少水射流与空气界面的严格耦合要求。并利用已有的理论对耦合过程中的气泡问题进行了讨论,提出了降低气泡影响的措施。最后对三种喷嘴结构进行了比较和改进,以获得更好的加工性能。Keywords-Laser-Micro喷射;轴锥镜;喷嘴结构;泡沫
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A New Design of The Laser-Micro Jet System
according to theoretical analyses and experimental studies, key solutions to improve the system stability of the laser-Micro jet are proposed in this paper. An Axicon system is used to replace the optical lens which can help to decrease the strict coupling requirements on the interface between water jet and the air. And using existing theory, the bubble problem in the coupling process has been discussed, and several measures have been promoted to lower the influence of bubbles. Finally three nozzle structures have also been compared and revised to help achieving better processing performances. Keywords-Laser-Micro jet;Axicon; nozzle structure; bubble
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