• 再铸层 - 引用次数：10

  However, the main drawbacks that hinder the use of LBM in a wide field are recast layer、heat affected zone(HAZ) and the micro-cracking which are caused in the LBM process.

  但是由于激光加工是一种热物理加工模式,在打孔或者切割过程中会产生再铸层、微裂纹和热影响区等缺陷,大大限制了激光在使用性能和可靠性能要求高的领域内的应用。

  参考来源 - 喷射液束电解辅助激光加工的基础研究
  重铸层 - 引用次数：3

  By analyzing the in-coming reasons of recast layers in carbon steels, nexus between thickness of recast layer and laser frequency, and between bore smoothness and carbon contents was elicited, too.

  对打孔中重铸层的产生原因进行了分析，得出了重铸层厚度与激光脉冲重复频率的关系及小孔表面粗糙度与含碳量多少的关系。

  参考来源 - 碳钢激光打微孔作用机理及工艺研究
• 重熔层 - 引用次数：1

  参考来源 - 超声磨料对TC4钛合金电火花加工表面质量的影响 Effect of Abrasive Particle Ultrasonic Vibration on Surface Quality of Titanium Alloy TC4 in EDM

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