本发明为一种以冰为约束层的激光冲击处理技术方法及其装置，可用于大规模的工业化生产。
The present invention is laser impact treating method and apparatus with ice as constraint layer and capable of being used in industrial production.
应用交流阻抗技术检测，发现激光热冲击处理提高了覆镍深冲钢带的耐蚀性能。
The alternating current impedance was used to examine the corrosion resistance. It is found that laser thermal shock improved the corrosion-resistant of the deeply drawing steel strip with Ni-coating.
以上一系列重要结果均为首次通过试验发现，对激光冲击强化处理技术的实际工程应用具有指导性意义。
All above results are discovered through experiments first time, and have guide meaning to the practical engineering applications of LSP technique.
以上一系列重要结果均为首次通过试验发现，对激光冲击强化处理技术的实际工程应用具有指导性意义。
All above results are discovered through experiments first time, and have guide meaning to the practical engineering applications of LSP technique.
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