结果表明：随着搭接宽度和层数的增加，显微组织变大；
The experimental results show that the microstructure is larger with increase of repetition width and layer of laser cladding;
简要地对比分析了相邻桩之间不同视搭接宽度的两种方案。
Two different plans of apparent connection length between near pile are briefly contrasted and analyzed.
研究不同搭接宽度和层数对激光熔覆的显微组织及开裂性的影响。
This article discusses the influence of microstructure and cracking behavior in laser cladding with different repetition width and different layers.
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