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Stress-induced selective nano-crystallization in laser-processed amorphous Fe-Si-B alloys

机译:激光加工非晶态Fe-Si-B合金中的应力诱导选择性纳米结晶

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摘要

It is shown that laser processing results in localized compressive stresses in amorphous Fe-Si-B, leading to homogeneous nano-crystallization at the edges of the laser track. The mechanism can be attributed to enhanced diffusivity at these edges, resulting from a reduced diffusion activation barrier, which has been calculated by coupling the results of a thermal model with microstructural characterization.
机译:结果表明,激光加工会导致非晶态Fe-Si-B中的局部压缩应力,从而在激光轨道的边缘导致均匀的纳米结晶。该机制可归因于扩散边缘的减少,这是由于扩散激活势垒降低所致,而扩散激活势垒的降低是通过将热模型的结果与微结构表征耦合来进行的。

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