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在气体激波管中，利用激波对非晶的直接作用，在微秒量级时间内，成功地将ＦｅＢＳｉ、ＦｅＭｏＢ－Ｓｉ及ＦｅＣｕＮｂＢＳｉ等非晶合金转变成为纳米晶，主晶化相晶粒平均尺寸在２０－ ６０ｎｍ 范围，晶化相分数＞ ９５％ 和常规退火晶化比较，激波晶化在晶化相、晶化动力学和晶化机理等方面具有一系列独有的特点。
In the gas shock tube, by utilizing the direct effect of shock wave on amorphous, the amorphous alloy such as FeBSi, FeMoB-Si and FeCuNbBSi was successfully transformed into nanocrystalline and the main crystallized phase The average size in the range of 20- 60nm, the crystallization phase fraction> 95% compared with conventional annealing crystallization, shock wave crystallization in the crystallization phase, crystallization kinetics and crystallization mechanism has a series of unique characteristics.