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实验表明， 非晶态合金在激波影响下会转变为纳米晶． 最近的实验进一步发现， Ｆｅ７３ ．５ Ｃｕ１ Ｎｂ３ Ｂ９ Ｓｉ１３ ．５ 非晶态合金中的 Ｃｕ ， Ｎｂ 在激波晶化中的细化作用被抑制，且样品在这种转变之后作进一步的退火处理，其晶粒度变大而晶格常数变小．在激波晶化机理分析中提出了“激波流体晶化”构想．
Experiments show that the amorphous alloy under the influence of shock will be transformed into nanocrystalline. Recent experiments further found that Fe73. 5 Cu1 Nb3 B9 Si13. 5 In the amorphous alloy, the refining effect of Cu and Nb in shock wave crystallization is suppressed, and the sample is further annealed after this transformation, and its grain size becomes larger and the lattice constant becomes smaller. In the analysis of shock wave crystallization mechanism, the conception of “shock wave fluid crystallization” was proposed.