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Crystallization of Co-based amorphous alloys under the impact of the ion irradiation and recovery of the amorphous phase

机译:离子辐照作用下钴基非晶合金的晶化和非晶相的恢复

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Crystallization behavior of the amorphous phase in the Co-Fe-B-Si alloy system was investigated by X-ray diffraction technique under the influence both of thermal and irradiation activation. Crystallization starting temperature decreases by 200-300 degrees C under the influence of the irradiation. After partial crystallization of the amorphous alloy under the action of the irradiation annealed below the thermal crystallization temperature, the amorphous phase was again formed while annealing the alloy without irradiation. During irradiation and thermal annealing formation of the new metastable phase has been discovered with the diffraction pattern similar to the previously discovered cubic aperiodical phase in the Fe-Nb-Cu-B-Si alloy. (c) 2007 Elsevier B.V. All rights reserved.
机译:通过X射线衍射技术研究了在热活化和辐射活化作用下非晶态相在Co-Fe-B-Si合金体系中的结晶行为。在照射的影响下,结晶起始温度降低了200-300℃。在非晶态合金在低于热晶化温度退火的辐照作用下部分晶化之后,在不进行辐照的情况下对合金进行退火的同时再次形成非晶相。在辐射和热退火过程中,已发现新的亚稳态相,其衍射图与先前在Fe-Nb-Cu-B-Si合金中发现的立方非周期性相相似。 (c)2007 Elsevier B.V.保留所有权利。

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