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A case of magnetic field-induced change in final product

机译:磁场导致最终产品变化的情况

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An interesting case of magnetic field-induced change in the final product of chemical reaction was observed. XRD patterns indicate that both of the products prepared at room temperature are amorphous regardless of the external magnetic field applied or not. However, after vacuum-annealed at 873 K, the product prepared at room temperature with 0.25 T magnetic field applied was orthorhombic Fe_3BO_5, but the product prepared without magnetic field applied changed to orthorhombic Fe_3O_4 or tetragonal Fe_2B. It indicates that the magnetic field induction is a dominating factor to the final product of chemical reaction. It suggests us an important method to fabricate new materials under mild magnetic field induction.
机译:观察到一个有趣的情况,磁场引起化学反应的最终产物发生变化。 XRD图谱表明,不论是否施加外部磁场,在室温下制备的两种产物都是非晶态的。然而,在873 K真空退火后,在室温下施加0.25 T磁场制备的产物为正交晶Fe_3BO_5,但在未施加磁场的情况下制备的产物变为正交晶Fe_3O_4或四方Fe_2B。这表明磁场感应是化学反应最终产物的主要因素。它为我们提供了一种在温和磁场感应下制造新材料的重要方法。

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