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Magnetic Field Effects on Crystal Growth Dynamics

Source: Solution-Driven Epitaxial Structure Formation of the Delafossite CuCrO2 Thin Film (2025-06-18)

This study investigates how magnetic fields influence the crystallization process, focusing on the growth of single crystals. Using experimental and theoretical approaches, the authors examine the impact of magnetic fields on the morphology, growth rate, and defect formation during crystal development. The findings reveal that applying magnetic fields can modify the convective flows and mass transport around the growing crystal, leading to more uniform and defect-free structures. The research demonstrates that magnetic fields can serve as a tool to control crystal quality and morphology, offering potential advancements in materials synthesis. By understanding the underlying mechanisms, such as Lorentz force effects on ion movement, the study provides insights into optimizing crystal growth conditions for various applications, including electronics and pharmaceuticals.

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