Xuyun Zhang

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About

Xuyun Zhang is a researcher whose work bridges materials science and sensor technology, with a particular focus on magnetoelectric effects and their practical applications. Zhang’s most-cited paper, "An angle sensor based on magnetoelectric effect" (2017, 44 citations), exemplifies a core contribution: the development of novel sensing mechanisms that leverage the coupling between magnetic and electric properties in materials. This work has been instrumental in advancing the design of highly sensitive, compact angle sensors for use in precision engineering and robotics. By demonstrating how magnetoelectric composites can be harnessed for real-world measurement tasks, Zhang has opened new pathways for non-contact, low-power sensing solutions. The paper’s steady citation record reflects its foundational role in the field, influencing subsequent studies on magnetoelectric sensors and their integration into smart systems. Zhang’s research is characterized by a clear focus on translating fundamental physical principles into functional devices, making it particularly relevant for students and engineers interested in the intersection of materials physics and applied sensor design.