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Mechanical Stress Dependence of the Switching Field in Amorphous Microwires

机译:非晶微丝中开关场的机械应力依赖性

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摘要

Glass-coated magnetic microwires belong to a unique rank among materials that have high potential to be used in new technologies. We have studied the possibility to employ amorphous bistable microwires as a sensor for bending of carbon fiber composite. The measurement of switching time instead of switching field drastically increases the sensitivity of such sensors up to 380% for positive bending and 125% for negative bending. The results show that microwires applied on the surface structures of the materials can be used as sensors of mechanical stresses or bending.
机译:玻璃涂层的磁性微线在具有极高潜力可用于新技术的材料中属于独特的地位。我们研究了采用非晶双稳态微丝作为碳纤维复合材料弯曲传感器的可能性。通过测量切换时间而不是切换磁场,可以大幅提高此类传感器的灵敏度(正弯曲时为380%,负弯曲时为125%)。结果表明,施加在材料表面结构上的微丝可用作机械应力或弯曲的传感器。

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