Study of magnetoelastic resonance for chemical sensors: Ribbons vs microwires

Álvaro Peña, D. Matatagui, C. Cruz, P. de la Presa, P. Marín, Carmen Horrillo
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引用次数: 1

Abstract

In this work, the magnetoelastic resonance behaviour has been studied in amorphous metallic ribbons and microwires using a custom-made setup. First, optimal setup conditions were determined for both devices, then the frequency shift dependence on polymer mass deposition was studied. Both devices show a predictable response to the mass deposition of the polymer tested, making them suitable for contactless chemical sensors.
化学传感器的磁弹性共振研究:带与微线
在这项工作中,使用定制的装置研究了非晶金属带和微线中的磁弹性共振行为。首先确定了两种器件的最佳设置条件,然后研究了频率漂移对聚合物质量沉积的依赖关系。这两种装置都对被测聚合物的大量沉积表现出可预测的响应,使它们适合于非接触式化学传感器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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