CHAI Xiu-li, ZENG De-chang, CAO Dong, et al. Development of displacement/position sensor based on unique properties of amorphous alloys*[J]. 2007, (6): 1-3.
CHAI Xiu-li, ZENG De-chang, CAO Dong, et al. Development of displacement/position sensor based on unique properties of amorphous alloys*[J]. 2007, (6): 1-3. DOI: 10.13873/j.1000-97872007.06.022.
基于非晶合金的位移/位置传感技术新进展
摘要
非晶合金是一种具有长程无序、短程有序微观结构的新型软磁材料
以其独特性能在传感领域具有很大的应用潜力。按照磁致伸缩的强度不同
详细介绍高磁致伸缩和近零磁致伸缩非晶合金位移/位置传感器
重点对传感机理进行分析和比较
指出该传感技术发展的特点和趋势。
Abstract
Amorphous alloy is one new soft magnetic material that has the microstructure of long-range disorder and short-range order.Based on its unique properties
amorphous alloy has giant potential in the sensing field.According to magnetostrictive intensity
high and near zero magnetostrictive amorphous displacement/position sensor is presented in particular
sensing mechanism is analyzed and compared
and the developing features and trends of the amorphous displacement/position sensor are pointed out.
关键词
Keywords
references
Magnetic GMI sensor for detection of biomolecules [J] . Horia Chiriac,Mihai Tibu,Anca-Eugenia Moga,Dumitru D. Herea. Journal of Magnetism and Magnetic Materials . 2005 (1)
Application of the electrodeposited multilayers amorphous wires in magnetometric sensors [J] . Journal of Materials Processing Tech. . 2003
Position measuring system for applications in field sports [J] . E Hristoforou,H Chiriac. Journal of Magnetism and Magnetic Materials . 2002 (1)