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Magnetostrictive resonator, road in which the resonator is buried and method of buring the resonator

机译:磁致伸缩共振器,将共振器埋在其中的道路以及固化共振器的方法

摘要

A first magnetostrictive member 1a is housed in a storage section 2f of a first frame 2a and a second magnetostrictive member 1b is housed in a storage section 2g of a second frame 2b. They are fixed by an adhesive, etc., so as to sandwich a belt-like magnetic member 3 between the frames 2a and 2b. A sealing plate 4a, 4b is fixed to the opposite side of the frame 2a, 2b, forming a magnetostrictive resonator 5. When an electromagnetic wave is applied from the long side direction of the magnetostrictive member 1a, 1b, a magnetic field is applied to the magnetostrictive members 1a and 1b. When the frequency matches the resonance frequency of the magnetostrictive member, the magnetostrictive resonator 5 vibrates with the maximum amplitude. An electromagnetic wave emitted from the magnetostrictive member 1a or 1b can be detected based on mechanical vibration continuing for a short time still after the magnetic field is stopped. IMAGE
机译:第一磁致伸缩构件1a容纳在第一框架2a的存储部分2f中,第二磁致伸缩构件1b容纳在第二框架2b的存储部分2g中。它们通过粘合剂等固定,以便将带状磁性部件3夹在框架2a和2b之间。密封板4a,4b固定到框架2a,2b的相对侧,形成磁致伸缩谐振器5。当从磁致伸缩构件1a,1b的长边方向施加电磁波时,磁场被施加到磁致伸缩构件1a和1b。当该频率与磁致伸缩构件的谐振频率匹配时,磁致伸缩谐振器5以最大振幅振动。即使在磁场停止之后,也可以基于短时间持续的机械振动来检测从磁致伸缩部件1a或1b发出的电磁波。 <图像>

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