The Change of Internal Friction of Ferromagnetic Substance due to the Superlattice Formation

DOI Web Site Web Site

Bibliographic Information

Other Title
  • Ni<SUB>3</SUB>Feの内部摩擦の規則格子生成に伴う変化
  • Ni3Feの内部摩擦の規則格子生成に伴う変化
  • Ni3Fe ノ ナイブ マサツ ノ キソク ゴウシ セイセイ ニ トモナウ ヘンカ

Search this article

Description

The internal friction of Ni3Fe is measured as a function of magnetization for different stages of superlattice formation by using transversal vibration of about 500 c.p.s. For every stage of superlattice formation, the relation of internal friction vs. magnetization shows one or two maximums. This behavior can be explained by considering that one maximum is due to the macroscopic and the other due to the microscopic eddy current. By using the theoretical conclusion on the microscopic eddy current as obtained in the previous paper, the detailed behaviors of experimental relations can be explained by considering internal stress which is closely related to the superlattice formation.

Journal

Keywords

Details 詳細情報について

Report a problem

Back to top