1961
DOI: 10.1002/pssb.19610010513
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Über die Ursache der magnetischen Härte von kaltverformten FeNiCr‐Legierungen

Abstract: Partiell umgewandelte Fe-Ni-Cr-Legierungen haben hartmagnetische Eigenschaften. Die Ursache der magnetischen Harte sind formanisotrope ferromsgnetische kleine Teilchen, die in einer paramagnetischen Matrix eingelagert sind. Der Wert des Rotationshystereseintegrals zeigt, daS eine curling-Magnetisierungsumkehr vorliegt. Es wird eine Abschatzung des maximalen Radienspektrums gegeben.

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Cited by 12 publications
(1 citation statement)
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“…Measurements on this dilute alloy system have been reported by Berkowitz and Flanders [99] using ß-brass single crystals containing 0.07 % Fe by weight. By this means the distribution function for the dimensional ratios, corresponding to particle elongations in the [100] directions, could be assessed. The second method, later extended in reference [76], synthesizes observed torque curves by superposing theoretical ones based on the assumption of coherent magnetization reversals executed under these conditions, which is reasonable [76].…”
Section: Manganese-aluminum Particlesmentioning
confidence: 99%
“…Measurements on this dilute alloy system have been reported by Berkowitz and Flanders [99] using ß-brass single crystals containing 0.07 % Fe by weight. By this means the distribution function for the dimensional ratios, corresponding to particle elongations in the [100] directions, could be assessed. The second method, later extended in reference [76], synthesizes observed torque curves by superposing theoretical ones based on the assumption of coherent magnetization reversals executed under these conditions, which is reasonable [76].…”
Section: Manganese-aluminum Particlesmentioning
confidence: 99%