Die invloed van elektronkonsentrasie op die spindigtheidsgolfgedrag van 'n Cr+ 0.2 at.% Ir-allooi

Die invloed van elektronkonsentrasie op die spindigtheidsgolfgedrag van 'n Cr+ 0.2 at.% Ir-allooi

M.Sc. === The aim of this study is to show that there exists a parallelism between the effect of the concentration of the itinerant electrons per atoom, and the applied hydrostatic pressure, p, on the magnetic phase diagram of a Cr + 0.2 at.% Ir alloy. This Cr-Ir alloy was chosen, because it contain...

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Bibliographic Details
Main Author: Le Roux, Suzette Johanna
Published: 2012
Subjects:
Chromium alloys
Chromium alloys - Magnetic properties
Magnetism
Density wave theory
Magnetostriction
Online Access:http://hdl.handle.net/10210/6543
id ndltd-netd.ac.za-oai-union.ndltd.org-uj-uj-3123
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spelling ndltd-netd.ac.za-oai-union.ndltd.org-uj-uj-31232017-09-16T04:01:56ZDie invloed van elektronkonsentrasie op die spindigtheidsgolfgedrag van 'n Cr+ 0.2 at.% Ir-allooiLe Roux, Suzette JohannaChromium alloysChromium alloys - Magnetic propertiesMagnetismDensity wave theoryMagnetostrictionM.Sc.The aim of this study is to show that there exists a parallelism between the effect of the concentration of the itinerant electrons per atoom, and the applied hydrostatic pressure, p, on the magnetic phase diagram of a Cr + 0.2 at.% Ir alloy. This Cr-Ir alloy was chosen, because it contains all possible magnetic phases that can exist in a Cr alloy.2012-08-23Thesisuj:3123http://hdl.handle.net/10210/6543
collection NDLTD
sources NDLTD
topic Chromium alloys
Chromium alloys - Magnetic properties
Magnetism
Density wave theory
Magnetostriction
spellingShingle Chromium alloys
Chromium alloys - Magnetic properties
Magnetism
Density wave theory
Magnetostriction
Le Roux, Suzette Johanna
Die invloed van elektronkonsentrasie op die spindigtheidsgolfgedrag van 'n Cr+ 0.2 at.% Ir-allooi
description M.Sc. === The aim of this study is to show that there exists a parallelism between the effect of the concentration of the itinerant electrons per atoom, and the applied hydrostatic pressure, p, on the magnetic phase diagram of a Cr + 0.2 at.% Ir alloy. This Cr-Ir alloy was chosen, because it contains all possible magnetic phases that can exist in a Cr alloy.
author Le Roux, Suzette Johanna
author_facet Le Roux, Suzette Johanna
author_sort Le Roux, Suzette Johanna
title Die invloed van elektronkonsentrasie op die spindigtheidsgolfgedrag van 'n Cr+ 0.2 at.% Ir-allooi
title_short Die invloed van elektronkonsentrasie op die spindigtheidsgolfgedrag van 'n Cr+ 0.2 at.% Ir-allooi
title_full Die invloed van elektronkonsentrasie op die spindigtheidsgolfgedrag van 'n Cr+ 0.2 at.% Ir-allooi
title_fullStr Die invloed van elektronkonsentrasie op die spindigtheidsgolfgedrag van 'n Cr+ 0.2 at.% Ir-allooi
title_full_unstemmed Die invloed van elektronkonsentrasie op die spindigtheidsgolfgedrag van 'n Cr+ 0.2 at.% Ir-allooi
title_sort die invloed van elektronkonsentrasie op die spindigtheidsgolfgedrag van 'n cr+ 0.2 at.% ir-allooi
publishDate 2012
url http://hdl.handle.net/10210/6543
work_keys_str_mv AT lerouxsuzettejohanna dieinvloedvanelektronkonsentrasieopdiespindigtheidsgolfgedragvanncr02atirallooi
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