Structure Evolution of Fe- and Co-Based Amorphous Alloys Studied by the Electrical Resistivity Measurements

The subject of this study is the change of the electrical resistivity of Fe-based metallic glasses during heat treatment. Electrical resistivity is a structure-sensitive characteristic of materials. In metallic glasses, the scattering of conduction electrons on the disordered structure is the main m...

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Published inSolid state phenomena Vol. 215; pp. 185 - 189
Main Authors Plotnikov, Vladimir S., Kotvitckii, Aleksandr, Kraynova, Galina S., Frolov, A.M., Ivanov, Vitaly
Format Journal Article
LanguageEnglish
Published Zurich Trans Tech Publications Ltd 01.04.2014
Subjects
Amorphous Alloy
Metallic Glass
DSC-Calorimetry
Amorphous Magnetic Materials
Electrical Resistivity Measurements
Structure Evolution of Amorphous State
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Abstract The subject of this study is the change of the electrical resistivity of Fe-based metallic glasses during heat treatment. Electrical resistivity is a structure-sensitive characteristic of materials. In metallic glasses, the scattering of conduction electrons on the disordered structure is the main mechanism responsible for the electrical resistivity. Hence amorphous metallic alloys have a much higher residual resistivity as compared to their crystalline analogs. It is typical for metallic glasses that the temperature coefficient of resistivity (TRC) is smaller than for the corresponding crystalline materials, and it can be either positive or negative.
AbstractList The subject of this study is the change of the electrical resistivity of Fe-based metallic glasses during heat treatment. Electrical resistivity is a structure-sensitive characteristic of materials. In metallic glasses, the scattering of conduction electrons on the disordered structure is the main mechanism responsible for the electrical resistivity. Hence amorphous metallic alloys have a much higher residual resistivity as compared to their crystalline analogs. It is typical for metallic glasses that the temperature coefficient of resistivity (TRC) is smaller than for the corresponding crystalline materials, and it can be either positive or negative.
Author Plotnikov, Vladimir S.
Kraynova, Galina S.
Frolov, A.M.
Kotvitckii, Aleksandr
Ivanov, Vitaly
Author_xml – givenname: Vladimir S.
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  surname: Kotvitckii
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– givenname: Galina S.
  surname: Kraynova
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  email: galkr_58@mail.ru
  organization: Far Eastern Federal University : Shool of Natural Sciences
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  organization: Far Eastern Federal University : Shool of Natural Sciences
– givenname: Vitaly
  surname: Ivanov
  fullname: Ivanov, Vitaly
  email: deus_homini@mail.ru
  organization: Far Eastern Federal University : Shool of Natural Sciences
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10.2298/SOS0403197M
10.1007/978-0-387-48921-6
10.1134/1.1130617
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10.1103/PhysRevB.64.014204
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Keywords Amorphous Alloy
Metallic Glass
DSC-Calorimetry
Amorphous Magnetic Materials
Electrical Resistivity Measurements
Structure Evolution of Amorphous State
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Title Structure Evolution of Fe- and Co-Based Amorphous Alloys Studied by the Electrical Resistivity Measurements
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