Effects of alloying and fluxing treatment on thermal, magnetic and structural properties of Fe-(Ni,Co)-P-C metallic glass ribbons

Publikationen: Thesis / Studienabschlussarbeiten und HabilitationsschriftenMasterarbeit

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Effects of alloying and fluxing treatment on thermal, magnetic and structural properties of Fe-(Ni,Co)-P-C metallic glass ribbons. / Yüce, Eray.

2019.

Publikationen: Thesis / Studienabschlussarbeiten und HabilitationsschriftenMasterarbeit

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@phdthesis{09889f9777e34419abd573e30e0ecba8,
title = "Effects of alloying and fluxing treatment on thermal, magnetic and structural properties of Fe-(Ni,Co)-P-C metallic glass ribbons",
abstract = "In this study, starting from the basic composition of Fe-P-C alloy, a series of different compositions including Fe-Ni-P-C, Fe-Co-P-C, Fe-Ni-Co-P-C have been cast into thin glassy ribbons. The substitution of iron for nickel and/or cobalt is always implemented in the range of 20 at%. Optimum casting parameters are determined and fluxing treatment of compositions have been conducted. Nine selected samples from synthesized ribbons (including three fluxed ribbons) were further investigated for their glass forming abilities, crystallization behaviors, thermal and magnetic properties.",
keywords = "metallic glass, Fe-based metallic glass, fluxing, melt spinning, rapid solidification processing, non-equilibrium processing, melt-spun ribbons, RSP, metallisches glas, Fe-basis metallisches glas, flussmittelbehandlung, schmelzspinnen, schnelle verfestigung, nichtgleichgewichtsverarbeitung, schmelzgesponnene b{\"a}nder, RSP",
author = "Eray Y{\"u}ce",
note = "embargoed until null",
year = "2019",
language = "English",
school = "Montanuniversitaet Leoben (000)",

}

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TY - THES

T1 - Effects of alloying and fluxing treatment on thermal, magnetic and structural properties of Fe-(Ni,Co)-P-C metallic glass ribbons

AU - Yüce, Eray

N1 - embargoed until null

PY - 2019

Y1 - 2019

N2 - In this study, starting from the basic composition of Fe-P-C alloy, a series of different compositions including Fe-Ni-P-C, Fe-Co-P-C, Fe-Ni-Co-P-C have been cast into thin glassy ribbons. The substitution of iron for nickel and/or cobalt is always implemented in the range of 20 at%. Optimum casting parameters are determined and fluxing treatment of compositions have been conducted. Nine selected samples from synthesized ribbons (including three fluxed ribbons) were further investigated for their glass forming abilities, crystallization behaviors, thermal and magnetic properties.

AB - In this study, starting from the basic composition of Fe-P-C alloy, a series of different compositions including Fe-Ni-P-C, Fe-Co-P-C, Fe-Ni-Co-P-C have been cast into thin glassy ribbons. The substitution of iron for nickel and/or cobalt is always implemented in the range of 20 at%. Optimum casting parameters are determined and fluxing treatment of compositions have been conducted. Nine selected samples from synthesized ribbons (including three fluxed ribbons) were further investigated for their glass forming abilities, crystallization behaviors, thermal and magnetic properties.

KW - metallic glass

KW - Fe-based metallic glass

KW - fluxing

KW - melt spinning

KW - rapid solidification processing

KW - non-equilibrium processing

KW - melt-spun ribbons

KW - RSP

KW - metallisches glas

KW - Fe-basis metallisches glas

KW - flussmittelbehandlung

KW - schmelzspinnen

KW - schnelle verfestigung

KW - nichtgleichgewichtsverarbeitung

KW - schmelzgesponnene bänder

KW - RSP

M3 - Master's Thesis

ER -