Structure and Composition Investigation of Amorphous Alloy Fe78Ni1Si9B12 during Thermal Processing

Aleksandr Fedorets; Aleksandr Kotvitckii; Evgeny B. Modin; Aleksandr Dubinets; Evgeny Pustovalov; Vladimir Plotnikov; Boris Grudin

doi:10.4028/www.scientific.net/AMR.590.13

Paper Titles

Preface and Organization Committee

Some Potential Negative Impacts of Nanomaterials on Human Health and Environment
p.3

TEM and STEM Electron Tomography Analysis of Amorphous Alloys CoP-CoNiP System
p.9

Structure and Composition Investigation of Amorphous Alloy Fe₇₈Ni₁Si₉B₁₂ during Thermal Processing
p.13

Performance of Carbide Tools with Micro-Texture on Titanium Alloys Cutting in Dry Conditions
p.17

Microstructure Transformation of Nb-V Microalloyed Steel during Continuous Cooling Process
p.23

Multi-Pass Route Planning for Thick Plate of Low Alloy High Strength Steel by Double-Sided Double Arc Welding
p.28

Preparation of SnS₂, SnS₂:Cu, SnS Nanocrystals and Assembly of Thin Film Solar Cell with the Novel Structure of FTO/SnS₂:Cu/SnS/Sn
p.35

Influence of the Source Temperature on Properties of CdTe Thin Films by Close-Spaced Sublimation
p.40

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 590Structure and Composition Investigation of...

Structure and Composition Investigation of Amorphous Alloy Fe₇₈Ni₁Si₉B₁₂ during Thermal Processing

Abstract:

This paper covers the investigation of the microstructure and magnetic properties of amorphous magnetic alloy Fe78Ni1Si9B12 films, which was subjected to thermal processing. Study of the surface with the help of phase analysis and Kikuchi-diffraction revealed the change of state of the alloy surface without the influence on its volume.