Studies on the superlattices of ternary alloys were recently developed, but only a new experimental results by X-ray have been reported. The ternary system of iron-aluminum-silicon, which contains the industrially important ferromagnetic alloy "Seudust" and has two superlattices of the same type on the iron-aluminum and iron-silicon sides, offers various interesting problems in connection with the superlattice theory. The present work was undertaken in this ternary system to confirm by X-ray a composition-range in which the superlattice of the 3 : 1 type can exist, because no work had yet been reported concerning it. The result showed that all ferromagnetic singularities were found in this composition-range
Iron and silicon are the major impurities in the 1000 series of wrought aluminum alloys. As the alum...
<div><p>The microstructure of ternary alloys in the Al rich corner of the Al-Cu-Si and Al-Ag-Cu syst...
The unusual fluorescence X-ray intensity variations in iron-silicon and aluminium-silicon-copper all...
Anomalous properties in the superlattice formation in α-solid solution of Fe-Al system were theoreti...
Characteristic features of the superlattice formation in many・component alloys may be represented by...
The paper presents an analysis of a selected grade of high silicon cast iron intended for work in co...
For comprehensive understanding of the formation behavior of β-Al 5 FeSi phase in Al-Si-Cu alloys wi...
Characteristic behaviours which would appear during the formation of a binary superlattice with a la...
This project investigated the effects of ternary additions of Al, Nb and Cu to a chosen Fe-Si alloy ...
Recent studies have shown that the beta-Al5FeSi and theta-Al2Cu phase intermetallic particles are re...
The superlattices which consist of amorphous Fe (C) and amorphous Si have been demonstrated to be pr...
In aluminum alloys one of the most pervasive and important impurity elements is iron, stemming from ...
The composition and temperature range of the AuCu-type superlattice formation in the Au-Cu-Ag ternar...
To interpret the microstructure of ferro-silicon alloys at 65 wt% containing variable amounts of all...
Alloys in and near the ε single phase region found by Morral In the iron-aluminum-carbon system were...
Iron and silicon are the major impurities in the 1000 series of wrought aluminum alloys. As the alum...
<div><p>The microstructure of ternary alloys in the Al rich corner of the Al-Cu-Si and Al-Ag-Cu syst...
The unusual fluorescence X-ray intensity variations in iron-silicon and aluminium-silicon-copper all...
Anomalous properties in the superlattice formation in α-solid solution of Fe-Al system were theoreti...
Characteristic features of the superlattice formation in many・component alloys may be represented by...
The paper presents an analysis of a selected grade of high silicon cast iron intended for work in co...
For comprehensive understanding of the formation behavior of β-Al 5 FeSi phase in Al-Si-Cu alloys wi...
Characteristic behaviours which would appear during the formation of a binary superlattice with a la...
This project investigated the effects of ternary additions of Al, Nb and Cu to a chosen Fe-Si alloy ...
Recent studies have shown that the beta-Al5FeSi and theta-Al2Cu phase intermetallic particles are re...
The superlattices which consist of amorphous Fe (C) and amorphous Si have been demonstrated to be pr...
In aluminum alloys one of the most pervasive and important impurity elements is iron, stemming from ...
The composition and temperature range of the AuCu-type superlattice formation in the Au-Cu-Ag ternar...
To interpret the microstructure of ferro-silicon alloys at 65 wt% containing variable amounts of all...
Alloys in and near the ε single phase region found by Morral In the iron-aluminum-carbon system were...
Iron and silicon are the major impurities in the 1000 series of wrought aluminum alloys. As the alum...
<div><p>The microstructure of ternary alloys in the Al rich corner of the Al-Cu-Si and Al-Ag-Cu syst...
The unusual fluorescence X-ray intensity variations in iron-silicon and aluminium-silicon-copper all...