Add to ORKGAnomalous properties in the superlattice formation in α-solid solution of Fe-Al system were theoretically deduced by taking into account the interrelation between the formation of ordered atomic arrangement and the origination of spontaneous magnetization. The phase diagram concerning superlattice formation in these binary alloys was also reviewed from this general point of view
The addition of 2.5 at% Si or Al to Fe_2Tb causes the formation of an amorphous single phase and the...
Iron and silicon are the major impurities in the 1000 series of wrought aluminum alloys. As the alum...
The superlattices which consist of amorphous Fe (C) and amorphous Si have been demonstrated to be pr...
Studies on the superlattices of ternary alloys were recently developed, but only a new experimental ...
The influence of the different structures on the evolution of the magnetism in the order-disorder tr...
Characteristic behaviours which would appear during the formation of a binary superlattice with a la...
The electronic and magnetic properties of the ordered binary Fe$\text{}_{1-x}$Al$\text{}_{x}$ alloy ...
For comprehensive understanding of the formation behavior of β-Al 5 FeSi phase in Al-Si-Cu alloys wi...
In aluminum alloys one of the most pervasive and important impurity elements is iron, stemming from ...
The crystallization behaviour of iron intermetallics during solidification and the dissolution behav...
Recently, there has been a lot of activity trying to produce steel with an increased concentration, ...
Characteristic features of the superlattice formation in many・component alloys may be represented by...
Solid solutions are considered in the paper aiming at the establishment of the interconnection of a ...
Crystal structure characteristics of coexisting β and δ phase were investigated in a purely intermet...
Solidification of B206 aluminum alloys with additions of iron and silicon was studied to investigate...
The addition of 2.5 at% Si or Al to Fe_2Tb causes the formation of an amorphous single phase and the...
Iron and silicon are the major impurities in the 1000 series of wrought aluminum alloys. As the alum...
The superlattices which consist of amorphous Fe (C) and amorphous Si have been demonstrated to be pr...
Studies on the superlattices of ternary alloys were recently developed, but only a new experimental ...
The influence of the different structures on the evolution of the magnetism in the order-disorder tr...
Characteristic behaviours which would appear during the formation of a binary superlattice with a la...
The electronic and magnetic properties of the ordered binary Fe$\text{}_{1-x}$Al$\text{}_{x}$ alloy ...
For comprehensive understanding of the formation behavior of β-Al 5 FeSi phase in Al-Si-Cu alloys wi...
In aluminum alloys one of the most pervasive and important impurity elements is iron, stemming from ...
The crystallization behaviour of iron intermetallics during solidification and the dissolution behav...
Recently, there has been a lot of activity trying to produce steel with an increased concentration, ...
Characteristic features of the superlattice formation in many・component alloys may be represented by...
Solid solutions are considered in the paper aiming at the establishment of the interconnection of a ...
Crystal structure characteristics of coexisting β and δ phase were investigated in a purely intermet...
Solidification of B206 aluminum alloys with additions of iron and silicon was studied to investigate...
The addition of 2.5 at% Si or Al to Fe_2Tb causes the formation of an amorphous single phase and the...
Iron and silicon are the major impurities in the 1000 series of wrought aluminum alloys. As the alum...
The superlattices which consist of amorphous Fe (C) and amorphous Si have been demonstrated to be pr...