The spatial distributions of magnetic texture in crystalline Fe
50
Ni
50
and amorphous Fe
56
Ni
25
Si
3.5
B
13.5
C
2
and Fe
78
Cr
4
Si
5
B
13
alloys were analysed by the Mössbauer technique. The results indicated that the magnetization distribution of the rapidly quenched amorphous alloys was preferentially in the ribbon's plane
and Ni and Cr doped in the amorphous Fe
81
Si
3.5
B
13.5
C
2
alloy had different influence on domain structure of the sample. The results of Mössbauer studies with external magnetic field revealed that the magnetization process of amorphous magnetic alloys was predominately the one of magnetic domain
and for amorphous Fe
56
Ni
25
Si
3.5
B
13.5
C
2
and Fe
78
Cr
4
Si
5
B
13
alloys existed magnetic states more than one.
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references
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