S.E. Mousavi Ghahfarokhi, F. Hamalzadeh Ahmadi
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Fabrication and comparison of the structural and magnetic properties of FeNi3 nanoparticles made by hydrothermal and co-precipitation methods
/0(B= : E % F $% &' FeNi3 3 2 3 4" 5 01 ( G 3'. 0 . 2 4I% 3 4" 3 J@, # < : :% $ 6, 4 F K . 43 E :% 0( 0( /0* 0 4" . . '8 LM 3 2%4 N*. 'G4 x ) XRD ( < 4,B % O'B. 4B( %0( ;( " 3 (FESEM) L() *+ N*. 1 PG % '8 (VSM) Q 0 01 3 . %0 K % < 2%4 #'> % N , / 6,.% /01 '8 <01 : CG E :% 0( 0( :% .% 4IR ( 3 . 4 QG FESEM < % $% & < '3 ' 0 % < : :% SP3 /0 ;(B G / &' 0 % 4 QG "01 T & "0*U = /0 1 ' . N , VSM K % < '8 3 /01 ( G #
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