| 1 |
natural meteorite (NWA 6259) |
95 |
|
1 μm thick ring
along
grain boundary of FCC FeNi |
(14) |
| 2 |
neutron
irradiation of FeNi single crystal |
|
0.41–0.45 |
|
(19, 20) |
| 3 |
cyclic oxidation and reduction of Ni-coated Fe |
19 |
|
|
(51) |
| 4 |
deposition
of monoatomic layer of Fe and Ni using molecular
beam epitaxy |
|
0.2–0.6 |
|
(49) |
| 5 |
nitrogen insertion
and topotactic extraction |
|
0.71 |
<40 nm single phase particles |
(33) |
| 6 |
mechanical alloying of Fe and Ni powder
for 90 h in a shaker-type mill |
absent |
|
12–17 nm particles |
(27) |
| 7 |
mechanical alloying of Fe and Ni powder
for 90 h in a shaker-type mill |
9 |
|
|
(28) |
| 8 |
crystallization from amorphous FeNiSiBPCu bulk metallic
glass |
8 |
0.8 |
30–50 nm sized polycrystalline
grains |
(29, 30, 40) |
| 9 |
crystallization from amorphous FeNiPC bulk metallic glass |
|
|
<100 nm dispersed in bulk |
(52) |
| 10 |
high-pressure
torsion of FeNi and heat treatment |
absent |
|
|
(25) |
| 11 |
mechanical alloying
of Fe and Ni powders in DDPBM |
9 |
0.18 |
|
this work |
| |
magnetic field-assisted heat treatment of 12 h milled FeNi prepared by DDPBM |
15 |
0.3 |
|
|
