Structure and properties of nanostructured vacuum-deposited foils of invar Fe–(35–38 wt%) Ni alloys
VM Nadutov, AI Ustinov, SA Demchenkov… - Journal of Materials …, 2015 - Elsevier
Highlights•Nanostructured (NS) foils of invar Fe–Ni alloys were produced by EBPVD
method.•The NS invar foil microhardness ranges from 4 to 5 GPa.•The invar properties of the …
method.•The NS invar foil microhardness ranges from 4 to 5 GPa.•The invar properties of the …
Hyperfine structure and properties of invar Fe-Ni-C alloys
VM Nadutov, EA Svistunov, SG Kosintsev… - Izvestiya Akademii …, 2005 - inis.iaea.org
[en] One studied the effect of C and of C and Mn simultaneously on physical features of Fe-
Ni alloys: thermal expansion, magnetization, the Curie points, the Young modulus and the …
Ni alloys: thermal expansion, magnetization, the Curie points, the Young modulus and the …
Mössbauer analysis and magnetic properties of Invar Fe-Ni-C and Fe-Ni-Mn-C alloys
VM Nadutov, YO Svystunov, SG Kosintsev… - … Volume II (Part III–V/V), 2007 - Springer
The saturation magnetization and the hyperfine magnetic field of different fcc Fe-Ni based
alloys containing nearby 29 at.% Ni were studied as a function of temperature and for …
alloys containing nearby 29 at.% Ni were studied as a function of temperature and for …
Mössbauer effect in fcc Fe-Ni-C alloys after the ultrasonic impact surface treatment
VM Nadutov, DV Semenov, YO Svystunov… - Czechoslovak Journal of …, 2005 - Springer
Mössbauer spectroscopy was used for study of the fcc Fe-30.5% Ni-1.5% C, Fe-30.0% Ni-
1.3% C, Fe-30.1% Ni-0.44% Mn-1.22% C, Fe-30.3% Ni alloys after the heat treatment at …
1.3% C, Fe-30.1% Ni-0.44% Mn-1.22% C, Fe-30.3% Ni alloys after the heat treatment at …