WOS: 000247934600029The effect of austenitizing time on the formation of martensite in Fe-24.5%Ni-4.5%Si alloy has been studied by means of transmission electronmicroscope (TEM), scanning electronmicroscope (SEM) and Mossbauer spectroscopy technique. TEM and SEM observations revealed that the martensite morphology was found to be closely dependent on the austenitizing time. The orientation relationship between austenite and thermally induced martensite was found as the Kurdjumov-Sachs type. The volume fraction changes of martensite and austenite phases, the hyperfine magnetic field of martensite phase and isomery shift values have been determined by Mossbauer spectroscopy. The Mossbauer study also revealed that the martensite volume fractio...
WOS: 000241414900012The paramagnetic-magnetically ordered transition and the effect of Mo content on...
WOS: 000280776300010The kinetic, morphological, crystallographic, and magnetic characteristics of th...
WOS: 000436603100009In this study, the influence of Ti content on the microstructure of the martensi...
WOS: 000249842400014The effect of austenitising temperature and cooling rate on the morphology and m...
WOS: 000289033900011The effect of Si on the austenite stabilization, martensite morphology, and magn...
WOS: 000255429900015Kinetical, morphological and magnetic characteristics of thermally induced marte...
WOS: 000226277400054In this study, the isothermal martensitic transformation has been examined in an...
WOS: 000247146100001Thermally induced martensite properties in Fe-29%Ni-2%Mn alloy were investigated...
WOS: 000261379500008Deformation induced martensite characteristics in the austenite phase of Fe-29Ni...
WOS: 000292750000026The effects of austenite phase deformation on martensitic transformations and ma...
WOS: 000178494300001In this study, austenite-martensite phase transformations which are formed by co...
International Conference on Martensitic Transformations (ICOMAT05) -- JUN 13-17, 2005 -- Shanghai, P...
WOS: 000278790400022PubMed: 20307985Thermal martensite characteristics in Fe-29%Ni-2%Mn-2%Co alloy w...
WOS: 000249228200011The effects of plastic deformation on the magnetic properties of austenite struc...
WOS: 000249473400008The effect of austenitization heat treatment on magnetic properties was examined...
WOS: 000241414900012The paramagnetic-magnetically ordered transition and the effect of Mo content on...
WOS: 000280776300010The kinetic, morphological, crystallographic, and magnetic characteristics of th...
WOS: 000436603100009In this study, the influence of Ti content on the microstructure of the martensi...
WOS: 000249842400014The effect of austenitising temperature and cooling rate on the morphology and m...
WOS: 000289033900011The effect of Si on the austenite stabilization, martensite morphology, and magn...
WOS: 000255429900015Kinetical, morphological and magnetic characteristics of thermally induced marte...
WOS: 000226277400054In this study, the isothermal martensitic transformation has been examined in an...
WOS: 000247146100001Thermally induced martensite properties in Fe-29%Ni-2%Mn alloy were investigated...
WOS: 000261379500008Deformation induced martensite characteristics in the austenite phase of Fe-29Ni...
WOS: 000292750000026The effects of austenite phase deformation on martensitic transformations and ma...
WOS: 000178494300001In this study, austenite-martensite phase transformations which are formed by co...
International Conference on Martensitic Transformations (ICOMAT05) -- JUN 13-17, 2005 -- Shanghai, P...
WOS: 000278790400022PubMed: 20307985Thermal martensite characteristics in Fe-29%Ni-2%Mn-2%Co alloy w...
WOS: 000249228200011The effects of plastic deformation on the magnetic properties of austenite struc...
WOS: 000249473400008The effect of austenitization heat treatment on magnetic properties was examined...
WOS: 000241414900012The paramagnetic-magnetically ordered transition and the effect of Mo content on...
WOS: 000280776300010The kinetic, morphological, crystallographic, and magnetic characteristics of th...
WOS: 000436603100009In this study, the influence of Ti content on the microstructure of the martensi...