Add to ORKGSnoek type Q-1 peaks observed in Fe-Cr-C alloys are related to jumps between equivalent octahedra or tetrahedra with n Cr atoms at the corners, with n up to 6 or 4. The effects of high T and cooling treatments are considered on the characteristics of the C-Crn associates and in consequence of martensite.The results are interpreted in terms of C-Crn associates acting as embryos for the nucleation of martensite with stability depending on tetrahedrality or octahedrality of the associates
The characteristics of martensitic transformation is strongly dependent on the cooling rate applied ...
International audienceQuantitative simulations of the carbon-induced internal friction in ferrite/ma...
Internal friction of Fe-Cr-Mn alloys have close relations with chemical compositions, constituent ph...
Snoek type Q-1 peaks observed in Fe-Cr-C alloys are related to jumps between equivalent octahedra or...
Snoek type Q-1 peaks observed in Fe-Cr-C alloys are related to jumps between equivalent octahedra or...
Internal friction vs. temperature spectra, together with X-ray diffraction and hardness characterist...
Internal friction and Mossbauer techniques have been used to investigate the structure of C-Cr assoc...
Internal friction, dynamic modulus (Md), microhardness measurements and X-ray diffraction analyses h...
An internal friction peak associated with martensite induced at low temperature in 18-8 stainless st...
The internal friction spectrum of as-quenched MANET steel ( 10.5 Cr, 0.17 C, 0.003 N wt%) and its ev...
Effects of Cr addition (0,3, and 6 wt%) on Charpy impact properties of Fe-C-Mn-Cr-based steels were ...
The literature on the internal friction of martensite, the theory of microplasticity, and the microp...
Internal friction (IF) data show that the evolution of C-Crn associate distribution of MANET steel i...
The presence of substitutional solutes has a strong influence on the Snoek effect of interstitial at...
An internal friction peak which is considered to be due to α' martensite phase in a cold worked 304L...
The characteristics of martensitic transformation is strongly dependent on the cooling rate applied ...
International audienceQuantitative simulations of the carbon-induced internal friction in ferrite/ma...
Internal friction of Fe-Cr-Mn alloys have close relations with chemical compositions, constituent ph...
Snoek type Q-1 peaks observed in Fe-Cr-C alloys are related to jumps between equivalent octahedra or...
Snoek type Q-1 peaks observed in Fe-Cr-C alloys are related to jumps between equivalent octahedra or...
Internal friction vs. temperature spectra, together with X-ray diffraction and hardness characterist...
Internal friction and Mossbauer techniques have been used to investigate the structure of C-Cr assoc...
Internal friction, dynamic modulus (Md), microhardness measurements and X-ray diffraction analyses h...
An internal friction peak associated with martensite induced at low temperature in 18-8 stainless st...
The internal friction spectrum of as-quenched MANET steel ( 10.5 Cr, 0.17 C, 0.003 N wt%) and its ev...
Effects of Cr addition (0,3, and 6 wt%) on Charpy impact properties of Fe-C-Mn-Cr-based steels were ...
The literature on the internal friction of martensite, the theory of microplasticity, and the microp...
Internal friction (IF) data show that the evolution of C-Crn associate distribution of MANET steel i...
The presence of substitutional solutes has a strong influence on the Snoek effect of interstitial at...
An internal friction peak which is considered to be due to α' martensite phase in a cold worked 304L...
The characteristics of martensitic transformation is strongly dependent on the cooling rate applied ...
International audienceQuantitative simulations of the carbon-induced internal friction in ferrite/ma...
Internal friction of Fe-Cr-Mn alloys have close relations with chemical compositions, constituent ph...