Add to ORKGThe system Fe-Ti-C has been investigated by means of quantitative electron probe microanalysis and optical microscopy on equilibrated ternary alloys and 9n multiphase ternary diffusion couples. An isothermal cross-section of the phase diagram at 1273 K was established. Diffusion paths observed in diffusion couples are shown. The kinetics of TiC1- x layer growth is discussed
The reaction between Fe foil and a disc of ilmenite solid solution (Co-0.48 Ni-0.52) TiO3 was studie...
Interdiffusion in the BCC phase of the Ti-Mn binary and Ti-Al-Mn ternary systems was investigated be...
The chemical diffusion coefficient of carbon in TiC1-y was determined as a function of stoichiometry...
The system Fe-Ti-C has been investigated by means of quantitative electron probe microanalysis and o...
The ternary system Co-Ti-C has been investigated by means of quantitative electron probe microanalys...
We have investigated phase relations and diffusion phenomena in the Fe-Sn and Ni-Sn systems in the t...
For the system Ti-Si-C phase diagrams at 1373 K and at 1523 K were determined. For that purpose, sev...
Solid-state diffusion couples are used as simulation experiments to study the diffusional inter-acti...
An understanding and modeling of diffusion paths in ternary systems requires a combined thermodynami...
© 2018 Elsevier Ltd Co-Ni-Ti system is a key system in many industrial applications. The thermodyna...
Displacement reactions have been studied in the Fe-Ni-B system at 925°C and in the Fe-Co-B system at...
Pure titanium has an HCP structure and lacks mechanical properties for many industrial purposes. The...
The reaction between Fe foil and a disc of ilmenite solid solution (Co-0.48 Ni-0.52) TiO3 was studie...
Interdiffusion in the BCC phase of the Ti-Mn binary and Ti-Al-Mn ternary systems was investigated be...
The chemical diffusion coefficient of carbon in TiC1-y was determined as a function of stoichiometry...
The system Fe-Ti-C has been investigated by means of quantitative electron probe microanalysis and o...
The ternary system Co-Ti-C has been investigated by means of quantitative electron probe microanalys...
We have investigated phase relations and diffusion phenomena in the Fe-Sn and Ni-Sn systems in the t...
For the system Ti-Si-C phase diagrams at 1373 K and at 1523 K were determined. For that purpose, sev...
Solid-state diffusion couples are used as simulation experiments to study the diffusional inter-acti...
An understanding and modeling of diffusion paths in ternary systems requires a combined thermodynami...
© 2018 Elsevier Ltd Co-Ni-Ti system is a key system in many industrial applications. The thermodyna...
Displacement reactions have been studied in the Fe-Ni-B system at 925°C and in the Fe-Co-B system at...
Pure titanium has an HCP structure and lacks mechanical properties for many industrial purposes. The...
The reaction between Fe foil and a disc of ilmenite solid solution (Co-0.48 Ni-0.52) TiO3 was studie...
Interdiffusion in the BCC phase of the Ti-Mn binary and Ti-Al-Mn ternary systems was investigated be...
The chemical diffusion coefficient of carbon in TiC1-y was determined as a function of stoichiometry...