Add to ORKGDiffusion-couple experiments are conducted in the Fe-Pt system. The phase boundary compositions of the phases measured in this study are found to be different than the compositions published previously. In the gamma-FePt solid solution, the interdiffusion coefficient increases with the Pt content up to 25 at. pct Pt. Fe is the faster diffusing species in this phase. The trend in the interdiffusion coefficient is explained with the help of calculated driving force for diffusion. To reduce errors, the average interdiffusion coefficients are calculated in the FePt and FePt3 compounds
Interdiffusion study is conducted in the Ni-rich part of the beta-Ni(Pt)Al phase following the pseud...
Interdiffusion phenomena at temperatures betleen 800 and 1300°C have been investigated in the MoNi, ...
A new analysis is developed for the determination of diffusion coefficients and parameters relevant ...
Diffusion-couple experiments are conducted in the Fe-Pt system. The phase boundary compositions of t...
Interdiffusion, intrinsic, tracer and impurity diffusion coefficients are calculated in the Pd-Pt sy...
The diffusion characteristics of the Fe-Nb system were investigated using the diffusion couple techn...
Diffusion couple experiments are conducted in Co-Ni-Pt system at 1200 degrees C and in Co-Ni-Fe syst...
In this study, bulk and multifoil diffusion couple experiments were conducted to examine the interdi...
Growth kinetics, phase boundary compositions, interdiffusion coefficients and the relative mobilitie...
The effect of Pt on the growth kinetics of the gamma'-Ni(Pt)](3)Al ordered intermetallic phase and t...
The performance of the contacts, where Au/Ti layers are used in the metallization scheme, largely de...
Fe/Mo bulk diffusion couples are annealed at 1050-1200 degrees C to study the growth and diffusion b...
Supplementary and raw data to the article entitled “Self-diffusion of Fe and Pt in L10-ordered FePt:...
Diffusion couple technique is used to study interdiffusion in Nb-Mo, Nb-Ti and Nb-Zr systems. Interd...
A frame store pn-junction CCD (pnCCD) detector was applied to study thermally induced interdiffusion...
Interdiffusion study is conducted in the Ni-rich part of the beta-Ni(Pt)Al phase following the pseud...
Interdiffusion phenomena at temperatures betleen 800 and 1300°C have been investigated in the MoNi, ...
A new analysis is developed for the determination of diffusion coefficients and parameters relevant ...
Diffusion-couple experiments are conducted in the Fe-Pt system. The phase boundary compositions of t...
Interdiffusion, intrinsic, tracer and impurity diffusion coefficients are calculated in the Pd-Pt sy...
The diffusion characteristics of the Fe-Nb system were investigated using the diffusion couple techn...
Diffusion couple experiments are conducted in Co-Ni-Pt system at 1200 degrees C and in Co-Ni-Fe syst...
In this study, bulk and multifoil diffusion couple experiments were conducted to examine the interdi...
Growth kinetics, phase boundary compositions, interdiffusion coefficients and the relative mobilitie...
The effect of Pt on the growth kinetics of the gamma'-Ni(Pt)](3)Al ordered intermetallic phase and t...
The performance of the contacts, where Au/Ti layers are used in the metallization scheme, largely de...
Fe/Mo bulk diffusion couples are annealed at 1050-1200 degrees C to study the growth and diffusion b...
Supplementary and raw data to the article entitled “Self-diffusion of Fe and Pt in L10-ordered FePt:...
Diffusion couple technique is used to study interdiffusion in Nb-Mo, Nb-Ti and Nb-Zr systems. Interd...
A frame store pn-junction CCD (pnCCD) detector was applied to study thermally induced interdiffusion...
Interdiffusion study is conducted in the Ni-rich part of the beta-Ni(Pt)Al phase following the pseud...
Interdiffusion phenomena at temperatures betleen 800 and 1300°C have been investigated in the MoNi, ...
A new analysis is developed for the determination of diffusion coefficients and parameters relevant ...