Add to ORKGAbstract. A quantitative analysis of multiphase diffusion in Cu-Zn diffusion couple is presented. The analysis is based in using the concentration profiles provided by electron micro-beam analyzer. From the dependence of the square of phase thickness from annealing time, the growth constant for each phase in each annealing temperature can be calculated. Knowing the growth constant of γ and ε phases one can calculate the activation energy and the diffusion coefficient of the above mentioned intermetallic phases
The experimental determination of the tracer or self-diffusion coefficient as a function of composit...
A combined thermodynamic and diffusion-kinetic approach is very viable for developing microjoining a...
A combined thermodynamic and diffusion-kinetic approach is very viable for developing microjoining a...
Abstract In this work the multiphase diffusion in the infinite couple Cu-Zn was studied experimental...
Two main objectives of this research were to determine diffusional interactions among various compon...
The diffusion behaviors and diffusion parameters of intermetallic compounds (IMCs) formed in Cu-Sn d...
The tracer diffusion coefficients of the elements as well as the integrated interdiffusion coefficie...
Growing use and development of lightweight Mg alloys has been the catalyst for more fundamental rese...
A stereological analysis was carried out in order to obtain the kinetics parameters of the (Cu1-xNix...
A stereological analysis was carried out in order to obtain the kinetics parameters of the (Cu1-xNix...
A stereological analysis was carried out in order to obtain the kinetics parameters of the (Cu1-xNix...
Diffusion paths were studied in the ternary Cu - Ag - Zn system between Cu-rich and Ag-rich solid so...
Employing six groups of bulk diffusion couples together with electron probe microanalysis techniq...
A user-friendly computer program called MultiDiFlux has been developed for the analysis of multicomp...
A new analysis is developed for the determination of diffusion coefficients and parameters relevant ...
The experimental determination of the tracer or self-diffusion coefficient as a function of composit...
A combined thermodynamic and diffusion-kinetic approach is very viable for developing microjoining a...
A combined thermodynamic and diffusion-kinetic approach is very viable for developing microjoining a...
Abstract In this work the multiphase diffusion in the infinite couple Cu-Zn was studied experimental...
Two main objectives of this research were to determine diffusional interactions among various compon...
The diffusion behaviors and diffusion parameters of intermetallic compounds (IMCs) formed in Cu-Sn d...
The tracer diffusion coefficients of the elements as well as the integrated interdiffusion coefficie...
Growing use and development of lightweight Mg alloys has been the catalyst for more fundamental rese...
A stereological analysis was carried out in order to obtain the kinetics parameters of the (Cu1-xNix...
A stereological analysis was carried out in order to obtain the kinetics parameters of the (Cu1-xNix...
A stereological analysis was carried out in order to obtain the kinetics parameters of the (Cu1-xNix...
Diffusion paths were studied in the ternary Cu - Ag - Zn system between Cu-rich and Ag-rich solid so...
Employing six groups of bulk diffusion couples together with electron probe microanalysis techniq...
A user-friendly computer program called MultiDiFlux has been developed for the analysis of multicomp...
A new analysis is developed for the determination of diffusion coefficients and parameters relevant ...
The experimental determination of the tracer or self-diffusion coefficient as a function of composit...
A combined thermodynamic and diffusion-kinetic approach is very viable for developing microjoining a...
A combined thermodynamic and diffusion-kinetic approach is very viable for developing microjoining a...