In this work the integrated diffusion coeff., Dint is used to get a kinetic description of the growth of silicides in the Ni-Si and Ni-SiC diffusion couples. In both systems the same values were found for the Dint of the phases concerned. The position of the Kirkendall plane in the diffusion couples revealed that Ni is the only diffusing species in the phase Ni5Si2. [on SciFinder (R)
A mathematical model to describe the growth of silicides layers in metal - silicon diffusion couples...
The growth of Transition Metal Silicides in Metal-Silicon Diffusion Couples is followed by scanning ...
The growth of Transition Metal Silicides in Metal-Silicon Diffusion Couples is followed by scanning ...
In this work the integrated diffusion coeff., Dint is used to get a kinetic description of the growt...
In this work the integrated diffusion coeff., Dint is used to get a kinetic description of the growt...
In this work, the integrated diffusion coefficient, D'-int' is used to describe the growth kinetics ...
In this work, the integrated diffusion coefficient, D'-int' is used to describe the growth kinetics ...
In this work, the integrated diffusion coefficient, D'-int' is used to describe the growth kinetics ...
In this work, the integrated diffusion coefficient, D'-int' is used to describe the growth kinetics ...
Diffusion couples, in which one single-phased layer of Co-silicide is growing from its saturated adj...
Diffusion couples, in which one single-phased layer of Co-silicide is growing from its saturated adj...
Diffusion couples, in which one single-phased layer of Co-silicide is growing from its saturated adj...
Diffusion couples, in which one single-phased layer of Co-silicide is growing from its saturated adj...
A mathematical model to describe the growth of silicides layers in metal - silicon diffusion couples...
An original kinetic model to calculate the diffusion coefficients of the metals in silicides layers ...
A mathematical model to describe the growth of silicides layers in metal - silicon diffusion couples...
The growth of Transition Metal Silicides in Metal-Silicon Diffusion Couples is followed by scanning ...
The growth of Transition Metal Silicides in Metal-Silicon Diffusion Couples is followed by scanning ...
In this work the integrated diffusion coeff., Dint is used to get a kinetic description of the growt...
In this work the integrated diffusion coeff., Dint is used to get a kinetic description of the growt...
In this work, the integrated diffusion coefficient, D'-int' is used to describe the growth kinetics ...
In this work, the integrated diffusion coefficient, D'-int' is used to describe the growth kinetics ...
In this work, the integrated diffusion coefficient, D'-int' is used to describe the growth kinetics ...
In this work, the integrated diffusion coefficient, D'-int' is used to describe the growth kinetics ...
Diffusion couples, in which one single-phased layer of Co-silicide is growing from its saturated adj...
Diffusion couples, in which one single-phased layer of Co-silicide is growing from its saturated adj...
Diffusion couples, in which one single-phased layer of Co-silicide is growing from its saturated adj...
Diffusion couples, in which one single-phased layer of Co-silicide is growing from its saturated adj...
A mathematical model to describe the growth of silicides layers in metal - silicon diffusion couples...
An original kinetic model to calculate the diffusion coefficients of the metals in silicides layers ...
A mathematical model to describe the growth of silicides layers in metal - silicon diffusion couples...
The growth of Transition Metal Silicides in Metal-Silicon Diffusion Couples is followed by scanning ...
The growth of Transition Metal Silicides in Metal-Silicon Diffusion Couples is followed by scanning ...