Add to ORKGThe knowledge of diffusion parameters, such as integrated diffusion coefficient and the activation energy for diffusion is important to understand the growth rate of the product phase and the atomic mechanism of diffusion. These parameters are determined in Ti3Au phase with A15 crystal structure. The calculated diffusion parameters will help in validating the theoretical analysis on defect structure of the phase
α-spectrometry was used in order to measure the diffusion of U in bulk α-Ti in the temperature range...
Growth kinetics, phase boundary compositions, interdiffusion coefficients and the relative mobilitie...
The Ti-15Mo alloy is a promising material for use as a biomaterial because of its excellent corrosio...
Diffusion such is the integrated diffusion coefficient of the phase, the tracer diffusion coefficien...
Diffusion coefficients for hydrogen in titanium, its alloy Ti88Al12 and the intermetallic Ti3Al have...
Analytic expressions for the temperature-dependent diffusion coefficient of oxygen along two directi...
Solid diffusion couple experiments are conducted to analyse the growth mechanism of the phases and t...
The performance of the contacts, where Au/Ti layers are used in the metallization scheme, largely de...
There is a constant effort to understand the defect structure and diffusion behavior in intermetalli...
Interdiffusion phenomena have been investigated m the Ti-Al system in the region from 25 to 100 at.%...
The influence of impurity and its concentration on the temperature-dependent diffusion coefficient o...
The formation and growth of intermetallic compounds by diffusion reaction of Cu and Ti were investig...
Interdiffusion in multi-phase diffusion couples of polycrystalline Ti and polysynthetically twinned ...
The study deals with monocrystals of alpha -titanium and titanium - oxygen alloys. The aim is to dev...
Based on an interdiffusion study using an incremental diffusion couple in the V-Ga binary system, we...
α-spectrometry was used in order to measure the diffusion of U in bulk α-Ti in the temperature range...
Growth kinetics, phase boundary compositions, interdiffusion coefficients and the relative mobilitie...
The Ti-15Mo alloy is a promising material for use as a biomaterial because of its excellent corrosio...
Diffusion such is the integrated diffusion coefficient of the phase, the tracer diffusion coefficien...
Diffusion coefficients for hydrogen in titanium, its alloy Ti88Al12 and the intermetallic Ti3Al have...
Analytic expressions for the temperature-dependent diffusion coefficient of oxygen along two directi...
Solid diffusion couple experiments are conducted to analyse the growth mechanism of the phases and t...
The performance of the contacts, where Au/Ti layers are used in the metallization scheme, largely de...
There is a constant effort to understand the defect structure and diffusion behavior in intermetalli...
Interdiffusion phenomena have been investigated m the Ti-Al system in the region from 25 to 100 at.%...
The influence of impurity and its concentration on the temperature-dependent diffusion coefficient o...
The formation and growth of intermetallic compounds by diffusion reaction of Cu and Ti were investig...
Interdiffusion in multi-phase diffusion couples of polycrystalline Ti and polysynthetically twinned ...
The study deals with monocrystals of alpha -titanium and titanium - oxygen alloys. The aim is to dev...
Based on an interdiffusion study using an incremental diffusion couple in the V-Ga binary system, we...
α-spectrometry was used in order to measure the diffusion of U in bulk α-Ti in the temperature range...
Growth kinetics, phase boundary compositions, interdiffusion coefficients and the relative mobilitie...
The Ti-15Mo alloy is a promising material for use as a biomaterial because of its excellent corrosio...