An interdiffusion study is conducted on the Co-W system by a diffusion couple technique. The interdiffusion coefficient of the Co(W) solid solution and the Co7W6 mu phase is determined. The activation energy is found to increase with the W content of the Co(W) solid solution. (C) 2010 Elsevier Ltd. All rights reserved
Interdiffusion phenomena at temperatures betleen 800 and 1300°C have been investigated in the MoNi, ...
Interdiffusion coefficients within the beta-phase region of the nickel-cobalt-chromium-aluminum (Ni-...
The phase diagram of the MoCo system between 800 and 1300°C has been investigated by microscopy, X-r...
An interdiffusion study is conducted on the Co-W system by a diffusion couple technique. The interdi...
The study on the formation and growth of topological close packed (TCP) compounds is important to un...
Study of interdiffusion in the Co-Mo system is important to understand the performance of turbine bl...
The study on the formation and growth of topological close packed (TCP) compounds is important to un...
Diffusion parameters such as the interdiffusion coefficients and the ratio of the tracer diffusion c...
Interdiffusion study of the Co-Nb system is conducted to determine the diffusion parameters in diffe...
The interdiffusion coefficient in Ni(Mo) solid solution, impurity diffusion of Mo in Ni, average i...
Deleterious topological-closed-packed (tcp) phases grow in the interdiffusion zone in turbine blades...
Diffusion couple technique is used to study interdiffusion in Nb-Mo, Nb-Ti and Nb-Zr systems. Interd...
Diffusion couple experiments are conducted in Co-Ni-Pt system at 1200 degrees C and in Co-Ni-Fe syst...
In this paper, the interdiffusivities in fcc Co–Ni alloys at 1373 K due to different types of diffus...
Fe/Mo bulk diffusion couples are annealed at 1050-1200 degrees C to study the growth and diffusion b...
Interdiffusion phenomena at temperatures betleen 800 and 1300°C have been investigated in the MoNi, ...
Interdiffusion coefficients within the beta-phase region of the nickel-cobalt-chromium-aluminum (Ni-...
The phase diagram of the MoCo system between 800 and 1300°C has been investigated by microscopy, X-r...
An interdiffusion study is conducted on the Co-W system by a diffusion couple technique. The interdi...
The study on the formation and growth of topological close packed (TCP) compounds is important to un...
Study of interdiffusion in the Co-Mo system is important to understand the performance of turbine bl...
The study on the formation and growth of topological close packed (TCP) compounds is important to un...
Diffusion parameters such as the interdiffusion coefficients and the ratio of the tracer diffusion c...
Interdiffusion study of the Co-Nb system is conducted to determine the diffusion parameters in diffe...
The interdiffusion coefficient in Ni(Mo) solid solution, impurity diffusion of Mo in Ni, average i...
Deleterious topological-closed-packed (tcp) phases grow in the interdiffusion zone in turbine blades...
Diffusion couple technique is used to study interdiffusion in Nb-Mo, Nb-Ti and Nb-Zr systems. Interd...
Diffusion couple experiments are conducted in Co-Ni-Pt system at 1200 degrees C and in Co-Ni-Fe syst...
In this paper, the interdiffusivities in fcc Co–Ni alloys at 1373 K due to different types of diffus...
Fe/Mo bulk diffusion couples are annealed at 1050-1200 degrees C to study the growth and diffusion b...
Interdiffusion phenomena at temperatures betleen 800 and 1300°C have been investigated in the MoNi, ...
Interdiffusion coefficients within the beta-phase region of the nickel-cobalt-chromium-aluminum (Ni-...
The phase diagram of the MoCo system between 800 and 1300°C has been investigated by microscopy, X-r...
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