Access the full text.
Sign up today, get DeepDyve free for 14 days.
Loading next page...
/lp/springer-journals/solute-diffusion-in-alpha-and-gamma-iron-Ix9WAITb2k
References (23)
-
D. James, G. Leak (1966)
Self-diffusion and diffusion of cobalt in alpha and delta-ironPhilosophical Magazine, 14
-
J. Askill, D. Tomlin (1965)
Self-diffusion in chromiumPhilosophical Magazine, 11
-
F. R. Window (1965)
ASM Symposium on Diffusion in b.c.c. metals -
P. Shewmon (2016)
Diffusion in SolidsDiffusion in Solids
-
D. Lazarus (1965)
Energetics in Metallurgical Phenomena -
E. Sherwood (1956)
Less Common MetalsIndustrial & Engineering Chemistry, 51
-
J. Askill, G. Gibbs (1965)
Tracer Diffusion in β‐TitaniumPhysica Status Solidi B-basic Solid State Physics, 11
-
G. Gibbs (1964)
The mechanism of diffusion in anomalous b.c.c. transition metalsActa Metallurgica, 12
-
K. Hirano, M. Cohen, B. Averbach (1961)
Diffusion of nickel into ironActa Metallurgica, 9
-
M. Anand, R. Agarwala (1966)
Diffusion of Copper in IronJournal of Applied Physics, 37
-
D. Lazarus (1954)
EFFECT OF SCREENING ON SOLUTE DIFFUSION IN METALSPhysical Review, 93
-
R. Swalin (1957)
A model for solute diffusion in metals based on elasticity conceptsActa Metallurgica, 5
-
A. W. Bowen and G. M. Leak
Met. Trans. -
A. Claire (1964)
Theory of impurity diffusion in metalsPhilosophical Magazine, 10
-
R. Borg, D. Lai (1963)
THE DIFFUSION OF GOLD, NICKEL, AND COBALT IN ALPHA IRON: A STUDY OF THE EFFECT OF FERROMAGNETISM UPON DIFFUSIONActa Metallurgica, 11
-
B. Argent, G.J.C. Milne (1960)
THE PHYSICAL PROPERTIES OF NIOBIUM, TANTALUM, MOLYBDENUM, AND TUNGSTENJournal of The Less Common Metals, 2
-
D. Graham, D. Tomlin (1963)
Self-diffusion in ironPhilosophical Magazine, 8
-
R. M. Fisher (1966)
The Electron Microprobe -
T. Suzuoka (1961)
Lattice Diffusion and Grain Boundary Diffusion of Cobalt in γ-IronMaterials Transactions, 2
-
R. Peart (1965)
Diffusion of V48 and Fe59 in vanadiumJournal of Physics and Chemistry of Solids, 26
-
A. Claire (1962)
On the theory of impurity diffusion in metalsPhilosophical Magazine, 7
-
N. L. Peterson S. J. Rothman (1968)
10.1063/1.1655922J. Appl Phys., 39
-
G. Dienes (1953)
Entropies of Activation in Metallic DiffusionPhysical Review, 89
- Publisher
- Springer Journals
- Copyright
- 1970 The Metallurgical Society of American Institute of Mining
- ISSN
- 1073-5615
- eISSN
- 1543-1916
- DOI
- 10.1007/BF02642019
- Publisher site
- See Article on Publisher Site
Abstract
Abstract The diffusion rates of chromium, vanadium, and hafnium in α- and γ-Fe have been determined by radiotracer techniques. The results are (in sq cm sec−1): α-Fe γ-Fe ChromiumD = 8.52 exp (−59,900/RT)D = 10.80 exp(−69,700/RT) VanadiumD = 3.92 exp (−57,600/RT)D = 0.25 exp (−63,100/RT) HafniumD = 1.31 exp (−69,300/RT)D = 3600 exp (−97,300/RT) The differences in diffusion rates are discussed in terms of the compressibility of the diffusing atom. Diffusion of chromium in γ-Fe was also measured by a microprobe analysis technique. The result is:D = 4.08 exp (−68,500/RT) Comparison is made between diffusion analysis by tracer techniques and by electron probe microanalysis.
Journal
Metallurgical and Materials Transactions B – Springer Journals
Published: Jun 1, 1970