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8.2 Diffusion tables for C, N, and O in metals

Chapter Concepts

Substances /
Molecular Formulas 		(Co,C); (Ni,C); Ag / O; Ag-O; Ag-O (Silver - Oxygen); Balanit A; Be / C; Be / N; Be-C; Be-N; Be-O; Be-O (Beryllium - Oxygen); BeO (unspec.); Beryllium - Carbon; Beryllium - Nitrogen; Beryllium - Oxygen; Ca / C; Carbon - Beryllium; Chromium - Nitrogen; Chromium - Oxygen; Co / C; Co(C); Co-C; Co-O; Co-O (Cobalt - Oxygen); CoO (unspec.); Cobalt - Oxygen; Copper - Oxygen; Cr-C; Cr-N; Cr-N (Chromium - Nitrogen); Cr-O; Cr-O (Chromium - Oxygen); CrN (unspec.); CrO (unspec.); Cu / O; Cu-O; Cu-O (Copper - Oxygen); CuO (unspec.); Er / C; Fe - N; Fe / C; Fe / N; Fe(C); Fe-C; Fe-N; Fe-O; Fe-O (Iron - Oxygen); FeO (unspec.); Gadolinium - Nitrogen; Gadolinium - Oxygen; Gd / C; Gd / N; Gd / O; Gd-N; Gd-O; Hafnium - Nitrogen; Hafnium - Oxygen; Hf / N; Hf / O; Hf-C; Hf-N; Hf-O; Ho / C; Iron - Nitrogen; Iron - Oxygen; La / N; La-C; La-N; La-O; La-O (Lanthanum - Oxygen); LaO (unspec.); Lanthanum - Nitrogen; Lanthanum - Oxygen; Lu / C; Lu / N; Lu / O; Lu-N; Lu-O; Lutetium - Nitrogen; Lutetium - Oxygen; Mg / C; Mo / N; Mo / O; Mo-C; Mo-N; Mo-O; Molybdenum - Nitrogen; Molybdenum - Oxygen; N-Nb; N-Nb (Nitrogen - Niobium); NNb (unspec.); NTi; Nb / O; Nb-C; Nb-O; Ni / C; Ni / N; Ni-C; Ni-O; Ni-O (Nickel - Oxygen); NiO (unspec.); Nickel - Oxygen; Niobium - Nitrogen; Niobium - Oxygen; Nitrogen - Beryllium; Nitrogen - Chromium; Nitrogen - Gadolinium; Nitrogen - Hafnium; Nitrogen - Iron; Nitrogen - Lanthanum; Nitrogen - Lutetium; Nitrogen - Molybdenum; Nitrogen - Niobium; O-Sc; O-Sc (Oxygen - Scandium); O-Ta; O-Ta (Oxygen - Tantalum); O-Ti; O-Ti (Oxygen - Titanium); O-Y; O-Y (Oxygen - Yttrium); O-Zr; O-Zr (Oxygen - Zirconium); OSc (unspec.); OTa (unspec.); OTi (unspec.); OY (unspec.); OZr (unspec.); Oxygen - Beryllium; Oxygen - Chromium; Oxygen - Cobalt; Oxygen - Copper; Oxygen - Gadolinium; Oxygen - Hafnium; Oxygen - Iron; Oxygen - Lanthanum; Oxygen - Lutetium; Oxygen - Molybdenum; Oxygen - Nickel; Oxygen - Niobium; Oxygen - Scandium; Oxygen - Silver; Oxygen - Tantalum; Oxygen - Titanium; Oxygen - Yttrium; Oxygen - Zirconium; Pd / C; Pd / O; Pt-C; Pt/O; Re / N; Re-C; Sc / C; Sc / N; Sc-O; Scandium - Oxygen; Silver - Oxygen; Sm / C; Ta / N; Ta-C; Tantalum - Oxygen; Th / O; Th-C; Th-N; Ti / N; Ti N; Ti-C; TiN-HP; Titanium - Oxygen; Titanium Mononitride; Titanium nitride; Titanium nitride (TiN); Titanium nitride TiN; UFP; V / N; V-C; V-O; W / N; W-C; W-O; Y / C; Y / N; Y-O; Yttrium - Oxygen; Zirconium - Oxygen; Zn / C; Zr / C; Zr / N
Element Systems Ag-O; Be-C; Be-N; Be-O; C-Ca; C-Co; C-Cr; C-Er; C-Fe; C-Gd; C-Hf; C-Ho; C-La; C-Lu; C-Mg; C-Mo; C-Nb; C-Ni; C-Pd; C-Pt; C-Re; C-Sc; C-Sm; C-Ta; C-Th; C-Ti; C-V; C-W; C-Y; C-Zn; C-Zr; Co-O; Cr-N; Cr-O; Cu-O; Fe-N; Fe-O; Gd-N; Gd-O; Hf-N; Hf-O; La-N; La-O; Lu-N; Lu-O; Mo-N; Mo-O; N-Nb; N-Ni; N-Re; N-Sc; N-Ta; N-Th; N-Ti; N-V; N-W; N-Y; N-Zr; Nb-O; Ni-O; O-Pd; O-Pt; O-Sc; O-Ta; O-Th; O-Ti; O-V; O-W; O-Y; O-Zr
CAS Registry
Numbers 		12068-93-8; 25583-20-4
Properties diffusion
Substrates alloy; metal; solid metal

Source

Title

8.2 Diffusion tables for C, N, and O in metals
In

8 Diffusion of C, N, and O metals
Author A. D. LeClaire
Part of Landolt-Börnstein - Group III Condensed Matter
Numerical Data and Functional Relationships in Science and Technology
Volume

26: Diffusion in Solid Metals and Alloys
Edited by H. Mehrer
Chapter-DOI 10.1007/10390457_90
Book-DOI 10.1007/b37801 (Volume in Bookshelf)

Cite as

RIS-Export LeClaire, A. D.: 8.2 Diffusion tables for C, N, and O in metals. Mehrer, H. (ed.). SpringerMaterials - The Landolt-Börnstein Database (http://www.springermaterials.com). DOI: 10.1007/10390457_90

Abstract

8.2 Diffusion tables for C, N, and O in metals in '8 Diffusion of C, N, and O metals', part of 'Landolt-Börnstein - Group III Condensed Matter: Numerical Data and Functional Relationships in Science and Technology, Volume 26: Diffusion in Solid Metals and Alloys'.
This chapter provides information on indirect methods which are based on the Snoek effect -internal friction methods and, at the lower temperatures, measurements of anelastic stress or strain relaxation for the diffusion of carbon (C), nitrogen (N) and oxygen (O) in bcc metals. The diffusion of C, N and O in alkaline earth metals (Be, Mg, Ca), scandium group metals (Sc,Y, La) and rare earth metals (Sm, Gd, Ho, Er, Lu), titanium group metals (Ti, Zr, Hf), vanadium group metals (V, Nb, Ta), chromium group metals (Cr, Mo, W), manganese group metals (Re), iron group metals (Fe), cobalt group metals (Co), nickel group metals (Ni, Pd, Pt), noble metals (Cu, Ag), zinc group metals (Zn) and actinide group metals (Th, U) are tabulated. Arrhenius parameters including preexponential factor (D0), activation enthalpy (Q) values, temperature ranges, and experimental methods are listed for these solute metals.