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Chapter Concepts

Substances /
Molecular Formulas 		α-Fe; α-Hf; α-Th; α-Ti; α-Tl; α-U; α-Y; α-Yb; α-Zr; β -Hf; β -Pu; β -Ti; β -Tl; β -U; β -Zr; β- Gd; β- La; β- Pr; β-Gadolinium; β-Hafnium; β-Lanthanum; β-Palladium; β-Plutonium; β-Praseodymium; β-Thallium; β-Titanium; β-Uranium; β-Zirconium; γ-Ce; γ-Fe; γ-La; γ-Pu; γ-U; γ-Yb; δ-Ce; δ-Fe; δ-Pu; ε-Pu; (Nickel); 0900X; 1001M; 102B; 1520D; 350D; 350F; 40XD; 561PS; 5N; 5XD; 716ON; 725N; 7620NS; 97-4071RE; A 1-18000; A 5052H34; A 6063S; A 95; A 95 (metal); A 99; A 99 (metal); A 999; A 999V; A 99N; AA 15; AC 0460; AC 1000; AC 1003; AC 2500; AC 5005; AIH 30H; Ag; Ag (silver); Aisin Metal Fiber; Al; Al (aluminium); Al 18000; Albo F; Alcan 105; Alcan 123; Alcan 2000; Alcan 7100; Alcan 756; Alcan XI 1391; Alcoa 2468; Alcoa 7468; Algaedyn; Alpaste 0100M; Alpaste 0200M; Alpaste 0200T; Alpaste 0230T; Alpaste 0241M; Alpaste 0300M; Alpaste 0500M; Alpaste 0620MS; Alpaste 0700M; Alpaste 100MS; Alpaste 100MSR; Alpaste RRA 030; Alpaste RRA 050; Aluminium; Aluminiumpulver; Aluminiumpulver (phlegmatisiert); Aluminiumpulver (stabilisiert); Aluminum; Aluminum-27; Amperit 105.054; Amperit 106.2; Anode, copper; Anode,copper; Anode-copper-; Antimon; Antimony; Antimony bar; Antimony black; Antimony element; Argentum; Asarco L 15; Astroflake 5; Atomic calcium; Atomic sodium; Atomic vanadium; Au; Au (gold); Be; Be (beryllium); Beryllium; Beryllium atom; Beryllium element; Beryllium-9; Beryllium-Pulver; Berylliumpulver; Blei; Blister, copper; Blister,copper; Blister-copper-; Britecote; Burnish Gold; C.I. 77000; C.I. 77050; C.I. 77180; C.I. 77320; C.I. 77400; C.I. 77480; C.I. 77575; C.I. 77775; C.I. 77805; C.I. 77820; C.I. 77860; C.I. Pigment Metal 1; C.I. Pigment Metal 2; C.I. Pigment Metal 3; C.I. Pigment Metal 4; C.I. Pigment Metal 5; CI 77000; CI 77400; CI 77480; CI 77820; Ca; Ca (calcium); Cadmium; Cadmium (pyrophor); Cadmium (stabilisiert); Calcium; Calcium atom; Calcium element; Cathode-copper-; Cb; Cd; Cd (cadmium); Celmet; Celmet 4; Chrom; Chrome; Chromium; Chromium element; Chromium metal; Co; Co (cobalt); Cobalt; Cobalt element; Cobalt-59; Colloidal gold; Colloidal manganese; Colloidal silver; Columbium; Copper; Copper element; Copper-precipitates-; Cr; Cr (chromium); Cu; Cu (copper); Cutaval; DNI 20; Degussa 67; Degussa 80; Dotite XA 208; E 173; E 174; E 175; Ecka 4; Electrolytic-refinery-billet-copper-; Electrolytic-refinery-wirebar-copper; Er; Er (erbium); Erbium; Eu; Eu (europium); Europium; F 1000 (metal); F 2000 (metal); Fibrex; Fibrex (metal fiber); Fibrex P; Fukuda 287; Furuuchi 8560; Ga; Ga (gallium); Gallium; Gallium element; Gallium metal; Gd (unspec.); Glucinium; Gold; Gold 197; Gold Flake; Gold Leaf; Gold Powder; Gold black; Gold colloid; Gold element; HCA 1; Hf (unspec.); In; In (indium); Incofoam; Indium; Indium element; Ir; Ir (iridium); Iridium; Iridium black; JIS 1; JIS-G 1213; K; K (potassium); Kalium; Kobalt; Kupfer; LS 2 (element); La (unspec.); Lead; Lead Flake; Lead S 2; Lead element; Lead refinery silver bullion; Lead-refinery-vacuum-zinc-; Li; Li (lithium); Lithium; Lithium atom; Lithium element; MChVL; MMC-SF 25; MMC-SF 53; Magnesium; Magnesium (powder); Magnesium element; Magnesiumpulver; Mangan; Manganese; Manganese element; Manganese metal alloy; Manganese-55; Metallic tin; Metco 63; Metz 25B; Metz 3000-1; Metz 56; Mg; Mg (magnesium); Mn; Mn (manganese); Mo; Mo (molybdenum); Molybdän; Molybdaen; Molybdan; Molybdenum; Molybdenum element; Na; Na (natrium); Na (sodium); Natrium; Nb; Nb (niobium); Ni; Ni (nickel); Nickel; Nickel element; Nickel on silica-alumina; Nickel-Katalysator nach Raney; Nikko 255; Niob; Niobium; Niobium element; Niobium-93; Novamet 4SP; Novamet 4SP10; Novamet 525; Novamet HCA 1; Novamet NI 255; PK 31; PK 31 (magnesium); Palladium; Pb; Pb (lead); Pb-S 100; Pd; Pd (palladium); Platin; Platinum; Potassium; Potassium sticks; Pr (unspec.); Praval; Pt; Pt (platinum); Pu (unspec.); Raney nickel; Raney nickel, active catalyst; Raney-Nickel; Raney-Nickel®, aktivierter Hydrierkatalysator, 0,5; Rb; Rb (rubidium); Re; Re (rhenium); Rh; Rh (rhodium); Rheinzink; Rhenium; Rhenium element; Rhodium; Rieke's active magnesium; Rough lead bullion; Rubidium; SF 300; SSO 1; Sb; Sb (antimony); Se; Se (selenium); Selen; Selen (hexagonal); Selen rot amorph; Selen schwarz; Selenium; Shell Gold; Silber; Silver; Silver Matt Powder; Sn; Sn (tin); Sn-S 200; Sodium metal; Sodium-23; Sponge copper catalyst(Raney-type); Stanniol; Stibium; T 123 (metal); TMOIO; Ta; Ta (tantalum); Tantal; Tantalum; Tantalum-181; Te; Te (tellurium); Tellur; Tellurium; Tellurium element; Ti (unspec.); Tin; Tin Flake; Tin Powder; Tin element; Tl (unspec.); Trimag; Trimag (metal); TsM1; Tungsten; Tungsten element; U (unspec.); UF (metal); V; V (vanadium); VN 1; Vanadium; Vanadium element; Vanadium-51; Ventron 00471; W; W (tungsten); Wolfram; Zinc; Zinc, dust; Zinc-dust; Zink; Zink Feile; Zink Staub; Zink-Staub; Zinkpulver; Zinkpulver - Zinkstaub (nicht stabilisiert); Zinkpulver - Zinkstaub (stabilisiert); Zinkstaub; Zinn; Zinn fein; Zinn grob; Zn; Zn (zinc); Zr (unspec.); aluminium powder; gold, colloidal; rubidium; sodium
Element Systems Ag; Ag (Silver); Al; Al (Aluminium); Al (Aluminum); Au; Au (Gold); Be; Be (Beryllium); Ca; Ca (Calcium); Cd; Cd (Cadmium); Ce; Ce (Cerium); Co; Co (Cobalt); Cr; Cr (Chromium); Cu; Cu (Copper); Er; Er (Erbium); Eu; Eu (Europium); Fe; Fe (Iron); Ga; Ga (Gallium); Gd; Gd (Gadolinium); Hf; Hf (Hafnium); In; In (Indium); Ir; Ir (Iridium); K; K (Potassium); La; La (Lanthanum); Li; Li (Lithium); Mg; Mg (Magnesium); Mn; Mn (Manganese); Mo; Mo (Molybdenum); Na; Na (Sodium); Nb; Nb (Niobium); Ni; Ni (Nickel); Pb; Pb (Lead); Pd; Pd (Palladium); Pr; Pr (Praseodymium); Pt; Pt (Platinum); Pu; Pu (Plutonium); Rb; Rb (Rubidium); Re; Re (Rhenium); Rh; Rh (Rhodium); Sb; Sb (Antimony); Se; Se (Selenium); Sn; Sn (Tin); Ta; Ta (Tantalum); Te; Te (Tellurium); Th; Th (Thorium); Ti; Ti (Titanium); Tl; Tl (Thallium); U; U (Uranium); V; V (Vanadium); W; W (Tungsten); Y; Y (Yttrium); Yb; Yb (Ytterbium); Zn; Zn (Zinc); Zr; Zr (Zirconium)
CAS Registry
Numbers 		110123-53-0; 110424-79-8; 11125-23-8; 12766-45-9; 12793-53-2; 13494-80-9; 137322-20-4; 14147-08-1; 177256-35-8; 184637-88-5; 188785-87-7; 21547-63-7; 24546-24-5; 24763-58-4; 26842-13-7; 31079-13-7; 33019-35-1; 37374-90-6; 65555-90-0; 73063-67-9; 7429-90-5; 7439-88-5; 7439-92-1; 7439-93-2; 7439-95-4; 7439-96-5; 7439-98-7; 7440-02-0; 7440-03-1; 7440-05-3; 7440-06-4; 7440-09-7; 7440-15-5; 7440-16-6; 7440-17-7; 7440-22-4; 7440-23-5; 7440-25-7; 7440-31-5; 7440-33-7; 7440-36-0; 7440-41-7; 7440-43-9; 7440-47-3; 7440-48-4; 7440-50-8; 7440-52-0; 7440-53-1; 7440-55-3; 7440-57-5; 7440-62-2; 7440-66-6; 7440-70-2; 7440-74-6; 7782-49-2; 8031-40-1; 8047-59-4; 8049-31-8; 87354-45-8
Properties diffusion; self-diffusion
Substrates alloy; metal; solid metal

Source

Title

Figures for 2
In

2 Self-diffusion in solid metallic elements
Author H. Mehrer, N. Stolica, N. A. Stolwijk
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_27
Book-DOI 10.1007/b37801 (Volume in Bookshelf)

Cite as

RIS-Export Mehrer, H., Stolica, N., Stolwijk, N. A.: Figures for 2. Mehrer, H. (ed.). SpringerMaterials - The Landolt-Börnstein Database (http://www.springermaterials.com). DOI: 10.1007/10390457_27

Abstract

Figures for 2 in '2 Self-diffusion in solid metallic elements', 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 contains semilogarithmic plots of the self-diffusion coefficients vs. reciprocal temperature from Li, Na, K, Be, K, Mg, Y, La, Ca, Ce, Gd, Eu, Er, Yb, Ti, Zr, V, Nb, Ta, Mo, Ir, Pd, Ni, Cu, Ag, Au, Zn, Cd, In, Al, Sn, Pb, Sb, Se, Th, U, and Pu tracer measurements and self-diffusion coefficients vs. reciprocal temperature normalized to the melting tempcratures for several fcc metals, bcc metals or metals with bcc high-temperature phases.