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Extra info for Werke. Theoretische Astronomie
Sample text
Iron lies at the left of the larger atomic species Co, Ni, and Cu which are known to crystallize with a close-packed structure. ) crystal structure. c. ) structure ð912 CoTg o1394 CÞ. c. structure is not expected under normal circumstances but is a result of magnetic energy effects. c. ) structure (e-iron). 3 20 970 49 15 3000 77 190 700–750 700–750 700–750 700–790 700–900 900–1050 900–1050 1050–1250 930–1050 1400–450 vector of the minimum energy configuration in a-iron is a=2/1 1 1S and while dislocations can theoretically dissociate into segments of a/0 0 1S, the stacking fault energy (SFE) is so high that substantial dissociation has not been observed.
99% Cu is for wire. 5% other elements. The copper–oxygen phase diagram is shown in Figure 5. 38% oxygen and 10661C. Figure 6 is a typical microstructure of cast toughpitch copper showing primary copper dendrites surrounded by a copper–copper oxide eutectic. 5%) is added to copper to promote free machining. Copper is frequently deoxidized with phosphorus. 8 1 Figure 4 The color of copper is a result of the dependence of reflectivity on wavelength. (Data from ASM (2001) Copper and Copper Alloys, ASM Speciality Handbook.
Except where noted. a (2004–2005) Handbook of Chemistry and Physics, 85th edn. Cleveland: CRP. b Jost W (1952) Diffusion in Solids, Liquids, Gases. New York: Academic Press. c Reed-Hill R (1973) Physical Metallurgy Principles. Princeton, NJ: Van Nostrand-Reinhold. d Hollomon JH and Turnbull D (1953) Progress in Metal Physics 4. e Gjostein NA and Rhines FA (1959) Acta Mettallurgica 7: 319. f Udin H, Schaler AJ and Wulff J (1944) Journal of Metals 1: 1936. g Fullman F (1951) Journal of Applied Physics 22: 448.