Rh Rhodium: Coordination Compounds with O- and N-Containing Ligands: R-h / R-h / A / 1 - Brossura

Watts, G.R.

Brossura

ISBN 10: 3662064138 ISBN 13: 9783662064139

Casa editrice: Springer, 2013

Riassunto

This voLume describes the buLk metaL rhodium and its aLLoys with arsenic to ruthenium in accordance with the GmeLin system. The first section, pages 1 through 37, covers in detaiL the foLlowing properties of the metal: CrystaLlographic properties; seLt-diffusion; me­ chanicaL properties (tensiLe properties, eLastic moduli, hardness, etc. ); thermaL properties (thermaL expansion, vapour pressure, specific heat, thermaL conductivity, etc. ); eLectricaL and magnetic properties (eLectric resistivity, superconductivity, HaLL effect, thermoeLectric force, magnetic susceptibiLity, etc. ); eLectrochemicaL behaviour and chemicaL reactions. A number of subject matters on metaLlic rhodium are aLready contained together with those of other pLatinum group metals in appropriate chapters of "PLatinum" SuppL. VoL. A 1, 1986. These incLude 1) preparation and eLectrodeposition, 2) zone-refining operations, and 3) chemicaL vapour deposition, sputtering, and thermaL evaporation. Likewise, "PLatinum" SuppL. VoL. 2, 1989, aL ready contains information on the 1) separa­ tion and properties of the Rh isotopes, 2) physicaL properties of the Rh atom and the atomic 2 ions Rh+ and Rh +, 3) the formation of Rh cLusters, and 4) the moLecuLar properties of Rh · 2 The second and major portion of this voLume, pp. 38 to 273, deaLs with the physicaL and chemicaL properties of rhodium aLloys. Phase diagrams of a Large number of binary and muLticomponent systems are treated in detaiL as weLL as the crystaLlographic and other properties of many intermetalLic compounds.

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Contenuti

The Metal.- 1 Crystallographic Properties.- 2 Self-Diffusion.- 3 Mechanical Properties.- 4 Thermal Properties.- 5 Electrical and Magnetic Properties.- 6 Electrochemical Behaviour.- 7 Chemical Reactions.- Alloys of Rhodium.- 1 Alloys with Arsenic.- 2 Alloys with Antimony.- 3 Alloys with Bismuth.- 4 Alloys with Alkali Metals.- 5 Alloys with Alkaline Earth Metals.- 6 Alloys with Zinc, Cadmium and Mercury.- 7 Alloys with Aluminium.- 8 Alloys with Gallium and Indium.- 9 Alloys with Scandium and Yttrium.- 10 Alloys with Lanthanum.- 11 Alloys with Cerium.- 12 Alloys with Praseodymium, Neodymium, Samarium and Europium.- 13 Alloys with Gadolinium.- 14 Alloys with Terbium.- 15 Alloys with Dysprosium and Holmium.- 16 Alloys with Erbium.- 17 Alloys with Thulium, Ytterbium, and Lutetium.- 18 Alloys with Titanium.- 19 Alloys with Zirconium.- 20 Alloys with Hafnium.- 21 Alloys with Thorium.- 22 Alloys with Germanium.- 23 Alloys with Tin.- 24 Alloys with Lead.- 25 Alloys with Vanadium.- 26 Alloys with Niobium.- 27 Alloys with Tantalum.- 28 Alloys with Chromium.- 29 Alloys with Molybdenum.- 30 Alloys with Tungsten.- 31 Alloys with Uranium.- 32 Alloys with Manganese.- 33 Alloys with Nickel.- 34 Alloys with Cobalt.- 35 Alloys with Iron.- 36 Alloys with Copper.- 37 Alloys with Silver.- 38 Alloys with Gold.- 39 Alloys with Ruthenium.- Physical Constants and Conversion Factors.

Dettagli dell'edizione

• Editore: Springer
• Data di pubblicazione: 2013
• Lingua: Inglese
• ISBN 10: 3662064138
• ISBN 13: 9783662064139
• Rilegatura: Copertina flessibile
• Numero di pagine: 296
• Redattore: Swars Kurt
• Contatto del produttore: Springer Nature Customer Service Center GmbH; ProductSafety@springernature.com; ; Europaplatz 3,69115 Heidelberg, Germany; Heidelberg; 69115; Germania