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Molecular Formula   Au   Au1   Au2   Au3   Au4   Au5   Au7   Au9   Au10 Au6 Sn1 Au8 In1 Au12 Na1 Se8 Au22 Cu33 Zn45 Au50 Mn22 Zn28

Compounds with formula Au Au 196.97 g/mol 7440-57-5 (See Compound Details) Gold Gold Au Burnish Gold C.I. 77480 C.I. Pigment Metal 3 Colloidal gold Gold 197 Gold black Gold element Britecote Furuuchi 8560 Gold Flake Gold Leaf Gold Powder Shell Gold gold, colloidal E 175 Gold colloid CI 77480 Au (gold) Acoustical and Optical Properties Atomic Defects and Diffusion Crystallography, Structure and Morphology Electrical Properties Electronic Properties Energy Technologies Magnetic Properties Spectroscopic Methods Thermodynamic Properties Au 186.00 g/mol (See Compound Details) Au-186 Nuclei Au 187.00 g/mol (See Compound Details) Au-187 Nuclei Au 188.00 g/mol (See Compound Details) Au-188 Nuclei Au 189.00 g/mol (See Compound Details) Au-189 Nuclei Au 190.00 g/mol (See Compound Details) Au-190 Nuclei Au 191.00 g/mol (See Compound Details) Au-191 Nuclei Au 192.00 g/mol (See Compound Details) Au-192 Nuclei Au 193.00 g/mol 13982-20-2 (See Compound Details) Au-193 Nuclei Au 193.96 g/mol (See Compound Details) Au-194 Nuclei Au 194.96 g/mol 14320-93-5 (See Compound Details) Au-195 Nuclei Au 196.97 g/mol (See Compound Details) Au-196 Nuclei Au 196.97 g/mol (See Compound Details) Au-197 Nuclei Au 197.97 g/mol 10043-49-9 (See Compound Details) Au-198 Gold, isotope of mass 198 Au 198 Aurcoloid Aureotope Colloidal gold (198Au) Gold (198Au) colloidal Gold colloid (198Au) Gold, radioactive, colloidal Gold-198 Radioactive gold Gold (198 Au), kolloidal gold (198 Au), colloidal Nuclei Au 198.97 g/mol (See Compound Details) Au-199 Nuclei Au 196.97 g/mol (See Compound Details) Au <g> Gold gas Thermodynamic Properties

  File created on 2009/18/08 by LCI Publisher GmbH (Gaja Peters, Inga Thede, Volkmar Vill, Ron Zenczykowski)
  © 2009   Landolt Börnstein,   Springer-Verlag Berlin Heidelberg