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Molecular Formula   Re   Re1   Re2   Re3 Re6 Zr1 Re24 Ti5

Compounds with formula Re Re 186.21 g/mol 7440-15-5 (See Compound Details) Rhenium Rhenium Re Rhenium element Re (rhenium) Acoustical and Optical Properties Atomic Defects and Diffusion Crystallography, Structure and Morphology Electrical Properties Electronic Properties Magnetic Properties Spectroscopic Methods Thermodynamic Properties Re 181.00 g/mol (See Compound Details) Re-181 Nuclei Re 181.95 g/mol (See Compound Details) Re-182 Nuclei Re 182.95 g/mol 14484-13-0 (See Compound Details) Re-183 Nuclei Re 183.95 g/mol (See Compound Details) Re-184 Nuclei Re 184.95 g/mol (See Compound Details) Re-185 Nuclei Re 185.96 g/mol 14998-63-1 (See Compound Details) Re-186 Nuclei Re 186.96 g/mol (See Compound Details) Re-187 Nuclei Re 187.96 g/mol 14378-26-8 (See Compound Details) Re-188 Nuclei Re 188.96 g/mol (See Compound Details) Re-189 Nuclei Re 190.00 g/mol (See Compound Details) Re-190 Nuclei Re 191.00 g/mol (See Compound Details) Re-191 Nuclei Re 186.21 g/mol (See Compound Details) Re <g> Rhenium 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