Bond Dissociation Energies of Gold Atomic Bonds

Name of BondSymbolic Representation of BondBond Dissociation Energy
Gold atom bond with Gold atomAu – Au221.3 kJ per mol
Gold atom bond with Boron atomAu – B368 kJ per mol
Gold atom bond with Beryllium atomAu – Be285 kJ per mol
Gold atom bond with Bismuth atomAu – Bi293 kJ per mol
Gold atom bond with Chlorine atomAu – Cl343 kJ per mol
Gold atom bond with Cobalt atomAu – Co215 kJ per mol
Gold atom bond with Chromium atomAu – Cr215 kJ per mol
Gold atom bond with Copper atomAu – Cu232 kJ per mol
Gold atom bond with Iron atomAu – Fe187 kJ per mol
Gold atom bond with Gallium atomAu – Ga294 kJ per mol
Gold atom bond with Germanium atomAu – Ge277 kJ per mol
Gold atom bond with Hydrogen atomAu – H314 kJ per mol
Gold atom bond with Lanthanum atomAu – La80 kJ per mol
Gold atom bond with Hydrogen atomAu – H314 kJ per mol
Gold atom bond with Lithium atomAu – Li68.0 kJ per mol
Gold atom bond with Magnesium atomAu – Mg243 kJ per mol
Gold atom bond with Hydrogen atomAu – H314 kJ per mol
Gold atom bond with Lanthanum atomAu – La80 kJ per mol
Gold atom bond with Lithium atomAu – Li68.0 kJ per mol
Gold atom bond with Magnesium atomAu – Mg243 kJ per mol
Gold atom bond with Nickel atomAu – Ni274 kJ per mol
Gold atom bond with Manganese atomAu – Mn185 kJ per mol
Gold atom bond with Palladium atomAu – Pd143 kJ per mol
Gold atom bond with Rhodium atomAu – Rh231 kJ per mol
Gold atom bond with Sulphur atomAu – S418 kJ per mol
Gold atom bond with Silicon atomAu – Si312 kJ per mol
Gold atom bond with Tin atomAu – Sn244 kJ per mol
Gold atom bond with Lead atomAu – Pb130 kJ per mol
Gold atom bond with Tellurium atomAu – Te247 kJ per mol
Gold atom bond with Uranium atomAu – U318 kJ per mol

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