Gold complexes aurides

Alkene complexes Alkynyl complexes Ammine complexes Aqueous chemistry Arsine complexes Auranofin Auride ion Aurophilicity Binary compounds Bond lengths acetylacetonate complex alkyls and aryls ammine complexes carboxylates cyanide complexes dialkyl sulphide complexes dithiocarbamates to gold... 

Detailed predictions of the chemical properties of element 111 (eka-gold) have been made by Keller, Nestor, Carlson, and Fricke [19]. It appears that this noble metal will be most stable in the oxidation state iii, and that it will be about as reactive as gold, with a chemistry similar to Au(iii), but with more extensive complex-ion formation. The heat of sublimation is also expected to be similar to that of gold, although a direct extrapolation is not possible. Furthermore, the possibility exists that an ion with oxidation state — i analogous to the auride ion will be stable. On the other hand, oxidation state +1 for element 111 should be much less important than for gold. If it exists, it will probably be in cyanide complexes. The oxidation state ii will probably be unstable. 

---