Add time:09/02/2019         Source:sciencedirect.com

The multidentate compound, tris-(o-tbutylthiobenzyl)-aminoethylamine (L4), which contains four nitrogen and three sulfur donors has been synthesised by combining 2-amino-methyl-1,3-diamino-propane (tren) with o-tbutylthiobenzaldehyde. L4 has been reacted with the nitrate salts of nickel, copper and zinc to give a series of L4M(NO3) complexes which were crystallographically characterised. In all cases the metal binds to the N4 motif proffered by the tren moiety. The nickel complex achieves a hexacoordinate geometry by ligating with a didentate (–O,O′) nitrate. Copper and zinc both produced five coordinate species by ligating with a unidentate nitrate. None of the species reported include the thio-ethers in the coordination sphere of the metal. Replacing nitrate with nitrite in the copper system allows the synthesis of a five coordinate unidentate, oxygen bound, nitrite complex. A number of unsuccessful attempts have been made, using Cd, Pb and Au, to assemble the three thioethers groups into a secondary coordination motif for metals. These reactions produce a series of L4M–halide complexes which have again been crystallographically characterised.

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