Synthesis of NewTetra-Substituted Thioethene Ligands and their Complexes With Platinum Group Metals.

Nabil H. Buttrus, Hikmat R. Yousif and Talal A. K.  AI-Allaf*

¹Chemistry Department, College of Science, University of Mosul, Mosul Iraq.

²Department of Chemistry, College of Science, Applied Science University, Amman -11931 Jordon.

ABSTRACT:

The reaction of tetrachloroethene with four molar equivalents of the respective potassium salt of xanthate, dithiocarbamate or dithiophosphate (R), yields new type of tetra-substituted thioethenes (R2C=CR2) as multidentate ligands. These ligands react with the salts NiCI2, NaPdCI4 and K2PtCI4 in 1:2 or 1:4, ligand to metal molar ratio, resulting In the formation of homo or hetero bi-or tetr-metallic complexes.

KEYWORDS:

Thioethene; ligands; platinum group metals; complexes

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Copy the following to cite this article: Buttrus N. H, Yousif H. R, AI-Allaf T. A. K. Synthesis of NewTetra-Substituted Thioethene Ligands and their Complexes With Platinum Group Metals. Orient J Chem 1999;15(2).

Copy the following to cite this URL: Buttrus N. H, Yousif H. R, AI-Allaf T. A. K. Synthesis of NewTetra-Substituted Thioethene Ligands and their Complexes With Platinum Group Metals. Orient J Chem 1999;15(2). Available from:http://www.orientjchem.org/?p=36991