Showing papers on "Organomercury Compounds published in 1976"
32 citations
TL;DR: In this paper, the first stage product in the reaction between zerovalent platinum complexes and organomercury compounds was shown to be the first-order product in CF 3 COOH acidolysis with demercuration.
17 citations
Patent•
14 Jul 1976TL;DR: In this article, a process for the removal of mercury from aqueous solutions that have dissolved therein mercuric salts, organomercury compounds, or mixtures thereof is described.
Abstract: A process for the removal of mercury from aqueous solutions that have dissolved therein mercuric salts, organomercury compounds, or mixtures thereof comprises (a) contacting the solutions with an amount of hypophosphorus acid, phosphorous acid, or a water-soluble salt of hypophosphorus acid or phosphorous acid that is sufficient to reduce the mercuric and organomercuric ions in the solution to mercury and (b) separating the precipitated mercury from the solution.
10 citations
Journal Article•
TL;DR: Gas chromatography was employed to identify the mercurial compound involved in the Iraq outbreak of organomercury poisoning and only methylmercury was detected in human blood, hair, and tissues.
Abstract: Gas chromatography was employed to identify the mercurial compound involved in the Iraq outbreak of organomercury poisoning. Only methylmercury was detected in human blood, hair, and tissues. The quantity of methylmercury present correlates well with the quantity of organic mercury determined by selective atomic absorption.
7 citations
TL;DR: In this article, the photolysis of symmetric and asymmetric organomercury compounds has been studied by CIDNP and no indications of the existence of RHg· radicals have been found.
Abstract: The photolysis of symmetric and asymmetric organomercury compounds has been studied by CIDNP. No indications of the existence of RHg· radicals have been found. Depending on the solvent, reactions occur from excited states with different spin multiplicities.
5 citations
TL;DR: In this paper, a kinetic study of the interaction of di-p -anisylthallium chloride with mercury metal, in pyridine, ethylenediamine, or dimethyl sulfoxide solutions, was conducted.
4 citations
1 citations