Inorganic sulfur

Schroder, D., Schwarz, H., Hrusak, J. and Pyykkd, P. (1998) Cationic gold(l) complexes of xenon and of ligands containing the donor atoms oxygen, nitrogen, phosphorus, and sulfur. Inorganic Chemistry, 37, 624—632. 

Hydrogen sulfide, mercaptans, active elemental sulfur, inorganic acids, and ammonia can all attack and corrode copper. The presence of these compounds in fuel can lead to destruction of copper heating lines, cooling coils, and nonferrous metal fittings. Also, hydrogen sulfide and mercaptans can contribute to fuel odor problems. 

Sources of sulfur and phosphorus elementary sulfur, inorganic sulfur, or organic sulfur. 

Speculation about the precise roles of active-site sulfur is tempered by an appreciation of the redox versatihty and interplay of sulfur and molybdenum. This is evident from synthetic systems, where the catenation of sulfur (with attendant redox and/or ligand elaboration) and induced internal electron-transfer reactions are frequently observed. The redox interplay of Mo and S, reflected in undesirable synthetic outcomes, may prove crucial to a fifll description of enzyme behavior. see also Sulfur Inorganic Chemistry)... 

In group 16, the intermediate existence of 0(N3)2 as an intermediate in the reaction of OF2 with CSN3 has been proposed. Many sulfur azides are known, for details see (see Sulfur Inorganic Chemistry). Binary selenium and tellurium azides are not known, but several organic derivatives of the azides have been synthesized. For a description of the halogen azides, see Section 8.6. 

Metallocenter Biosynthesis Assembly Metallo-chaperones Metal Ion Homeostasis MetaUoprotein Design Engineering Molybdennm MPT-containing Enzymes Nickel Enzymes Cofactors Selenium Inorganic Chemistry Selenium Organoselenium Chemistry Sulfur Inorganic Chemistry. 

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