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<p>The Handbook of Chalcogen Chemistry provides an overview of recent developments on the chemistry of the chalcogen group elements (S, Se and Te). </p>

Part 1; 1: Compounds containing the Boron-Chalcogen B-E (E = S, Se, Te) bond; 2: Compounds containing the Carbon-Chalcogen C-E (E = S, Se, Te) bond; 2.1: Thiolates, selenolates, and tellurolates; 2.2: Recent developments in the chemistry of thio-, seleno- and telluro-ethers; 2.3: Chalcogenone C=E compounds; 2.4: Thioamides, thioureas and related selenium and tellurium compounds; 3: Compounds containing the direct bond between Chalcogens and heavier group 14 Elements (Si, Ge, Sn); 4: Chalcogen-Nitrogen Chemistry; 5: Chalcogen-Phosphorus (and Heavier Congeners) Chemistry; 6: Chalcogen-Oxygen Chemistry; 7: Compounds containing the Chalcogen-Chalcogen E-E (E = S, Se, Te) bond; 7.1: Structure and bonding of the neutral chalcogens and their polyatomic cations; 7.2: Organochalcogen multication species; 8: Halogen-Chalcogen X-E (X = F, Cl, Br, I; E = S, Se,Te) Chemistry; 8.1: Recent developments in binary halogen-chalcogen compounds, polyanions and polycations; 8.2: C.T. Adducts and related compounds; 9: Metal Chalcogenides; 9.1: Metal-chalcogenides: clusters, layers, nanotubes; 9.2: Polychalcogenides; Part 2; 10: Miscellaneous Aspects; 10.1: Synthesis and stereochemistry of optically active chalcogen compounds; 10.2: 1,1-Dithiolato ligands and related selenium and tellurium compounds; 10.3: Hypervalent chalcogen compounds; 11: Biological Chemistry; 11.1: Chalcogens (S, Se, Te) in microorganisms and plants; 11.2: Metal-sulfur clusters as model for the active sites of metalloenzimes; 12: Material Chemistry; 12.1: Stable chalcogen radicals; 12.2: Chalcogen reach compounds as electron donors; 12.3: 1,2- Dithiolato ligands and related selenium and tellurium compounds; 13: Supramolecular Chemistry; 13.1: Chalgogen-halogen secondary bonds in self-assembling of supramolecular structures