Chemical elements
  Tellurium
    Isotopes
    Energy
    Production
    Physical Properties
    Chemical Properties
    Physiological_Action
    Atomic Weight
    Alloys
    Detection
    Estimation
    Compounds
      Hydrogen Telluride
      Tellurium Tetrafluoride
      Tellurium Hexafluoride
      Tellurium Oxyfluorides
      Tellurium Dichloride
      Tellurium Tetrachloride
      Tellurium Perchlorate
      Tellurium Dibromide
      Tellurium Tetrabromide
      Tellurium Oxybromides
      Tellurium Tetra-iodide
      Tellurium Monoxide
      Tellurium Dioxide
      Tellurites
      Tellurium Trioxide
      Telluric Acids
      Tellurates
      Tellurium Disulphide
      Tellurium-Sulphur Sesquioxide
      Tellurium Sulphates
      Telluropentathionic Acid
      Tellurium Nitride
      Tellurium Nitrite
      Basic Tellurium Nitrate
      Carbon Sulphidotelluride
      Tellurium Dicyanide
    Application
    PDB 1el7-4fon

Carbon Sulphidotelluride, CSTe






By passing an arc for some time under carbon disulphide between a graphite cathode and an anode of tellurium containing 10 per cent, of graphite, a reddish-brown solution is obtained which, by repeated fractional extraction with carbon disulphide vapour in a special apparatus, yields a distillate consisting of a dilute solution of Carbon Sulphidotelluride, CSTe. After drying this solution with phosphorus pentoxide and concentrating on a water-bath, using a fractionating column, the pure product may be separated by cooling below -30° C. and protecting from strong light.

Carbon sulphidotelluride forms yellowish-red crystals, melting at -54° C. to a brilliant red liquid of high refractive power. It rapidly decomposes at room temperature. The vapour has a slightly penetrating garlic odour, and when inhaled causes the breath to have a strong garlic odour for a considerable time afterwards. Cryoscopic and ebullioscopic measurements in carbon disulphide and benzene give a molecular weight in agreement with the foregoing formula. The compound is very sensitive towards light, in which decomposition takes place even at -50° C.


© Copyright 2008-2012 by atomistry.com