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Tellurium dichloride AI simulator
(@Tellurium dichloride_simulator)
Hub AI
Tellurium dichloride AI simulator
(@Tellurium dichloride_simulator)
Tellurium dichloride
Tellurium dichloride is a chloride of tellurium with the chemical formula TeCl2. It is a lightly characterized material that has attracted little attention.
Tellurium dichloride is claimed as the product of the reaction of tellurium with difluorodichloromethane. It can also be produced by the comproportionation of tellurium and tellurium tetrachloride.
Tellurium dichloride is a black solid that reacts with water. It melts into a black liquid and vapourizes into a purple gas. The gas consists of monomeric TeCl2 molecules with Te–Cl bond lengths of 2.329 Å and a Cl–Te–Cl bond angle of 97.0°.
Tellurium dichloride (TeCl2) is unstable with respect to disproportionation. Several complexes of it are known and well characterized. They are prepared by treating tellurium dioxide with hydrochloric acid in the presence of thioureas. The thiourea serves both as a ligand and as a reductant, converting Te(IV) to Te(II).
Although tellurium dichloride is lightly studied, molecular adducts of the title compound are well characterized.
Tellurium dichloride
Tellurium dichloride is a chloride of tellurium with the chemical formula TeCl2. It is a lightly characterized material that has attracted little attention.
Tellurium dichloride is claimed as the product of the reaction of tellurium with difluorodichloromethane. It can also be produced by the comproportionation of tellurium and tellurium tetrachloride.
Tellurium dichloride is a black solid that reacts with water. It melts into a black liquid and vapourizes into a purple gas. The gas consists of monomeric TeCl2 molecules with Te–Cl bond lengths of 2.329 Å and a Cl–Te–Cl bond angle of 97.0°.
Tellurium dichloride (TeCl2) is unstable with respect to disproportionation. Several complexes of it are known and well characterized. They are prepared by treating tellurium dioxide with hydrochloric acid in the presence of thioureas. The thiourea serves both as a ligand and as a reductant, converting Te(IV) to Te(II).
Although tellurium dichloride is lightly studied, molecular adducts of the title compound are well characterized.
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