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Barium telluride is a rare silver white metalloid. It is a chemical compound of beryllium and tellurium. Although a semiconductor, it is not very conductive. The melting point of barium telluride is 2070 deg+10 degC.
Tellurium is related to selenium and sulfur. It has a very low affinity for oxygen. On exposure to water, it evolves into a toxic hydrogen telluride gas. This hydride can be formed during the formation of hot nebular eruptions. In dense minerals, it binds to other chalcophiles. Occasionally, it is found as an elemental crystal.
The polymeric structure of tellurium has a number of features. For instance, it has a zig-zag chain of Te atoms. Also, its polymeric structure is not volatile. A ball-and-stick model shows the three-dimensional positions of the atoms. As a result, it is an appropriate model to study the tellurium molecule. However, this molecule is not particularly interesting.
It is hard to determine the exact number of atoms in the Barium telluride molecule, but it is worth noting that it contains a double bond. It also has a number of other bonds, including one non-H bond. If you are interested in this metalloid, you may want to download its structural data file. Alternatively, you can import it into most cheminformatics software systems. Some of these programs offer interactive visualizations of the molecule, which include its van der Waals surface. You can zoom in and out, and adjust the size of the molecule with the mouse wheel.
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