Cesium Tungsten Bronze Applied for Energy-saving Glass Thermal Insulating Coating

The reason why cesium tungsten bronze can be applied for preparing energy-saving glass thermal insulating coating is that the CsxWO3 nanoparticles have excellent spectral selectivity. According to the experts, the cesium tungsten bronze nanopowder also has the electrical and superconducting properties.

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For example, some experts have examined the electrical and superconducting properties of hexagonal alkali tungsten bronzes such as CsxWO3 by calculating the electronic band structure of a representative hexagonal tungsten bronze and analyzing reported crystal structures of CsxWO3. It possesses one-dimensional (1D) and three-dimensional Fermi surfaces. The presence of this maximum and the absence of a charge density wave in CsxWO3 reflect the balance of two opposing energy factors, the electronic instability and lattice stiffness, in forming a charge density wave. The dependence of the superconducting transition temperature TC on x suggests that a charge density wave transition removes lattice phonons conducive for superconductivity.

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