Cesium tungsten bronze is mainly applied for preparing thermal insulating glass coating, and the transparent coating is widely used to glasses of shopping malls, sunrooms, schools, hospitals and exhibition halls. So the cesium tungsten bronze is more popular with researchers. Well, do you know how to study the polarons in reduced cesium tungsten bronze?

Cesium tungsten bronze for preparing transparent heat-insulation coating is also known as CsxWO3, which can be prepared by a sol-gel method. For example, some experts prepared CsxWO3 nanopowder by such a method, and systematically studied the effects of dispersant, calcination temperature and the ratios of n(Cs) to n(W) on the crystal phase, morphology, average size and optical properties of cesium tungsten bronze powder.

Cr doped cesium tungsten bronze is an inorganic material with good infrared shielding properties. But do you know how Cr doping affects the optical performance of cesium tungsten bronze? Some experts use WCl6, CsOH·H2O and CrCl3·6H2O as raw materials, ethanol and acetic acid as solvents, to synthesize Cr-doped cesium tungsten bronze in one step via water controlled-release solvothermal method.

Cesium tungsten bronze for preparing building energy efficient glass is CsxWO3 nanopowder that can be prepared by solvothermal method using tungsten chloride (WCl6) and cesium hydroxide monohydrate (CsOH·H2O) as raw materials, and ethanol and acetic acid as reaction solvents. Some experts have adopted this method to synthesize CsxWO3 powder, and have investigated the effects of reaction solvent ratio, reaction temperature and Cs/W ratio on the phase composition, microstructure and near-infrared shielding performance of the CsxWO3 product.