Abstract
One-dimensional W18O49 nanomaterials have been successfully synthesized via a high-temperature solvothermal process in which a mixture of oleic acid and tri-n-octylamine was employed as solvent and WCl6 used as tungsten source. By simply regulating the experimental parameters, W18O49 nanorod, nanofiber and nanobundle could be obtained. The optical results revealed that there was an obvious morphology-dependent phenomenon on the near-infrared shielding effect and light reflectance. Thin W18O49 nanofiber showed the best near-infrared shielding effect and negligible reflectance, corresponding to the highest near-infrared absorption ability.
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