Abstract
We demonstrate a simple low-temperature chemical method to produce metastable hexagonal MoO 3 phase nanorods. The structure, chemical purity, thermal stability and optical properties of hexagonal MoO 3 are reported. Our results provide a more direct method to produce high quality and stable hexagonal MoO 3, which exhibits phase stability up to 400 ∘C at which point an irreversible phase transition occurs to form orthorhombic MoO 3.
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