Subzero Temperature Dip-Coating of Sol-Gel Vanadium Pentoxide: Effect of the Deposition Temperature on the Film Structure, Morphology, and Electrochromic Properties

<div>XRD pattern of the vanadium oxide films, dip-coated at −10°C and annealed at 300°C (a) and 500°C (b). X-ray diffraction signal of an orthorhombic V<sub>2</sub>O<sub>5</sub> film (ICDD 41-1426) on an ITO covered glass substrate, annealed at 500°C for one hour. The signal from the glass substrate has been subtracted. The fit (red line) includes the contributions from V<sub>2</sub>O<sub>5</sub> and ITO to the signal.</div>

Journal of Nanomaterials

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Figure 2: Subzero Temperature Dip-Coating of Sol-Gel Vanadium Pentoxide: Effect of the Deposition Temperature on the Film Structure, Morphology, and Electrochromic Properties 

Figure 2 | Subzero Temperature Dip-Coating of Sol-Gel Vanadium Pentoxide: Effect of the Deposition Temperature on the Film Structure, Morphology, and Electrochromic Properties 