Color variations based on strong-interference effects in oxygen-defective tetragonal ZrO2– films in nanometer thickness produced by oxidation of zirconium metal foil
Abstract
A strong-interference film that absorbs visible light by using oxygen-deficient ZrO2–x was produced by heat treatment of Zr metal foil under a low partial pressure of oxygen. The oxygen-defective tetragonal ZrO2–x film contained nanocrystallites several nanometers in size and its thickness (t) increased from 30 to 140 nm on increasing the holding time during heat treatment. The color of the sample changed depending on the thickness of the...
Paper Details
Title
Color variations based on strong-interference effects in oxygen-defective tetragonal ZrO2– films in nanometer thickness produced by oxidation of zirconium metal foil
Published Date
Oct 1, 2021
Journal
Volume
203
Pages
114101 - 114101
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