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The 24 pages that link to Iron oxide, each with the reason it gives.

• AntiferromagnetismRelated: Hematite provides a well-known example of antiferromagnetism with a small canted moment.

• BloomeryRelated: Smelting removes oxygen from these compounds to produce metallic iron.

• LateriteRelated: Iron oxides accumulate and give many laterites their characteristic colors.

• Natural dyeRelated: Mineral colorants such as iron oxides can color textiles without being organic dyes.

• Greek vase paintingRelated: Iron compounds in the clay produced the characteristic red and black colors.

• Iron smeltingRelated: Smelting removes oxygen from these compounds to obtain metallic iron.

• ArsenateRelated: Iron oxide surfaces strongly retain arsenate under many water-treatment conditions.

• Water–gas shift reactionRelated: Iron oxide phases are active components of widely used high-temperature shift catalysts.

• Hormuz IslandRelated: Iron-rich materials contribute to the island’s red and ochre ground.

• Oxygen fugacityRelated: Different iron oxides become stable across different oxygen fugacities.

• Earth pigmentRelated: Iron oxides supply many earth pigments’ characteristic colors.

• Face powderRelated: Blended iron oxides give tinted powders shades that match a range of skin tones.

• SiennaRelated: Iron oxides supply sienna’s characteristic earthy color.

• Arsenate mineralRelated: Iron oxides can retain arsenate released during mineral weathering, affecting its mobility.

• Eye shadowRelated: Iron oxides provide many earthy eye shadow colors.

• Seven Coloured EarthsRelated: Iron oxides help explain the red and brown tones in the sands.