Novel Infrared Stealth Properties of Cotton Fabric with ZnO: (Al, In) Coating

Xi Li Yu; Lin Ping Zhang; Yi Zhong; Hong Xu; Zhi Ping Mao

doi:10.4028/www.scientific.net/AMR.936.1031

Paper Titles

Studies of Vapor-Liquid Equilibrium of Meta-Xylylenediamine-Aniline System
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Experimental Studies of Catalytic Hydrogenation of Isophthalonitrile for Meta-Xylenediamine Preparation
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Orthogonal Investigation of Influencing Factors on the Modification of Montmorillonite by THPC in Acid Conditions
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The Effects of PTFE Content on Microstructures and Properties of Composite Brushing Plating Coating
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Novel Infrared Stealth Properties of Cotton Fabric with ZnO: (Al, In) Coating
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Research on Influencing Factors of Adiabatic Coating Performance
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One-Step Processing to Fabricate Highly Transparent Superhydrophobic Surface via Granuliform Silica Aerogels
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Deep Cryogenic Treatment and CrN Coating Effects on Micro-Scale Abrasion of Aluminum Alloy AA 6101-T4
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Wear Resistance of Ti-40Zr Alloy with TiN and ZrN Multilayer Coatings
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Novel Infrared Stealth Properties of Cotton Fabric with ZnO: (Al, In) Coating

Abstract:

In this paper, we report a study on the infrared stealth properties of cotton fabrics with ZnO: (Al,In) coating. Al, In doped ZnO samples were prepared through sol-gel method. The crystalline phase of the ZnO: (Al, In) solids were determined by XRD. IR-2 Dual-Band Infrared Emissivity Measuring Instrument was used to test the infrared emissivity of the coated fabric. Infrared stealth effect of ZnO: (Al, In) coated fabric was measured using thermal infrared photospectrometry instrument. It was found that the ZnO: (Al, In) thin film has a low infrared emission in the range of 8 ~ 14μm wavelengths, and the addition of Al and In leaded to a better infrared stealth effect.