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Volumn 70, Issue 4, 2011, Pages 170-177
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Effect of titania and zinc oxide particles on acrylic polyurethane coating performance
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Author keywords
Acrylic polyurethane coating; Fluorescence microscopy; Heat treated jack pine; Titania and zinc oxide particles; Weathering; Wetting
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Indexed keywords
ADVERSE EFFECT;
ATMOSPHERIC AGENTS;
BARK EXTRACTS;
CHAIN-SCISSION REACTIONS;
COATING MATERIAL;
COATING SURFACE;
COATING THICKNESS;
DEGREE OF ORIENTATION;
DISCOLORATION OF WOOD;
FILM PROPERTIES;
FLUORESCENCE MICROSCOPES;
HEAT-TREATED JACK PINE;
HEAT-TREATED WOOD;
INTRINSIC PROPERTY;
JACK PINE;
MICRO PARTICLES;
NANO ZINC OXIDE;
NATURAL ANTIOXIDANTS;
PENETRATION CHARACTERISTIC;
POLYURETHANE COATINGS;
SESSILE DROPS;
SUPERFICIAL LAYERS;
SURFACE APPEARANCE;
TISSUE DEFORMATIONS;
TITANIA;
UV ABSORBERS;
UV EXPOSURE;
WATER-BASED ACRYLICS;
WOOD INDUSTRY;
WOOD SURFACES;
ZINC OXIDE PARTICLES;
ATMOSPHERIC HUMIDITY;
COATED MATERIALS;
CONTACT ANGLE;
FLUORESCENCE;
FLUORESCENCE MICROSCOPY;
INORGANIC COATINGS;
SOIL MECHANICS;
SUN;
SURFACES;
THICKNESS MEASUREMENT;
TITANIUM DIOXIDE;
WEATHERING;
WETTING;
WOOD;
ZINC;
ZINC OXIDE;
ZINC COATINGS;
COATINGS;
CONTACT ANGLE;
FLUORESCENCE;
PENETRATION;
PINUS BANKSIANA;
POLYURETHANES;
SURFACES;
TITANIUM DIOXIDE;
WEATHERING;
WETTING;
WOOD;
ZINC;
ZINC OXIDE;
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EID: 79952772242
PISSN: 03009440
EISSN: None
Source Type: Journal
DOI: 10.1016/j.porgcoat.2010.09.021 Document Type: Article |
Times cited : (56)
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References (26)
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