Novel mold-resistant building materials impregnated with thermally reduced nano-silver

Keyphrases

• Ag Nanoparticles (AgNPs) 100%
• Building Materials 100%
• Thermally Reduced 100%
• Nanosilver 100%
• Rutile 85%
• Reduction Temperature 42%
• Thermal Reduction 42%
• Loading Level 42%
• Silver Loading 42%
• Antifungal Activity 28%
• Softwood 28%
• Gypsum Board 28%
• Plywood 28%
• Cement Board 28%
• Ag + 14%
• TiO2 Surface 14%
• High Temperature 14%
• Silver Nanoparticles 14%
• Humidity 14%
• Regression Results 14%
• Aspergillus Niger 14%
• Weight Percentage 14%
• Stepwise Regression 14%
• Critical Concentration 14%
• Low Silver 14%
• Penicillium 14%
• Fungal Species 14%
• Agar Plate 14%
• Activity Reduction 14%
• Fungal Growth 14%
• Gypsum Cements 14%
• Spinulosa 14%
• Stachybotrys Chartarum 14%
• Mould Growth 14%
• Antifungal Efficiency 14%

Agricultural and Biological Sciences

• Softwood Plywood 100%
• Nanoparticle 50%
• Titanium Dioxide 50%
• Agar 50%
• Relative Humidity 50%
• Stachybotrys Chartarum 50%
• Aspergillus Niger 50%
• Penicillium 50%

Engineering

• Silver Nanoparticle 100%
• Building Material 100%
• Gypsum Board 28%
• Major Factor 14%
• Relative Humidity 14%
• Critical Concentration 14%
• Building Interior 14%
• Mould Growth 14%