The metals of the copper subgroup (copper, silver, gold) are known for its antibacterial properties for a long time. For example, among the antimicrobial properties of copper, it should be noted its ability effectively inactivate MRSA and influenza a virus including subtype H1N1, called “swine flu”. In this study we developed a number of methods of gold, copper and silver and its mixture coatings of dielectric materials and applied these coatings on textile fabrics. Subsequent antimicrobial testing of coated fabrics were conducted using two bacteria E. coli and S. aureus. Obtained coatings were subjected to numerous washing and creasing to prove its resistance
Metal-based high-touch surfaces used for indoor applications such as doorknobs, light switches, hand...
Spectrum of metal nanoparticle use in recent years has increased rapidly. Despite such positive impa...
The antibacterial activities of different thin films (TiO2/CuO, Cu/SiO2 and Ag/SiO2) prepared by flam...
The metals of the copper subgroup (copper, silver, gold) are known for its antibacterial properties ...
The metals of the copper subgroup (copper, silver, gold) are known for its antibacterial properties ...
The metals of the copper subgroup (copper, silver, gold) are known for its antibacterial properties ...
Abstract: Gold-coated and copper-coated para-aramide textile fabrics, produced through electro-less ...
Abstract: Gold-coated and copper-coated para-aramide textile fabrics, produced through electro-less ...
The work presented in this thesis is a quantitative and qualitative assessment of electroless plated...
The technology of applying a silver coating on fabric is presented. Tissue is wetted with a solution...
Within the last years, research in the areas of hygiene and healthcare has focused on the resurgence...
International interest in metal-based antimicrobial coatings to control the spread of bacteria, fung...
Bacterial infections are a leading cause of health complications around the world. Metallic antimicr...
The development of surfaces as antimicrobial materials is important to the food industry. This study...
The development of surfaces as antimicrobial materials is important to the food industry. This study...
Metal-based high-touch surfaces used for indoor applications such as doorknobs, light switches, hand...
Spectrum of metal nanoparticle use in recent years has increased rapidly. Despite such positive impa...
The antibacterial activities of different thin films (TiO2/CuO, Cu/SiO2 and Ag/SiO2) prepared by flam...
The metals of the copper subgroup (copper, silver, gold) are known for its antibacterial properties ...
The metals of the copper subgroup (copper, silver, gold) are known for its antibacterial properties ...
The metals of the copper subgroup (copper, silver, gold) are known for its antibacterial properties ...
Abstract: Gold-coated and copper-coated para-aramide textile fabrics, produced through electro-less ...
Abstract: Gold-coated and copper-coated para-aramide textile fabrics, produced through electro-less ...
The work presented in this thesis is a quantitative and qualitative assessment of electroless plated...
The technology of applying a silver coating on fabric is presented. Tissue is wetted with a solution...
Within the last years, research in the areas of hygiene and healthcare has focused on the resurgence...
International interest in metal-based antimicrobial coatings to control the spread of bacteria, fung...
Bacterial infections are a leading cause of health complications around the world. Metallic antimicr...
The development of surfaces as antimicrobial materials is important to the food industry. This study...
The development of surfaces as antimicrobial materials is important to the food industry. This study...
Metal-based high-touch surfaces used for indoor applications such as doorknobs, light switches, hand...
Spectrum of metal nanoparticle use in recent years has increased rapidly. Despite such positive impa...
The antibacterial activities of different thin films (TiO2/CuO, Cu/SiO2 and Ag/SiO2) prepared by flam...