Study on the Performance of Titanium Materials Based on Nano Silver Particles in Orthodontic Healing

Nanomaterials are used as a new type of antibacterial agent in clinical medical research projects due to their unique physical and chemical properties. In this study, silane coupling method was used to coat nano-silver particles on titanium sheets to make the smooth titanium surface have antibacterial properties. Scanning electron microscope to observe the surface morphology of silane coupling modified titanium plate, the shape and size of nano-silver particles, and the adhesion on titanium plate; X-ray energy spectroscopy and line scan analysis of each element on the titanium wafer; X-ray photoelectron spectroscopy quantitative analysis of surface elements on the titanium wafer. The experimental group was nano-silver modified titanium sheet, and the control group was smooth titanium sheet. The experimental results show that the titanium material loaded with nano-silver particles has better antibacterial performance in the orthodontic process than ordinary materials. This material is highly safe and can be promoted for use.

Decoration of titanium dioxide nanotubes by silver nanoparticles using photochemical deposition method and its application as an electrocatalyst to determine tinidazole

In this study, titanium nanotubes electrodes were decorated with silver nanoparticles (AgNPs/TiO2NTs) and used as an electrocatalyst for reduction of tinidazole. AgNPs/TiO2NTs are constructed by anodization of titanium sheet metal...