另外加强纳米抗菌材料在薄膜中应用的研究，因为在薄膜材料中添加纳米粒子可

In addition, the research on the application of nano antibacterial materials in thin films is strengthened, because adding nano particles to thin film materials can give nano thin films a variety of unique properties. By improving their performance and their industrial application, nano thin films will definitely play a role in the development of thin film industry. Active promotion. The key to studying nano-films is to study the stability and dispersion of nano-particles in the films. In terms of improving the service life of antibacterial films, we should start with the assembly of the microstructure of the antibacterial agent. The microstructure of the antibacterial agent has an important influence on the performance of the antibacterial agent, the affinity of the antibacterial agent and the protected material, and other properties. The assembly structure design of the antibacterial agent can improve its use efficiency in the film and prolong its service life. Antimicrobial Microstructure Assembly The microstructure of the antimicrobial agent has an important influence on the antimicrobial performance of the antimicrobial agent, optical performance, affinity between the substrate and the antimicrobial agent, and the mechanics of the material.

In addition, the research of nano-antibacterial material sin application, because the addition of nanoparticles in thin film material can give nano-film a variety of unique properties, through the improvement of its performance and its industrial application, nano-film will certainly play a positive role in promoting the development of the film industry. The focus of nano-film should be to study the stability dispersion and storage stability of nanoparticles in the film. In improving the service life of antibacterial film, we should start from the assembly of the microstructure of antibacterial agent, the microstructure of antibacterial agent has an important influence on the antibacterial properties of antibacterial agent, the affinity of antibacterial agent and protected material. By designing the assembly structure of the antibacterial agent, it can improve the efficiency of its use in the film and extend its service life. The microstructure of the antibacterial agent microstructure has important influence on the antibacterial properties of antibacterial agents, the properties of optics, the affinity of substrates and antibacterial agents, and the mechanics of the materials.

In addition, we should strengthen the research on the application of nano antibacterial materials in the film, because adding nano particles in the film material can give the nano film a variety of unique properties. Through improving its performance and its industrial application, the nano film will certainly play an active role in promoting the development of the film industry. It is important to study the stability and storage stability of nanoparticles in films. In order to improve the service life of the antibacterial film, we should start with the assembly of the microstructure of the antibacterial agent. The microstructure of the antibacterial agent has an important influence on the performance of the antibacterial agent, the affinity between the antibacterial agent and the protected material. Through the design of the assembly structure of the antibacterial agent, its use efficiency in the film can be improved and its service life can be prolonged. The microstructure of the assembled antibacterial agent has an important influence on the performance of the antibacterial agent, the optical properties, the affinity between the substrate and the antibacterial agent, and the mechanics of the material.<br>