Abstract

My country’s archive protection technology has a long history, with a history of more than a thousand years. My country has a wide range of research on archive protection technology. The related research from historical and technical perspectives is very rich, and the advantages and disadvantages of previous archive protection technologies are integrated. Analysis and research on protection technologies that can be inherited and developed are still blank. At the same time, there are increasingly researches on nanomaterial technology. Based on this, this paper studies the application and development of nanomaterials in archive protection technology based on the unique properties of nanomaterials, and provides a reference for solving people's needs in the archive protection field, avoiding a lot of waste of manpower and material resources. In this paper, ZnO nanostructures with various morphologies were prepared by hydrothermal method and high temperature oxidation method. At the same time, ZnO nanomaterials and archive protection technology were combined to prepare nano-three-dimensional flower-like ZnO structure super-hydrophobic films. It shows that the application potential of nanomaterial technology in the field of archives protection is large, and it can be attached to the surface of archives to achieve antibacterial effect, and it can be better used in future archives protection work.

摘要

我国档案保护技术源远流长，已有一千多年的历史。我国对档案保护技术进行了广泛的研究。从历史和技术角度的相关研究非常丰富，综合了以往档案保护技术的优缺点。对可继承和发展的保护技术的分析和研究仍属空白。与此同时，对纳米材料技术的研究也越来越多。基于此，本文基于纳米材料的独特性能，研究纳米材料在档案保护技术中的应用与发展，为解决人们在档案保护领域的需求，避免大量人力物力的浪费提供参考。本文采用水热法和高温氧化法制备了多种形貌的ZnO纳米结构。同时，将ZnO纳米材料与档案保护技术相结合，制备出纳米三维花状ZnO结构超疏水薄膜。说明纳米材料技术在档案保护领域的应用潜力很大，可以附着在档案表面达到抗菌效果，可以更好地应用于今后的档案保护工作中。将ZnO纳米材料与档案保护技术相结合，制备了纳米三维花状ZnO结构超疏水薄膜。说明纳米材料技术在档案保护领域的应用潜力很大，可以附着在档案表面达到抗菌效果，可以更好地应用于今后的档案保护工作中。将ZnO纳米材料与档案保护技术相结合，制备了纳米三维花状ZnO结构超疏水薄膜。说明纳米材料技术在档案保护领域的应用潜力很大，可以附着在档案表面达到抗菌效果，可以更好地应用于今后的档案保护工作中。