Comparison of Ultraviolet Protection Factor of Pure Cotton and Cotton Coated with Titanium Dioxide Nanoparticles using the Electrospinning Method with Two Ultraviolet-C Generators

摘要: Introduction: Protection against harmful effects of ultraviolet radiation (UV) is measured under Ultraviolet Factor (UPF) scale. The utilization protective clothing the best way to deal with damage caused by radiation. purpose this study was compare ray factor pure cotton and coated titanium dioxide (TiO2) nanoparticles using electrospinning method two natural artificial generators. Material Methods: This an analytical-descriptive in which, a fabric dioxiditenium were for 10, 20 40 minutes, as example, types sunlight light (widespread dotted) beams. UV divided into three spectra A, B C that we use UV-C measurement. Finally, comparison average UV-c penetration from different fabrics conducted. We SPSS Ver.22 analyze data p-value<0.05.  Results: highest lowest amount fibers min radiation, respectively. As beam decreases, UPF rises. In nano-coated fabrics, lower absorption higher giving UPF. Conclusion: Due very low UPF, are not suitable areas Therefore, order protect TiO2 can be used domain health care.