A Review: Discussion of Factors Affecting the Efficacy of UV Inactivation

Mengmeng Li
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Abstract

UV can achieve the sterilization of clean and nontoxic by-products, and the article makes clear the way in which data such as irradiance and dose are taken. The article data indicates that higher bactericidal efficacy can be achieved for most bacteria at doses of 4 mJ/cm2 for irradiance 1.0 mW/cm2 and 0.06-0.30 mW/cm2 for irradiance 11 mJ/cm2. The value of irradiance ignored the attenuation of LED during long-term use. By comparing the bactericidal effect of single layered and multi-layered bacteria, the degree of cleanliness achievable by UV bactericidal is illustrated, and it is reminded that safety protection should be taken care of during use.
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紫外线灭活效果影响因素的探讨
紫外线可以实现对清洁无毒副产品的杀菌,并明确了辐照度和剂量等数据的获取方式。文章数据表明,对于辐照1.0mW/cm2,在4mJ/cm2的剂量和对于辐照11mJ/cm2,在0.06-0.30mW/cm2的剂量下,可以对大多数细菌实现更高的杀菌功效。辐照度值忽略了LED在长期使用过程中的衰减。通过比较单层和多层细菌的杀菌效果,说明了紫外线杀菌可达到的清洁度,并提醒在使用过程中应注意安全保护。
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