纳米科技安全及保安

Janette Alba, Petra Roupcová, K. Klouda
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引用次数: 0

摘要

由于其独特的特性,研究和开发新的纳米材料是21世纪的主要学科之一,因此研究它们的特殊性能,特别是毒性,是必要的。新材料除了带来好处(技术改进、特定材料特性、增强对自然影响的抵抗力)外,还带来新的风险,需要在职业健康和安全方面进行评估,并将其滥用为潜在的生物载体或其他材料。该研究提供了关于纳米颗粒及其分布和特性与进入水生、土壤和大气环境的关系的一般信息。该研究描述并引用了对不同纳米材料暴露于工作环境的测量实例。根据可用的方法对纳米材料进行风险评估,防止纳米颗粒的措施,重要的是,纳米颗粒的滥用对CZ人口的潜在威胁也进行了描述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Nanotechnology Safety and Security
Because of their unique characteristics, research and development of new nanomaterials is one of the major disciplines of the twenty-first century, and examining their special properties, especially toxicity, is therefore necessary. As well as their benefits (technological improvements, specific material properties, improved resistance to natural effects), new materials also bring new risks requiring assessment in terms of occupational health and safety and their abuse as potential biological carriers or other materials. The study presents general information about nanoparticles and their distribution and properties in relation to entering aquatic, soil, and atmospheric environments. The study describes and cites examples of measurements conducted on the exposure of different nanomaterials to the work environment. Risk assessments of nanomaterials according to the available methodologies, measures to protect against nanoparticles, and importantly, the abuse of nanoparticles as a potential threat to the CZ population are also described.
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