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Virtual Learning Environments: How They Can Benefit Nanotechnology Safety Education

机译:虚拟学习环境:它们如何使纳米技术安全教育受益

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Progress has been made to increase awareness and funding to investigate worker exposure during the nanotechnology production process; however, compliance with widely accepted safety procedures for nanoworkers has yet to be fully realized [7]. The call for further emphasis on this topic was raised by the Project on Emerging Nanotechnologies (2012) and also in a recent article in IEEE Nanotechnology Magazine, in which the author commented that "Even though hazard data exist for many classes of nanomaterials, some of which carry unwanted health effects, there is little focus on the potential for human exposure and on workplace issues? [1]. This article explores the potential of virtual learning environments (VLEs) for nanotechnology safety education and presents a recent research study with implications for nanoeducators (Figure 1).
机译:在提高认识和资助以调查纳米技术生产过程中的工人接触方面已取得进展;然而,对于纳米工作者来说,对被广泛接受的安全程序的遵守尚未完全实现[7]。新兴纳米技术项目(2012)以及在IEEE纳米技术杂志的最近一篇文章中都提出了进一步强调这一主题的呼吁,其中作者评论说:“即使存在许多种类的纳米材料的危害数据,但其中一些仍存在。 [1]。本文探讨了虚拟学习环境(VLE)在纳米技术安全教育中的潜力,并提出了一项最新研究,该研究对人类健康和健康产生了不良影响。纳米教育者(图1)。

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