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Virtual Reality to Improve Nanotechnology Education: Development Methods and Example Applications

机译:改善纳米技术教育的虚拟现实:发展方法和示例应用

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Nanotechnology has had a tremendous effect on industries, from material designs to manufacturing processes, and in various applications, from drug delivery for medicines to reducing airplane noise through the use of nanofibers. This impact has been described as the next industrial revolution, and there is a large investment from countries all across the world to improve teaching and training in nanotechnologies [1]. The biggest challenge in nanotechnology education is providing hands-on laboratory instruction, which requires expensive tools, a cleanroom environment, and safe interaction with hazardous chemicals. In this article, a successful new method for teaching nanotechnology using virtual reality (VR) is presented. VR training is a promising method that has the benefit of personalized instruction and an engaging media format [2].
机译:纳米技术对行业产生了巨大影响,从材料设计到制造过程,以及在各种应用中,从药物的药物递送到通过使用纳米纤维来降低飞机噪声。这种影响被描述为下一个工业革命,以及全球各国的各国投资大量投资,以改善纳米技术的教学和培训[1]。纳米技术教育中最大的挑战是提供实践实验室指导,需要昂贵的工具,洁净室环境和与危险化学品的安全互动。在本文中,提出了使用虚拟现实(VR)的纳米技术教学的成功新方法。 VR培训是一个有希望的方法,具有个性化指导和接合媒体格式的好处[2]。

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