纳米科技商业化-台湾经验

T. Su
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引用次数: 3

摘要

台湾国家奈米科学暨奈米科技计划于2003年启动。预算约为6亿美元,为期六年。与一些国家相比,这不是一个大数字。我们的战略是以工业化为重点。65%的预算用于产业化纳米技术。我们的国家规划是一个工业化驱动的规划。本文将描述纳米技术商业化的绊脚石,以及台湾在纳米技术产业化方面的战略举措。绊脚石将分两个阶段进行分析。第一个是从科学到工业。另一个是从纳米产品到用户。本文将讨论台湾的策略倡议,包括政府承诺、不同参与者的定位和纳米技术的基础设施建设。为了使纳米技术工业化,将纳米新特性与应用联系起来是必不可少的。提出的第一种方法是新材料驱动方法,即从新材料的独特性质中派生应用概念。以碳纳米胶囊和四足类氧化锌为例说明我们的经验。另一种方法是需求驱动方法。为了保持某些产品的竞争力,纳米技术可能会很有帮助。几个例子,包括碳纳米管背光单元(BLU)和纳米粘土在PU合成革将被描述。纳米技术是全球范围内的一个热点研究领域。差异化战略非常重要。以自洁涂料为例,区别于其他涂料。通过纳米技术的发展,我们相信我们的日常生活将得到极大的改善。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Commercialization of Nanotechnology - Taiwan Experiences
Taiwan National Nanoscience & Nanotechnology Program started in 2003. The budget is about US$ 600 million for six years. Compared to some countries, this is not a big number. Our strategy is to focus on industrilization. 65% of the budget was for industrialization nanotechnology. Our National Program is an industrialization driven program. Stumbling blocks to commercializing nanotechnology and Taiwan strategic initiatives to industrializing nanotechnology will be described in this paper. The stumbling blocks will be analyzed in two different phases. The first one is from science to industry. The other one is from nanoproducts to users. Taiwan strategy initiatives including government commitment, positioning of different players and infrastructure built for nanotechnology will be discussed in this paper. To industrialize nanotechnology, linking nano novel properties to applications is essential. The first approach to be presented is novel material-driven approach, which is to derive application concepts from the unique properties of a novel material. Carbon nanocapsule and tetrapod-like zinc oxide will be used as examples to illustrate our experiences. The other approach is need-driven approach. To maintain competitiveness in some products, nanotechnology could be quite helpful. Several examples, including CNT-backlight unit (BLU) and nanoclay in PU synthetic leather will be described. Nanotechnology is a hot R& D area globally. Differentiation strategy is very important. Self-cleaning paint is cited as an example to be differentiated from others. Through nanotechnology development, we believe that our daily life will be improved dramatically.
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