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An Analysis of the Function and Status of CAS in National Nanotechnology Research

机译:CAS在国家纳米技术研究中的功能和地位分析

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BIG, namely nanoscience & nano-technology, biotechnology & bio-medicine (including genetic engineering), information technology (including computing and communications) and cognitive science (including cognitive neuroscience) are universally regarded as four R&D disciplines to critically influence human life in the near future. Providing technological groundwork for the latter three's healthy development, nanoscience and related technologies now become the most active S&T frontiers in the world today. Since the National Nanotechnology Initiative started by the US government in 2000, a world-wide rush on the research of nanoscience & nanotechnology comes into being. Many developed countries draft national strategic plans for the discipline's sound development, such as Japan's Science and Technology Basic Plan from 2001 to 2005, Australia's National Competitive Grants Programme and the European Strategy for Nanotechnology. Against this backdrop, some developing countries are also vying with others for intensive R&D in this regard. As early as in the mid-1980s, the CAS leader-ship foreseaw the great opportunity subsumed by the emerging discipline of resolving a series of important scientific questions and anticipated the promising prospects of nanoscience in its industrial application. In a bid to introduce the concepts of nano-crystal and nano-materials and the research progress in this field to Chinese scientific community, Prof. H. Gleiter from Germany was invited by CAS to give lectures in September 1986. This was the first of foreign nanoscience experts invited to visit China. Before long, a group of informal seminars and discussions were held by the Academy in search of an optimal point for making the disciplinary breakthrough. On the other hand, several CAS institutes began to initiate a few R&D projects, thus triggering a forward-looking deployment. In addition, the first research paper and the first review devoted to this discipline by CAS scientists were published in August and October in 1988 respectively. if simply viewed from the timing, we may find that the Chinese study of nanoscience was launched almost at the same starting line in comparison with the international community.
机译:BIG,即纳米科学和纳米技术,生物技术和生物医学(包括基因工程),信息技术(包括计算和通信)和认知科学(包括认知神经科学)被普遍认为是对人类生命产生重大影响的四大研发学科。不远的将来。为后三者的健康发展提供技术基础,纳米科学和相关技术现已成为当今世界上最活跃的科学和技术前沿。自2000年美国政府启动“国家纳米技术计划”以来,全球范围内对纳米科学和纳米技术的研究便开始兴起。许多发达国家为该学科的良好发展起草了国家战略计划,例如2001年至2005年的日本《科学技术基本计划》,澳大利亚的国家竞争性赠款计划和欧洲纳米技术战略。在此背景下,一些发展中国家也在与其他国家争夺这方面的密集研发。早在1980年代中期,CAS领导层就预见了新兴学科为解决一系列重要科学问题所带来的巨大机遇,并预见了纳米科学在其工业应用中的广阔前景。为了向中国科学界介绍纳米晶体和纳米材料的概念以及该领域的研究进展,1986年9月,来自德国的H. Gleiter教授应中国科学院的邀请进行了演讲。国外纳米科学专家应邀访华。不久之后,学院举行了一组非正式的研讨会和讨论,以寻求突破纪律的最佳途径。另一方面,一些中国科学院院所开始启动一些研发项目,从而引发了前瞻性部署。此外,CAS科学家针对该学科的第一篇研究论文和第一篇评论分别于1988年8月和10月发表。如果仅从时间上看,我们可能会发现,与国际社会相比,中国对纳米科学的研究几乎是在同一起点上进行的。

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