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Benchmarking Study of the Global and Ukrainian Trends in Nanotechnologies’ Scientific Research for the Future NBIC-Society

机译:纳米技术对未来NBIC协会的科学研究的全球和乌克兰趋势的基准研究

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Aims: In the conditions of advanced countries industrial markets’ competition escalation the issue of creating new economy on the basis of nanotechnologies as Nano-bio-info and cogno(NBIC)-technologies is becoming more and more important. As all developed countries, Ukraine conducts fundamental and applied research in the field of nanotechnologies, and the research priorities to be agreed with solving both global and specific national problems in view of building-up a modern NBIC-civilization. The main purpose of the research is to analyze the modern perspectives and to perform benchmarking study of the Global and Ukrainian trends in nanotechnologies development as part of NBIC-technologies’ scientific domain to identify priority areas of scientific and technical policy of Ukraine. Study Design: The reviews were carried out in the period 2010–14 on the basis of studying the world countries nanotechnologies development trends as well as on the basis of the research results obtained by Ukrainian academic institutions. Place and Duration of Study: Scientific Research Center for Industrial Development Problems of the National Academy of Science of Ukraine, Department of Foreign Economic Relations and Touristic Business of V.N. Karazin Kharkiv National University conducted the research between January 2014 and December 2015. Methodology: Content analysis and bibliographic retrieval have been used as the main methods of research, which allowed making a meaningful analysis of classic papers and researches of modern economists-practitioners devoted to the peculiarities of the Global and Ukrainian trends in NBIC-civilization emergence. Models of time series, including also trend analysis, were used for forecasting. Computations were performed in Application Software Package “Statistica 8”. Results: The article demonstrates main practical results of various economic sectors development achieved through implementing comprehensive scientific-technical programs to develop nanotechnologies during 2010–2014 in Ukraine. Benchmarking analysis of the researchers’ publishing activity in the field of nanotechnology in the leading world countries and in Ukraine has shown that in general, the dynamics of research in Ukraine correspond to the global trends, but is much slower. Development of nanomaterials, nanobiotechnology and nanoelectronics are the main fields of nanoscience research. Nanomedicine & nanobiology are specific features of Ukrainian research field that allows us to consider those areas to have competitive advantages of nanotechnology development in Ukraine. At the same time a very small number of publications in the field of nano-electronics and nano-energy engineering testifies of a substantial lagging behind the main global trends. The low level of patenting in nanotechnology development in Ukraine satates the need, on the one hand, to stimulate applied research, and on the other hand, to improve procedures for obtaining intellectual property rights protection. Conclusion: The priorities of Ukrainian nanotrechnology studies, as part of NBIC-technologies’ scientific domain, need to be clarified in accordance with the global problems to be solved by any country and in accordance with the existing potential and possibilities of nanotechnology research as regards the emergence of NBIC-society. In order not to lose the existing potential in the field of nanoelectronics and nano-energy engineering the government should support the local development, especially at the stage of basic research. Institutional support to the interaction of science and business is required at the stage of applied research. Consequently, to revitalize high-tech engineering, the developments in the field of nanoelectronics should become a priority for the government support. Lack of international patents in Ukraine speaks of the need to ensure more active cooperation between Ukrainian, European and international patent organizations, particlualry under the Patent Cooperation Treaty.
机译:目的:在发达国家工业市场竞争加剧的条件下,基于纳米技术(如纳米生物信息技术和cogno(NBIC)技术)建立新经济的问题变得越来越重要。作为所有发达国家,乌克兰在纳米技术领域进行基础研究和应用研究,并且鉴于建立现代的NBIC文明,研究重点应与解决全球和特定的国家问题相一致。该研究的主要目的是分析现代观点,并对NBIC技术科学领域的一部分进行全球和乌克兰纳米技术发展趋势的基准研究,以识别乌克兰科学技术政策的优先领域。研究设计:在研究世界各国纳米技术的发展趋势的基础上,并在乌克兰学术机构获得的研究结果的基础上,于2010-14年进行了评估。研究地点和持续时间:乌克兰国家科学院工业发展问题科学研究中心,V.N。对外经济关系和旅游业务系。卡拉赞·哈尔科夫国立大学于2014年1月至2015年12月进行了这项研究。方法:内容分析和书目检索已被用作主要研究方法,这使得对经典论文和致力于现代经济学的从业人员的研究进行了有意义的分析。 NBIC文明兴起的全球和乌克兰趋势的特点。时间序列模型(包括趋势分析)被用于预测。在应用软件包“ Statistica 8”中进行计算。结果:本文展示了通过实施全面的科学技术计划在2010年至2014年期间在乌克兰实施纳米技术而实现的各个经济部门发展的主要实践成果。对世界主要国家和乌克兰研究人员在纳米技术领域的出版活动进行的基准分析表明,总体而言,乌克兰的研究动态与全球趋势相对应,但速度要慢得多。纳米材料,纳米生物技术和纳米电子学的发展是纳米科学研究的主要领域。纳米医学和纳米生物学是乌克兰研究领域的特殊特征,它使我们能够考虑那些在乌克兰纳米技术发展方面具有竞争优势的领域。同时,在纳米电子学和纳米能源工程领域的极少数出版物证明,其主要滞后于全球主要趋势。乌克兰纳米技术开发的专利水平很低,一方面满足了刺激应用研究的需求,另一方面满足了改善获得知识产权保护程序的需要。结论:作为NBIC技术领域的一部分,乌克兰纳米技术研究的优先事项需要根据任何国家要解决的全球性问题以及纳米技术研究的现有潜力和可能性加以阐明。 NBIC协会的出现。为了不失去纳米电子和纳米能源工程领域的现有潜力,政府应支持当地的发展,尤其是在基础研究阶段。在应用研究阶段,需要为科学与商业互动提供机构支持。因此,为振兴高科技工程,纳米电子领域的发展应成为政府支持的重点。乌克兰缺乏国际专利表明,有必要确保乌克兰,欧洲和国际专利组织之间的更积极合作,尤其是根据《专利合作条约》进行专利合作。

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