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论文类型：期刊论文

第一作者：Luan C.

通讯作者：Luan, C.; WISELab, School of Administration and Law, Dalian University of Technology, Dalian, China; email: julielcj@163.com

合写作者：Wang X.

发表时间：2012-01-01

发表刊物：Journal of Science and Technology Policy in China

收录刊物：Scopus

卷号：3

期号：3

页面范围：210-225

ISSN号：1758552X

摘要：Purpose: The purpose of this paper is to help China's science and technology (abbr. as S&T) managers and related policy makers to allocate S&T human resources, optimize organizational systems of laboratories, design and plan some grant projects, and manage other S&T-related work in the field of nanoscience and nanotechnology, by measuring and mapping of technology-fields correlation, with nanotechnology as an example. Design/methodology/approach: Methodologies such as co-occurrence analysis, correlation analysis, multidimensional scaling (abbr. as MDS) analysis, dendrogram (tree-like) analysis, etc. are employed to measure and map technology-fields correlation. Findings: It is found that the exact relevance degree of any two technology-fields exists among the top 33 technology-fields with high frequencies. There are three industrial clusters in Multidimentional Scaling View, that is, nanotechnology used in bio-medical industry, nanotechnology used in new material industry and nanotechnology used in electronic industry. Hierarchy of any two technology-fields can be found out in the dendrogram view of the top 33 technology-fields. Originality/value: This paper could be of great significance to China's S&T managers and related policy makers, especially in the area of nanotechnology, in selecting and managing generic technology and the findings in this paper can be applied in some other fields of science and technology management in China. Both technology-fields correlation analysis and MDS and dendrogram view analysis could benefit China's policy makers in managing nanotechnology research and development activities. ? Emerald Group Publishing Limited.