Nanoscience has evolved and grown rapidly in impact across several disciplines and sectors over the past two decades. This book investigates the development of nanoscience research by presenting an evaluation of nanotechnologies outputs (academic outputs and patents) and their impact from 2000-2019. The evaluation uses Elseviers Scopus (the largest abstract and citation database of peer-reviewed literature), SciVal (a scientific research analysis platform), Funding Institutional (a funding database), and PatentSight (a patent analysis platform). The book discusses four key topics regarding nanoscience research, including: 1) an overview of nano-related scholarly output, 2) nanoscience and its contribution to basic science, 3) nanoscience and its impact on and collaboration with industry partners, and lastly 4) key factors that promote the development of nanoscience.
- In-depth and comprehensive analytical analysis of the progress of nanoscience
- Highlights the fundamental role of nanoscience in technology and everyday quality of life
- Provides an overall explanation of the current status and future development of nanoscience from a macro perspective
- Reviews the development of nano research over the past 20 years, revealing the impact of nanoscience on other research fields and clarifying the development of nano research from basic research to industry applications
- Summarizes key countries nano research development strategy based on funding analysis and research focus analysis and anticipates upcoming frontier research in the nano field
1. Scholarly Output and Academic-Impact of Nanoscience
2. Contribution of Nanoscience to Basic Science
3. Nanosciences Impact on Industry
4. Factors that promote the development of Nanoscience
Professor of Chemistry, Chinese Academy of Sciences, the Director-General, National Center for Nanosciences and Technology, China. Research Interest:He proposed the toxicity study of engineered nanomaterials in 2001, and is a pioneer with innovative ideas for initiating the study on nanosafety issues. His work focuses on biological effects/activities of nanomaterials with an emphasis on the establishment of reliable and valid analysis methods for discovering the biological effects of nanomaterials/nanomedicines in vivo, understanding of the chemical mechanisms of nanosafety and safe application of nanomaterials. These have led to an ISO standard analytical method being adapted by ISO/IEC 168 member countries, the establish nanosafety assessment framework for occupational exposure of nanomaterials, the discovery of a new-concept nanomedicine for cancer therapeutics, etc. Before 2001, he and colleagues in Japan discovered the Element 113 (Nh) which is first new element that has been discovered in Asia and filled in the Element Periodic Table. Prize/Awards: The elected Member of TWAS (2018), the Academician of CAS (2017), TWAS Prize in Chemistry (2016), CAS Outstanding Science and Technology Achievement Prize (2019), National Prize for Natural Sciences (2012, 2018), The Ho Leung Ho Lee Foundation Science and Technology Progress Prize (2020), China Award for Outstanding Contribution on Toxicology (2015), Beijing Award for Leading Talent in Science & Technology (2014), etc. International Affairs Office, National Center for Nanoscience and Technology, China Xingxing He is an analyst in Elsevier Research Analytical and Data Service team, with a focus on bibliometrics analysis. She has good knowledge of bibliometrics and scientific publishing, with more than 8 years of working experience in the academic publishing industry, as well as a short experience in consulting. She holds a master's degree in information science (specialized in bibliometrics) at the Institute of Scientific and Technical Information of China (ISTIC), and a bachelor's degree in Information Management and Information Systems at Nanjing University of Science & Technology.
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