Collaboration is one of the remarkable characteristics of contemporary basic research. Using bibliometric method, we quantitatively
analyze international collaboration publication output between China and the G7 countries based on Science Citation Index.
The results indicate that international collaboration publication output between China and the G7 countries has shown exponential
growth aroused by the growth of science in China. USA is the most important collaboration country and the international collaboration
between China and the G7 countries display differences at each research field.
it is far less than that of China. The G7countries are now the most developed industrialized countries in the world. The impacts of the G7countries are leading both in scientific research and development (R & D) input and in the scientific output in
Authors:Li Ying Yang, Ting Yue, Jie Lan Ding, and Tao Han
's disciplinary structure? Do similar S&T levels lead to or follow from similar disciplinary structures? Is there a difference in disciplinary structure between developed and upcoming countries?
The G7countries are: USA, UK, Canada, Germany, Japan, France
Authors:Abubakr Saeed, Yuhua Ding, Shawkat Hammoudeh, and Ishtiaq Ahmad
Heteroscedasticity and Cross-Sectional Dependence in Panel Data: An Empirical Study of Inflation Uncertainty in the G7Countries . In: Baltagi , B. H. (ed.): Panel Data Econometrics , Amsterdam : North-Holland , pp. 259 – 277
Authors:Xianwen Wang, Shenmeng Xu, Di Liu, and Yongxia Liang
International scientific collaboration of China with the G7countries . Scientometrics 80 3 571 – 582 10.1007/s11192-007-2043-y .
Jin , B. , & Rousseau , R. ( 2005 ). China's quantitative expansion phase
Authors:Hui-Zhen Fu, Kun-Yang Chuang, Ming-Huang Wang, and Yuh-Shan Ho
. 2010 ; He 2009 ). The important international collaboration pattern of China and G7 which is also existed for SCI papers in the web of science and the descending orders of outputs for China SCI papers with the G7countries on international