涓�nbsp; 棰橈細The Impact of Scientific Knowledge Produced by China
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涓绘寔浜猴細鐜嬬礌鑺筹紙娴欐睙澶у鍏叡绠＄悊瀛﹂櫌锛屽壇鏁欐巿锛�/span>
鐐硅瘎浜猴細鍛�nbsp; 钀嶏紙娴欐睙澶у鍏叡绠＄悊瀛﹂櫌锛屾暀鎺堬級
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鏃�nbsp; 闂达細2016骞�1鏈�鏃ワ紙鍛ㄤ簩锛�8:30—20:00
鍦�nbsp; 鐐癸細钂欐皯浼熸ゼ122浼氳瀹�/span>
鎶ュ憡鍐呭绠�粙锛�/span>
Over the last decade China has become increasingly recognized as a major contributor to global scientific innovation and knowledge production. However, the impact of Chinese science – as captured by the total number of citations to these research articles - has increased dramatically slower. This study attempted to understand the forces contributing to this phenomenon. We found gap between the number of citations to China’s articles and to other countries’ articles. Our findings uncovered a potential inefficiency in global knowledge exchange and accumulation. In science, leading countries/territories over the world did not stand on China’s shoulders, although China contributed the second largest number of knowledge to the world of science.
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2011-2016骞村氨璇讳簬娓呭崕澶у鍏叡绠＄悊瀛﹂櫌锛岃幏鍗氬＋瀛︿綅銆�014骞�鏈�2015骞�鏈堬紝鍝堜經澶у鑲凹杩闄elfer鐮旂┒涓績璁块棶瀛﹁�銆�016骞磋捣浠讳笂娴蜂氦閫氬ぇ瀛﹀浗闄呬笌鍏叡浜嬪姟瀛﹂櫌鍔╃悊鏁欐巿銆傜爺绌堕鍩熸槸绉戝銆佹妧鏈笌鍒涙柊鏀跨瓥銆�/span>
娆㈣繋鍏虫敞娴欐睙澶у鍏叡绠＄悊瀛﹂櫌瀹樻柟寰俊
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