摘要
通过对比资助项目数量、间隔时间、项目类型、论文产出等指标,分析3所独立医科院校2009—2019年青年基金项目负责人获得后续国家基金项目资助与间隔时间系数情况,研究青年人才成长周期规律,探索助力青年人才成长的措施。研究发现间隔时间系数可作为衡量科研工作延续性的标尺、评判独立开展科研工作能力的依据与评价科研产出质量的参考。从高校科研管理角度提出应提升对青年人才的重视与支持,优化管理服务,营造良好宽松的科研氛围,促进高端青年人才培养,为青年人才持续、快速成长创造条件。
By comparing the number,interval time,project type and SCI paper output of youth fund projects over the years,this paper analyzes the situation that the project leader of Youth Science Fund of three independent medical colleges obtained the subsequent National Natural Science Foundation of China project funding and interval time coefficient from 2009 to 2019,studies the growth cycle of young scientific and technological talents,and explores the law of helping youth science and technology Measures for talent growth.It is found that the interval time coefficient can be used as a scale to measure the continuity of scientific research,a basis to evaluate the ability of independent scientific research and a reference to evaluate the quality of scientific research output.Therefore,from the perspective of scientific research management in Colleges and universities,based on the interval coefficient,it is proposed that we should strengthen the attention and support to young talents,optimize management services,create a good and loose scientific research atmosphere,promote the cultivation of high-end young talents,and create conditions for the sustained and rapid growth of young talents.
作者
辜承慰
罗惠文
董涵琼
殷嘉珺
张新禄
赵镇
Gu Chengwei;Luo Huiwen;Dong Hanqiong;Yin Jiajun;Zhang Xinlu;Zhao Zhen(Scientific Research Institute,Southern Medical University,Guangzhou 510515;Fudan University Shanghai Cancer Center,Shanghai 201203;School of Health Services Management Southern Medical University,Guangzhou 510515;Nan fang Hospital of Southern Medical University,Guangzhou 510515)
出处
《中国科学基金》
CSSCI
CSCD
北大核心
2022年第2期301-308,共8页
Bulletin of National Natural Science Foundation of China
关键词
国家自然科学基金
青年人才
间隔时间系数
成长周期
医科大学
National Natural Science Foundation
young talents
funding interval coefficient
cycle
medical university