[1]王久平,孙守军,孙卫国.推动“十四五”规划落实提升航空应急救援能力[J].中国应急管理,2022(8):20-29.
WANG Jiuping,SUN Shoujun,SUN Weiguo.Promoting the implementation of the 14th five year plan and enhancing aviation emergency rescue capability[J].China Emergency Management,2022(8):20-29.
[2]陶伟文,冯登超,吴佑军,等.低空空域管理改革背景下民用无人驾驶航空器安全管理初探[J].军民两用技术与产品,2023(1):28-33.
TAO Weiwen,FENG Dengchao,WU Youjun,et al.Preliminary exploration of safety management of civil unmanned aerial vehicles under the background of low altitude airspace management reform[J].Dual Use Technologies & Products,2023(1):28-33.
[3]高志宏.通航战略背景下低空空域权法律属性研究[J].暨南学报(哲学社会科学版),2019,41(5):30-38.
GAO Zhihong.Research on the legal attributes of low-altitude airspace rights in the context of navigation strategy[J].Jinan Journal (Philosophy and Social Sciences),2019,41(5):30-38.
[4]齐福强,吉亚铭.我国超大城市航空应急发展困境与对策[J].综合运输,2021,43(8):16-20.
QI Fuqiang,JI Yaming.Difficulties and countermeasures of aviation emergency development in China’s mega cities[J].Comprehensive Transportation,2021,43(8):16-20.
[5]邵文武,姜艳阳,黄涛.我国航空应急救援体系构建与实施[J].消防科学与技术,2019,38(4):549-552.
SHAO Wenwu,JIANG Yanyang,HUANG Tao.Construction and implementation of aviation emergency rescue system in China[J].Fire Science and Technology,2019,38(4):549-552.
[6]李艳华,李冉.我国航空应急救援标准体系构建研究[J].中国安全科学学报,2019,29(8):178-184.
LI Yanhua,LI Ran.Research on construction of aviation emergency rescue standard system in China [J].China Safety Science Journal,2019,29(8):178-184.
[7]QU W Q,XU C C,TAN X,et al.Preliminary concept of urban air mobility traffic rules[J].Drones,2023,7(1):54-54.
[8]施寒潇,毛郁欣.基于文本挖掘的中国跨境电商政策量化研究[J].商业经济与管理,2022(11):5-17.
SHI Hanxiao,MAO Yuxin.Quantitative research on China’s cross border e-commerce policies based on text mining[J].Business Economics and Management,2022(11):5-17.
[9]GREGORIO MARTN-DE CASTRO,JAVIER AMORES-SALVAD,ISABEL D EZ-VIAL,et al.Framing the evolution of the “environmental strategy” concept:exploring a key construct for the environmental policy agenda[J].Business Strategy and the Environment,2023,32(4):1308-1333.
[10]唐恒,高清,孙莹琳,等.基于文本挖掘的中小企业知识产权政策研究——来自中央层面的数据[J].科技管理研究,2022,42(1):92-100.
TANG Heng,GAO Qing,SUN Yinglin,et al.Research on intellectual property policies of small and medium sized enterprises based on text mining:data from the central level[J].Science and Technology Management Research,2022,42(1):92-100.
[11]包鹏飞,孟卓,卢昕玥,等.基于文本挖掘视角的我国互联网医疗政策量化分析[J].中国医院,2021,25(10):50-53.
BAO Pengfei,MENG Zhuo,LU Xinyue,et al.Quantitative analysis of China’s internet medical policy based on the perspective of text mining [J].China Hospital,2021,25(10):50-53.
[12]曹硕,王健,阮崧,等.基于文本挖掘视角的我国中医药政策热点分析[J].医学与社会,2023,36(6):112-118.
CAO Shuo,WANG Jian,RUAN Song,et al.Analysis of hot topics in traditional Chinese medicine policies in china from the perspective of text mining [J].Journal of Medicine and Society,2023,36(6):112-118.
[13]申立银,杜小云,李天坤,等.中国低碳城市研究现状的文献计量学分析——基于共词聚类法和战略坐标图[J].现代城市研究,2017(8):108-114.
SHEN Liyin,DU Xiaoyun,LI Tiankun,et al.Bibliometric analysis of the current research status of low-carbon cities in China:based on co-word clustering method and strategic coordinate map [J].Modern Urban Research,2017(8):108-114.
[14]王雨,盛东方,王铮.我国智慧图书馆研究热点分析与趋势预测[J].图书馆论坛,2020,40(6):39-46.
WANG Yu,SHENG Dongfang,WANG Zheng.Analysis of research hotspots and trend prediction of smart libraries in China [J].Library Forum,2020,40(6):39-46.
[15]谭志雄,任颖,韩经纬,等.中国固体废物管理政策变迁逻辑与完善路径[J].中国人口·资源与环境,2021,31(2):100-110.
TAN Zhixiong,REN Ying,HAN Jingwei,et al.The logic and improvement path of China’s solid waste management policy changes [J] China’s Population,Resources and Environment,2021,31(2):100-110.
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