| 摘要: |
| 以Web of Science数据库中收录的主题为波浪能文献数据为研究对象，利用文献计量与知识图谱可视化分析方法，梳理波浪能领域研究趋势、科研力量布局，分析主要涉及学科方向和学科交叉情况，构建领域监测指标和前沿热点剖面，挖掘领域演进脉络与高被引关键文献，分析全球波浪能研究领域研究动态、前瞻热点及未来趋势，为波浪能发展提供参考。研究发现：波浪能领域科研论文体量及被引量整体呈逐步上升趋势，经历初步发展、繁荣发展和深化发展的阶段，涌现一批核心文献与著者，团体化纵深协作趋势尚待强化，亟需多学科深度融合。英国、葡萄牙等欧洲国家发展领先，研究机构方面普利茅斯大学、里斯本大学优势明显。该领域热点主要集中在波浪能转换装置、波浪能资源评估、振荡水柱波能转换、波浪能多能互补及环境相互作用。与风能等新能源多能互补和组合式联合发电、与其他海上结构耦合开发成为重要发展方向。 |
| 关键词: 波浪能 文献计量 知识图谱 高被引文献 |
| DOI：10.11759/hykx20220831002 |
| 分类号:F224.32;G250 |
| 基金项目:科技部中国科学技术信息研究所ISTIC-CLARIVATEANALYTICS科学计量学联合实验室开放基金项目（IT2151）；国家重点研发计划项目（2018YFB1501901） |
|
| Analysis of the research situation of the wave energy field based on bibliometrics |
|
YANG Zhao, LǙ Yang, MA Liang
|
|
Qingdao Marine Science and Technology Center, Qingdao 266237, China
|
| Abstract: |
| This study takes the wave energy literature data collected from the Web of Science database as the research object and uses bibliometrics and knowledge map visualization analysis methods to sort out related research trends and scientific research force layout and analyze main discipline directions and interdisciplinary situations in wave energy research. Accordingly, field monitoring indicators and frontier hotspot profiles are constructed, the field evolution and highly cited key literature are excavated, and the current and future research trends and prospective hotspots in global wave energy research are analyzed to provide a reference for wave energy development. Overall, the volume and the citation of scientific research papers written for the wave energy field are rising. Consequently, a number of core documents and authors have emerged through the stages of initial development, prosperity, and deepening development. The in-depth group collaboration trend must be strengthened. Multidisciplinary integration is also needed. Britain, Portugal, and other European countries lead the development of research institutions, with Plymouth University and the University of Lisbon having obvious advantages. The main hotspots of this field are wave energy conversion devices, wave energy resource assessment, oscillating water column wave energy conversion, wave energy multi-energy complementarity, and environmental interaction. Multienergy complementary and joint power generation with new energy sources such as wind energy and coupled development with other offshore structures have become important development directions for wave energy development. |
| Key words: wave energy bibliometrics knowledge map highly cited literature |
