ZHANG Mingli, SONG Xiaohui, LIN Yicun, et al. Analysis on research progress of steam turbines based on CiteSpace[J]. Thermal power generation, 2022, 51(4): 1-9.
ZHANG Mingli, SONG Xiaohui, LIN Yicun, et al. Analysis on research progress of steam turbines based on CiteSpace[J]. Thermal power generation, 2022, 51(4): 1-9. DOI: 10.19666/j.rlfd.202110217.
基于CiteSpace的汽轮机研究进展分析
摘要
汽轮机是重要的原动机之一,它不仅应用于压缩机、泵和高炉风机等旋转设备,而且与锅炉、发电机构成了火力发电的三大主体。通过CiteSpace 8.5软件对汽轮机领域的1 543篇相关文献进行分析,揭示汽轮机研究的作者、机构、期刊、研究现状和热点等情况。分析发现:中国西安交通大学是发文最多的研究机构,JUN LI为发文量最大的学者;J ENG GAS TURBPOWER期刊对推动汽轮机领域的发展起着举足轻重的作用;汽轮机的相关研究方向不局限于汽轮机的效率及故障诊断,同时也涉及多方面,如汽轮机的转子、叶片、蒸汽的流动性等。随着科技的进步,未来汽轮机领域在汽轮机材料、热电联产、提高蒸汽参数等方面具有可拓展性。
Abstract
Steam turbine is one of the important prime movers. It is not only used in rotating equipment such as compressors
pumps and blast furnace fans
but also constitutes the three main bodies of thermal power generation with boilers and generators. By using CiteSpace 8.5 software
this paper analyzes 1 543 related articles in the field of steam turbines to reveal the authors
institutions
journals
research status and hot spots of steam turbine research.The result shows that
Xi'an Jiaotong University in China has published the most research papers about steam turbine
JUN LI is the scholar with the largest number of publications
the journal J ENG GAS TURB POWER plays an important role in promoting the development of the steam turbine field
the research direction of steam turbines is not limited to the efficiency and fault diagnosis of steam turbines
but also involves many aspects
such as steam turbine rotors
blades and steam fluidity. With the advancement of science and technology
the future steam turbine field will be expandable in terms of steam turbine materials