摘要:
【目的】深入探讨学术会议对科技期刊发展的多维赋能机制,以弥补以往研究中仅聚焦学术会议对期刊国际影响力单向作用的不足。【方法】以《信号转导与靶向治疗(英文)》(Signal Transduction and Targeted Therapy,简称STTT)为例,系统解析其学术会议的架构设计及其对期刊建设的多维作用。【结果】基于“作者-读者-编辑”三方需求理论构建的会议集群,能够有效搭建学术共同体网络,显著提升编辑团队的综合能力,持续强化期刊品牌价值和学术影响力。【结论】以“作者-读者-编辑”需求为导向构建会议集群模型,不仅为期刊提供持续创新动力,更推动了学术生态整体优化,为中国科技期刊提升国际竞争力提供了新的理论视角和实践路径。
关键词:
学术会议,
科技期刊建设,
三方需求理论,
会议集群模型,
《信号转导与靶向治疗(英文)》
Abstract:
[Purposes] This paper aims to comprehensively explore the multi-dimensional enabling mechanisms of academic conferences in promoting the development of scientific journals, addressing the limitation of previous research that primarily focused on the unidirectional impact of conferences on journals' international influence. [Methods] Taking Signal Transduction and Targeted Therapy (STTT) as an example, we systematically analyzed the structural design of its academic conference and their multidimensional impact on journal development. [Findings] The conference cluster model, constructed based on the “author-reader-editor” tripartite demand theory, effectively fostered an academic community network, significantly enhanced editorial team capabilities, and continuously strengthened journal's brand value and academic influence. [Conclusions] The demand-oriented conference cluster model not only provides sustainable innovation momentum for journals but also promotes the overall optimization of the academic ecosystem, offering new theoretical insights and practical pathways for enhancing the global competitiveness of Chinese scientific journals.
Key words:
Academic conferences,
Scientific journal development,
Tripartite demand theory,
Conference cluster model,
Signal Transduction and Targeted Therapy
孙倩, 李彤, 汪文静, 杜宝文, 孙秋. 会议集群对科技期刊建设的多维作用——以《信号转导与靶向治疗(英文)》为例[J]. 中国科技期刊研究, 2025, 36(7): 937-941.
SUN Qian, LI Tong, WANG Wenjing, DU Baowen, SUN Qiu. Multidimensional impacts of conference clusters on scientific journal development:Taking Signal Transduction and Targeted Therapy as an example[J]. Chinese Journal of Scientific and Technical Periodicals, 2025, 36(7): 937-941.