基于文献计量分析的物质存量研究进展

doi:10.3976/j.issn.1002-4026.2022.05.014

摘要/Abstract

摘要：

基于文献计量分析方法,借助CiteSpace和VOSviewer可视化分析软件,以定量与定性结合的方法,系统梳理了国内外物质存量的研究成果,综述了物质存量研究的知识基础、发展脉络和研究进展。研究发现:金属和建筑是物质存量研究的重要对象,并奠定了物质存量研究的知识基础;物质存量研究主题呈现出从单纯的物质核算到资源预测、社会经济代谢分析、温室气体减排和城市矿产开发等多研究主题交叉共融的局面;其研究方法不断丰富,生命周期评价、解耦分析和情景分析的引入,使得物质存量的研究范畴不断扩展;同时其研究内容不断地深化,涉及温室气体排放、循环经济、城市矿产、资源效率等可持续发展的内容。讨论了物质存量研究发展尚存在的问题,如关键数据的获取难度大、数据质量水平不一、实践指导性仍需加强等,认为今后应积极与其他学科融合发展,提高数据精度和强化决策支撑服务能力。

关键词: 物质存量, 文献计量分析, 演化路径, CiteSpace

Abstract:

Based on the bibliometric analysis method, with the help of CiteSpace and VOSviewer visualization analysis software, this study, by combining quantitative and qualitative methods, systematically classifies the results of material stock research performed at home and abroad and analyzes the knowledge base, development context, and research progress of material stocks. Metals and buildings are found to be essential in material stock research and lay the basic foundation for this research. The research topics of material stocks include simple materials accounting to resource prediction, socioeconomic metabolism analysis, greenhouse gas emission reduction, and urban mineral development. The research methods are constantly enhanced, and life cycle assessment, decoupling analysis, and scenario analysis are introduced to expand the scope of this research. Furthermore, the research content of material stocks is enhanced, which involves greenhouse gas emission, circular economy, urban mineral resources, resource efficiency, and other sustainable development content. The existing problems in the development of material stock research are discussed, such as the difficulty in obtaining key data, data with different qualities, and practical guidance still need to be strengthened. The future development of material stock research should be actively integrated with other disciplines to improve the data accuracy and strengthen the ability of decision support services..

Key words: material stock, bibliometric analysis, evolution way, CiteSpace

中图分类号:

杨东, 党梦园, 韩峰, 石峰. 基于文献计量分析的物质存量研究进展[J]. 山东科学, 2022, 35(5): 112-121.

YANG Dong, DANG Meng-yuan, HAN Feng, SHI Feng. Research progress of material stock based on bibliometric analysis[J]. Shandong Science, 2022, 35(5): 112-121.

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序号	作者	机构	被引次数	H指数	序号	作者	机构	被引次数	H指数
1	Graedel T.E.	耶鲁大学	1 865	66	8	Pauliuk S.	挪威科技大学	613	19
2	Müller D.B.	挪威科技大学	1 389	29	9	Adachi Y.	东京大学	574	21
3	Bertram M.	耶鲁大学	898	19	10	Wang T.	同济大学	526	25
4	Daigo I.	东京大学	766	21	11	Hashimoto S.	立命馆大学	486	20
5	Gordon R.B.	耶鲁大学	656	29	12	Spatari S.	耶鲁大学	436	20
6	Tanikawa H.	名古屋大学	618	21	13	Brattebø H.	挪威科技大学	379	22
7	Matsuno Y.	千叶大学	617	19	14	Chen W.Q.	中国科学院	301	25