基于典型期刊文献计量分析的国内外化工领域研究特点及趋势——对《化工学报》、AIChE Journal、Chemical Engineering Science和Industrial & Engineering Chemistry Research发文分析

Characteristics and trends of chemical engineering research based on bibliometric analysis of typical periodicals——Analysis on Journals of CIESC Journal, AIChE Journal, Chemical Engineering Science and Industrial & Engineering Chemistry Research

基于文献计量方法,利用Scifinder Web数据库,从年发文量、研究机构、索引词、被引文献和施引文献等不同角度对《化工学报》、AICh E Journal、Chemical Engineering Science(CES)和Industrial&Engineering Chemistry Research(IECR)4个国内外主流化工期刊近20年(1996—2015年)发表的49565篇文献,进行了较为全面的探讨,以期为我国化工学科"双一流"建设及同类期刊的发展提供借鉴和参考。中国机构在国际期刊上日益增多的发文量和上升的发文机构排名,显示了近年来国内化工科研强劲的发展势头和国际影响力。同时,国内各机构化工学科的学术研究日益活跃,高水平学术论文成果的产出仅仅集中于少数顶尖科研机构的现象有所变化。《化工学报》与三大主流期刊AICh E Journal、CES和IECR的发文重点及热点基本一致。近10年(2006—2015年),中国机构在"聚合物形态"、"离子液体"、"纳米颗粒"等方面对三大国际期刊发文有较大的贡献。

Using bibliometrical analysis method, this study analyzed the paper productivity, research institutions, index term, cited literature and citation literature of 49565 journal papers published in the journals of CIESC Journal, AIChE Journal, Chemical Engineering Science （ CES） and Industrial ＆ Engineering Chemistry Research （1ECR） during the last 20 years （1996--2015） from Scifinder Web database. It will provide a valuable reference for the construction of ＂Double World-class＂ and the development of academic periodicals in chemical engineering fields. The paper productivity and the ranking of Chinese research institutions were increased, which indicated the strong development momentum and international influence of Chinese chemical research in recent years. At the same time, the academic research of chemical engineering in domestic institutions has become increasingly active. In the past, the high-level academic papers were only published by a few leading scientific research institutions. However, the phenomenon was changed over time. In addition, the research focus and hotspot between the CIESC Journal and the three mainstream journals AIChE Journal, CES and IECR were similar. During recent 10 years （2006-2015）, in the research fields of ＂polymer morphology＂, ＂ionic liquids＂ and ＂nanoparticles＂, the Chinese institutions had larger contribution to the three major international periodicals of chemical engineering.