基于文献计量分析磷渣资源化的研究动态

Research trends analysis of utilization of phosphorus slag based on the literature metrology

磷渣(或称黄磷炉渣)是电炉法制备黄磷过程中的固体废物,对其资源化的研究具有广阔的前景,但目前国内外对磷渣资源化的研究动态还不够系统和深入。本文针对ISI Web of Knowledge中的Science Citation Index Expanded(SCI-E)引文数据库和CNKI中国期刊全文数据库,采用文献计量学方法对主题词为"磷渣"或"黄磷炉渣"的相关文献进行统计分析,以客观反映磷渣资源化领域的发展现状。结果表明,国外的研究文献数量处于上升趋势,学科理论进一步发展;国内的研究文献数量则呈现不规则震荡,理论较为完善。在国际上中国在该领域的发文量位居第一;MARUOKA N发文量最多;日本东北大学在该领域的发文量位居第一,在国际上占有重要地位。国内苏毅对该领域有较深的研究;昆明理工大学对该领域的研究较为频繁。对磷渣资源化的研究主要集中于水泥工业、农用硅钙肥、制砖、微晶玻璃等产品,分析结果为磷渣资源化的研究和实践提供理论支撑。

Phosphorus slag or yellow phosphorus slag is a kind of solid waste in the process of yellow phospho- rus production with electric furnace, on which the resource ultilization study has a broad prospect; however, the re- search in this field is not thorough enough broad and home. Literatures containing keyword of phosphorus slag or yellow phosphorus slag indexed by SCI-E Citation Database and by Chinese Journal Full-Text Database retrieval （CNKI） were statistically analyzed by bibliometric methods to find out the development status and trend of the nu- merical of phosphor slag utilization. The results showed that the number of foreign research literature is rising and further discipline theory development overseas; irregular oscillation in the number of domestic research literature is revealed and it is shown that the theory has been fully developed in China. In this field, China published the most work all over the world, the most productive author was proved to be MARUOKA N, Tohoku University ranked first in terms of the number of work published and holds an important position in the international sense. Su Yi in his abundant work has shown deep insight in this field in China; Researchers from Kunming University of Science and Technology have engaged more frequently in this filed of research. The researches of phosphorus slag have focused on cement industry, agricultural silicon-calcium fertilizer, brick manufacturing, glass-ceramic products and so on, the analysis results of this work provide theoretical support for the research and practice of phosphorus slag re- source reuse.