SCIENCE AND TECHNOLOGY OF CEREALS, OILS AND FOODS

1. Chinese Science Citation Database (CSCD)
2. A Guide to the Core Journals of China (2023)
3. The Key Magazine of China Science and Technology
4. Chinese Applied Core Journals (CACJ)
5. China Core Agricultural and Forestry Journals
6. Bilingual Communication Project for Chinese STM Journals
7. China Fine Periodical Exhibition
8. Elsevier-Scopus Database
9. Directory of Open Access Journals (DOAJ)
10. EBSCO Research Database
11. Chemical Abstracts (CA)
12. Food Science and Technology Abstract (FSTA)
13. CAB International (CABI) Database
14. Japan Science and Technology Agency Chinese Bibliographic Database (JSTChina)
15. Ulrich's Periodicals Directory (UPD)
16. OA Open Access Model Journal

Visualization Analysis of Research Status and Hot Spots of Phosphine Based on CiteSpace (2004—2023)
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    Abstract:

    Phosphine plays an important role in chemistry, materials science, physics, agriculture and other fields, and is widely used in semiconductor, plastic industry and storage fumigation. In order to systematically sort out the research hotspots of phosphine and deeply understand the research trends in the field of agriculture, this paper has utilized the Web of Science Core Collection database and employed CiteSpace for bibliometric analysis from dimensions such as annual publication output, keywords, authors, and institutions. The results showed that the publication output on phosphine research generally exhibited an upward trend, with research mainly concentrated in fields like chemistry and materials science. In the agricultural field, the United States, Australia, China, Greece, and Brazil occupy leading positions. In addition, attention should be focused on ' Journal of Stored Products Research ', ' Journal of Economic Entomology ' and ' Pest Management Science ' to keep up with the latest research trends in this field. In terms of research hotspots, current efforts are primarily centered on optimizing phosphine fumigation methods and investigating mechanisms of phosphine resistance. The application of RNAi technology in phosphine research may become one of the frontier hotspots in the future. This bibliometric study has emphasized elucidating the research dynamics of phosphine in the agricultural field, providing a systematic analysis of current research that can be utilized by industry professionals and researchers interested in this domain.

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  • Online: November 27,2024
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