Journal: Scientometrics

Volume 129, Issue 11

6477 -- 6531Ziyan Zhang, Junyan Zhang, Pushi Wang. Measurement of disruptive innovation and its validity based on improved disruption index
6533 -- 6549Krzysztof Szczygielski, Jerzy Mycielski. The mutual reinforcement of scientific and technological knowledge - a technology-level analysis
6551 -- 6570Xiuping Lai, Libing Nie. Maturity of knowledge inputs and the breakthrough of key core technology
6571 -- 6596Xiaoyu Chen, Yang Liu, Zhenxin Cao, Xiaopeng Li, Jinde Cao. H-core decomposition for directed networks and its application
6597 -- 6628Shiji Chen, Kaiqi Zhang, Junping Qiu, Jiaqi Chai. Interdisciplinarity and expert rating: an analysis based on faculty opinions
6629 -- 6657Chung-Huei Kuan, Ssu-Yu Liao. Assessing main paths by uncovering their coverage with key-node path search
6659 -- 6674Jianlin Zhou, Jinshan Wu. Measuring hotness transfer of individual papers based on citation relationship
6675 -- 6691Huu Dat Tran, Pham Phuong Uyen Diep, Nabila Mushtarin. "Insert witty catchphrase here!": do title elements influence engagement and citation? - examining highly-cited research articles in media, communication, and related disciplines
6693 -- 6718Yves Fassin. Research on bibliometrics and the World's leading universities
6719 -- 6750Jinqing Yang, Xiufeng Cheng, Guanghui Ye, Yuchen Zhang. Understanding scientific knowledge evolution patterns based on egocentric network perspective
6751 -- 6777Kai Nishikawa, Hitoshi Koshiba. Exploring the applicability of large language models to citation context analysis
6779 -- 6812Xiaobo Tang, Xin Du, Qiongfu Wang, Jialin Wu. Intelligent recognition of high-quality academic papers: based on knowledge-based metasemantic networks
6813 -- 6837Zhifeng Liu, Chenlin Wang, Ruojia Wang. From bench to bedside: determining what drives academic citations in clinical trials
6839 -- 6866Shilpa Verma, Sandeep Harit, Kundan Munjal. SRRS: Design and Development of a Scholarly Reciprocal Recommendation System
6867 -- 6888Manuel Goyanes, Luis de Marcos, Adrián Domínguez-Díaz. Automatic gender detection: a methodological procedure and recommendations to computationally infer the gender from names with ChatGPT and gender APIs
6889 -- 6907Alicia Moreno-Delgado, Marlon Cárdenas-Bonett, Óscar de Gregorio-Vicente, Julio Montero. Mapping scientific mobility in leading Eurozone economies: insights from ORCID data analysis
6909 -- 6929Zhaoping Yan, Kaiyu Fan. An integrated indicator for evaluating scientific papers: considering academic impact and novelty
6931 -- 6946QingQing Zhou. Evaluating book impacts via integrating multi-source reviews
6947 -- 6973Karel Hrazdil, Jeong-Bon Kim, Frederick H. Willeboordse. Systematic bias in citing practices: evidence from accounting journal additions to the FT list
6975 -- 7003Masaru Nishikawa, Daisuke Sakai, Akira Matsui. The impact of the internationalization of political science on publishing in two languages: the case of Japan, 1971-2023
7005 -- 7033Thomas Cowhitt, Joshua Travis Brown, Anthony Lising Antonio. The emergence and evolution of ambiguous ideas: an innovative application of social network analysis to support systematic literature reviews
7035 -- 7054Zhuanlan Sun, Chenwei Zhang, Ka Lok Pang, Ying Tang, Yiwei Li. Do Changes in Journal Rank Influence Publication Output? Evidence from China
7055 -- 7081Massimo Aria, Corrado Cuccurullo, Luca D'Aniello, Michelangelo Misuraca, Maria Spano. Comparative science mapping: a novel conceptual structure analysis with metadata
7083 -- 7106Puyu Yang, Ahad Shoaib, Robert West 0001, Giovanni Colavizza. Open access improves the dissemination of science: insights from Wikipedia
7107 -- 7129Daniel Egret, Lauranne Chaignon, Domingo Docampo. Mapping the paths of highly cited researchers: a comprehensive look at the 2023 cross-field distribution
7131 -- 7152Enrique Orduña-Malea, Cristina I. Font Julián, Jorge Serrano-Cobos. Open access publications drive few visits from Google Search results to institutional repositories
7153 -- 7160Petr Praus. Analysis of journal rankings confirms that more cited articles contain more references
7161 -- 7165Lutz Bornmann, Lingfei Wu, Christoph Ettl. The use of ChatGPT for identifying disruptive papers in science: a first exploration
7167 -- 0. Extraction and Evaluation of Knowledge Entities from Scientific Documents
7169 -- 7174Chengzhi Zhang, Philipp Mayr 0001, Wei Lu, Yi Zhang 0095. An editorial note on extraction and evaluation of knowledge entities from scientific documents
7175 -- 7195Yujie Zhang, Rujiang Bai, Ling Kong, Xiaoyue Wang. 2SCE-4SL: a 2-stage causality extraction framework for scientific literature
7197 -- 7228Dongin Nam, Jiwon Kim, Jeeyoung Yoon, Chaemin Song, Seongdeok Kim, Min Song 0001. Examining knowledge entities and its relationships based on citation sentences using a multi-anchor bipartite network
7229 -- 7259Mengjia Wu, Yi Zhang 0095, Mark Markley, Caitlin Cassidy, Nils C. Newman, Alan L. Porter. COVID-19 knowledge deconstruction and retrieval: an intelligent bibliometric solution
7261 -- 7285Nina Smirnova 0001, Philipp Mayr 0001. Embedding models for supervised automatic extraction and classification of named entities in scientific acknowledgements
7287 -- 7328Junsheng Zhang, Xiaoping Sun, Zhihui Liu. Measuring the evolving stage of temporal distribution of research topic keyword in scientific literature by research heat curve
7329 -- 7358Chao Yu, Chuhan Wang, Tongyang Zhang, Yi Bu 0001, Jian Xu 0003. Analyzing research diversity of scholars based on multi-dimensional calculation of knowledge entities
7359 -- 7384Zhongyi Wang, Jing Chen 0014, Jiangping Chen, Haihua Chen 0002. Identifying interdisciplinary topics and their evolution based on BERTopic
7385 -- 7416Xiaoli Cao, Xiang Chen, Lu Huang, Lijie Deng, Yijie Cai, Hang Ren. Detecting technological recombination using semantic analysis and dynamic network analysis
7417 -- 7442Tingting Wei, Danyu Feng, Shiling Song, Cai Zhang. An extraction and novelty evaluation framework for technology knowledge elements of patents