All Stories

  1. Majorization and the degree sequence of trees
  2. Correction: Using the weighted Lorenz curve to represent balance in collaborations: the BIC indicator
  3. The modified repeat rate described within a thermodynamic framework
  4. Large language models and scientific publishing
  5. Confidence Intervals for Relative Intensity of Collaboration (RIC) Indicators
  6. A proposal for the peer review procedure for funding decisions
  7. Using the weighted Lorenz curve to represent balance in collaborations: the BIC indicator
  8. Do elite scientists play a key role in the genesis of transformative research of “sparking type”? An investigation in the science of science
  9. A bibliometric study of the work of Rosalind E. Franklin (1920-1958)
  10. Measuring the relative intensity of collaboration within a network
  11. Mathematical reflections on Triple Helix calculations
  12. “Sparking” and “Igniting” Key Publications of 2020 Nobel Prize Laureates
  13. COVID-19, the Yule-Simpson paradox and research evaluation
  14. BIBLIOMETRIC TECHNIQUES AND THEIR USE IN BUSINESS AND ECONOMICS RESEARCH
  15. Naukometriya, Nalimov and Mul’chenko
  16. Bilateral Co-authorship Indicators Based on Fractional Counting
  17. The h-index formalism
  18. Describing Citations as a Function of Time
  19. Not cited is not the same as not interesting: an example
  20. Statistics
  21. Indicators
  22. Introduction
  23. Research Evaluation
  24. Journal Citation Analysis
  25. Timeline of Informetrics
  26. Being metric-wise: Heterogeneity in bibliometric knowledge
  27. Nobel Prize winners 2016: Igniting or sparking foundational publications?
  28. Corrigendum to “Is the expertise of evaluation panels congruent with the research interests of the research groups: A quantitative approach based on barycenters” [Journal of Informetrics 9 (4) (2015) 704–721]
  29. Scientific influence is not always visible: The phenomenon of under-cited influential publications
  30. Using h-cores to study the most-cited articles of the twenty-first century
  31. Interrelations among scientific fields and their relative influences revealed by an input–output analysis
  32. Unnormalized and normalized forms of gefura measures in directed and undirected networks
  33. Comments on “Impact coverage of the success-index” by Leo Egghe
  34. Otlet: Forgotten founder of bibliometrics
  35. Egghe'sg-index is not a proper concentration measure
  36. An interpolated h-index
  37. Calculating the Outgrow Index and Similar Structural Indicators: A simple Software Program for Visualizing Outcomes
  38. Averages of impact factors : general contribution
  39. A multi-metric approach for research evaluation
  40. Interestingness and the essence of citation
  41. Basic independence axioms for the publication-citation system
  42. A continuous description of discrete data points in informetrics
  43. A framework for knowledge integration and diffusion
  44. A formal relation between the h-index of a set of articles and their I3 score
  45. The ASIS&T–ISSI “metrics” pre-conference seminar and the Global Alliance
  46. Aggregation properties of relative impact and other classical indicators: Convexity issues and the Yule-Simpson paradox
  47. On indexing in the Web of Science and predicting journal impact factor
  48. Reflections on recent developments of the h-index and h-type indices
  49. Yield sequences as journal attractivity indicators: “payback times” for Science and Nature
  50. The R- and AR-indices: Complementing the h-index
  51. A. Asonuma, Y. Fang and R. Rousseau, ‘Reflections on the age distribution of Japanese scientists’.Journal of the American Society for Information Science and Technology57(3) 2006, 342–346
  52. Q-measures for binary divided networks: An investigation within the field of informetrics
  53. Remarks concerning the Liberman-Wolf bonding number
  54. Diffusion factors
  55. Reflections on the age distribution of Japanese scientists
  56. Key labs and open labs in the Chinese scientific research system: qualitative and quantitative evaluation indicators
  57. Robert Fairthorne and the empirical power laws
  58. Escher Staircases on the World Wide Web
  59. The role of China's English-language scientific journals in scientific communication
  60. Rejoinder: In defense of formal methods
  61. Elementary Statistics for Effective Library and Information Service Management
  62. Size-frequency and rank-frequency relations, power laws and exponentials: a unified approach
  63. Observations concerning the two‐ and three‐year synchronous impact factor, based on the Chinese science citation database
  64. The center of China
  65. Indicadores bibliométricos e econométricos para a avaliação de instituições científicas
  66. Jaccard similarity leads to the Marczewski-Steinhaus topology for information retrieval
  67. Duality in information retrieval and the hypergeometric distribution
  68. Spectral methods for detecting periodicity in library circulation data: A case study
  69. DO A FIELD LIST OF INTERNATIONALLY VISIBLE JOURNALS AND THEIR JOURNAL IMPACT FACTORS DEPEND ON THE INITIAL SET OF JOURNALS? A RESEARCH PROPOSAL
  70. Generalized success-breeds-success principle leading to time-dependent informetric distributions
  71. THE NUMBER OF AUTHORS PER ARTICLE IN LIBRARY AND INFORMATION SCIENCE CAN OFTEN BE DESCRIBED BY A SIMPLE PROBABILITY DISTRIBUTION
  72. A Prediction of the Potential Interlending Demand in the European Community
  73. The Fussler sampling technique
  74. THE NUCLEAR ZONE OF A LEIMKUHLER CURVE
  75. On relative indexing in fuzzy retrieval systems
  76. Evaluation of Research Performance and Scientometric Indicators in China
  77. From a Success Index to a Success Multiplier