Journal: Scientometrics

Volume 30, Issue 2-3

373 -- 0Tibor Braun. Foreword
375 -- 384Wolfgang Glänzel, Urs Schoepflin. Little scientometrics, big scientometrics ... and beyond?
385 -- 387Ronald Rousseau. Similarities between informetrics and econometrics
389 -- 392Leo Egghe. Little science, big science... and beyond
393 -- 395Aida Méndez. Thinking about scientometrics
397 -- 399Anthipi Pouris. Is scientometrics in a crisis?
401 -- 406H. Dou. In which business are we?
407 -- 410Jane M. Russell. Back to the future for informetrics
411 -- 413András Schubert. Little scientometrics, big scientometrics - and beyond
415 -- 418Bluma C. Peritz. Little scientometrics, big scientometrics... and beyond
419 -- 424Rémi Barré. Do not look for scapegoats! Link bibliometrics to social sciences and address societal needs
425 -- 428Manuel Krauskopf. Epistemometria, a term contributing to express the meaning and potential methodologies of scientometrics in Spanish speaking countries
429 -- 432H. Eto. Quality assessment of science information research and service
433 -- 437Loet Leydesdorff, Paul Wouters. Crisis or critique?
439 -- 442William E. McGrath. Little scientometrics, big scientometrics ... and beyond
443 -- 445Jean-François Miquel. Little scientometrics, big scientometrics ... and beyond
447 -- 449Arthur J. Meadows. Little scientometrics, big scientometrics ... and beyond
451 -- 453Manfred Bonitz. Promoting scientometrics by international schools
455 -- 460Abraham Bookstein. Scientometrics: New opportunities
461 -- 464R. Todorov. Facts or imposed names on facts?
465 -- 469I. K. Ravichandra Rao. Little scientometrics, big scientometrics ... and beyond
471 -- 480W. A. Turner. rmetrics or infometrics?
481 -- 485Terttu Luukkonen. Are we longing for the golden era lost or for the one to come?
487 -- 493Belver C. Griffith. Little scientometrics, little scientometrics, little scientometrics, little scientometrics, ... and so on and so on
495 -- 504Peter Vinkler. Words and indicators. As scientometrics stands
505 -- 509Quentin L. Burrell. Scientostochastics?
511 -- 516V. S. Lazarev. Notion of a document: A center of "gravity attraction" for getting metricians together
517 -- 520C. Le Pair. Puberty or mid-life crisis
521 -- 527J. Vlachý. Scientometrics - What to do?
529 -- 531Anthony F. J. van Raan. Little scientometrics, big scientometrics ... and beyond
533 -- 537Hildrun Kretschmer. Quantity and quality in 'science of science'
539 -- 541Loet Leydesdorff. Book review

Volume 30, Issue 1

7 -- 22S. Arunachalam, R. Srinivasan, Vidyalakshmi Raman. International collaboration in science: Participation by the Asian giants
23 -- 34Marie-Angèle De Looze. The application of scientometric tools to the analysis of a sector in plant biotechnologies: Nitrogen fixation
35 -- 47Leo Egghe. Bridging the gaps: Conceptual discussions on informetrics
49 -- 64Wolfgang Glänzel, Urs Schoepflin. A stochastic model for the ageing of scientific literature
65 -- 81Guido Van Hooydonk, R. Gevaert, Greta Milis-Proost, Herbert Van de Sompel, Koenraad Debackere. A bibliotheconomic analysis of the impact factors of scientific disciplines
83 -- 95Philippe Jeannin, Joëlle Devillard. Towards a demographic approach to scientific journals
97 -- 104César A. Macías-Chapula. Non-SCI subject visibility of the Latin American scientific production in the health field
105 -- 116O. Makovetskaya, V. Bernadsky. Scientometric indicators for identification of technology system life cycle phase
117 -- 128Bernd Martens, Thomas Saretzki. Quantitative analysis of thematic structures in the field of biotechnology: A study on the basis of conference data
129 -- 145E. Matricciani. Shannon's entropy as a measure of the "life" of the literature of a discipline
147 -- 155Francis Narin. Patent bibliometrics
157 -- 173Ed C. M. Noyons, Anthony F. J. van Raan. Bibliometric cartography of scientific and technological developments of an R & D field - The case of optomechatronics
175 -- 186Bluma C. Peritz. On the heuristic value of scientific publications and their design; A citation analysis of some clinical trials
187 -- 199Floor Rikken, Rein Vos. Searching for adverse drug reactions at the margin of scientific fields - The scientometric detection of peripheral but potentially innovative developments in pharmaceutical research
201 -- 211Adelaida Román, Aida Méndez. The Spanish transition to democracy seen through the Spanish database isoc
213 -- 227Ronald Rousseau. Double exponential models for first-citation processes
229 -- 241Henry Small. A SCI-Map case study: Building a map of AIDS research
243 -- 258T. Söderqvist, A. M. Silverstein. Studying leadership and subdisciplinary structure of scientific disciplines - Cluster analysis of participation in Scientific Meetings
259 -- 267Jean Tague-Sutcliffe. Modelling and forecasting contact time as a measure of item informativeness
269 -- 281William A. Turner, A. Lelu, A. Georgel. Geode: Optimizing data flow representation techniques in a network information system
283 -- 302Peter Vinkler. The origin and features of information referenced in pharmaceutical patents
303 -- 319Roland Wagner-Döbler, J. Berg. Regularity and irregularity in the development of scientific disciplines: The case of mathematical logic
321 -- 332Moshe Yitzhaki. Relation of title length of journal articles to number of authors
333 -- 351Michel Zitt, Elise Bassecoulard. Development of a method for detection and trend analysis of research fronts built by lexical or cocitation analysis
353 -- 361Abraham Bookstein. Towards a multi-disciplinary Bradford law
363 -- 369Hildrun Kretschmer. Coauthorship networks of invisible colleges and institutionalized communities