S. M. Kapina's Grammar in Speech Patterns for Scientists (Nauka, USSR AS, 1974, 167 p., 20,000 copies): a normative manual for scientific discourse and evidence of publishing culture (errata list on the Nachsatz, careful use, no markings). Uryvaev's Archive.

Grammar in Speech Patterns for Scientists by S. M. Kapina (Moscow: Nauka Publishing House of the USSR Academy of Sciences, 1974. — 167 p. Print run: 20,000 copies) is an academic English‑language resource implementing a methodological strategy of grammar acquisition through typical speech patterns of the scientific register. Published under the Nauka USSR AS imprint, the manual functions as an institutionally verified normative document legitimising specific didactic tactics in the training of scientific personnel and representing the standards of academic communication in the mid‑20th century. From the standpoint of linguodidactics, the manual demonstrates a teaching model based on the principle of speech automation through repeated activation of stable syntactic constructions relevant to scientific genres (abstract, introduction, methods description, data interpretation). This approach reflects the prevailing Soviet methodological paradigm that prioritised analytical language acquisition: the focus lay not on abstract rule knowledge but on developing operational skills to formulate scientific statements, build arguments, and present results in formats accepted in the international academic community. This copy was part of the personal library of the spouses‑scientists Leonid Viktorovich Uryvaev, MD (1939–2026; Scopus ID: 7006016398; ORCID ID: 0000‑0002‑2556‑4924), and his wife Irina Vasilyevna Uryvaeva, D.Biol. (1939–2020; Scopus ID: 7006010900). Its inclusion in their scientific collection allows it to be regarded as an element of the material culture of science and an object of archival documentation of intellectual practice: the presence of a normative English‑language manual in the “working library” signals the systematic maintenance of professional linguistic competence as an essential component of research activity. A significant marker of the publishing culture of the Soviet era is the list of errata and corrections placed on the rear endpaper (Nachsatz). In the terminology of book studies and archival science, such elements are interpreted as evidence of the publication’s verification loop: they legitimised the correction of factual inaccuracies without reprinting the entire run and recorded the dynamics of ensuring textual accuracy. For archival research, this marker possesses high heuristic value, as it reflects the mechanisms for quality control of scientific output within the institutional system of the USSR Academy of Sciences. The physical condition of the copy (seamless‑glued binding, minor creases, absence of ownership marks and marginalia) represents the established academic model of handling normative literature: the book was used in a reference mode as a source of exemplary constructions rather than as an object of intensive study. This usage tactic marks a culture of careful treatment of the scientific artefact as an element of the scholar’s cultural heritage and a component of long‑term research infrastructure. The deposit includes PDF files with systematic photographic documentation: the title page with the publisher’s imprint and bibliographic data (year – 1974; place – Moscow; extent – 167 pages; print run – 20,000 copies), spreads with examples of speech patterns, fragments of typical constructions, the Nachsatz with the errata list, and general views of the copy (binding, endpapers). The dataset includes an additional file with calibration images of S. M. Kapina’s book Grammar in Speech Patterns for Scientists (1974), captured with a scale ruler under natural diffused daylight. These images are intended for metric verification of the book’s dimensions. A 30 cm metal ruler with a millimeter scale was used as a calibration reference and placed parallel to the long and the short sides and the spine of the object. Reflections on the ruler’s surface serve as an additional indicator of lighting conditions and allow researchers to assess potential geometric distortions. Files containing calibration shots are marked with the "_calib" suffix for easy identification and selection during secondary analysis. The dataset adheres to the FAIR principles: it is findable, accessible, interoperable, and reusable for interdisciplinary research in the history of science, book history, and ESP pedagogy. Materials are structured by object type (normative markers, demonstration examples, evidence of publishing and reading culture), which conforms to archival systematisation principles and enables targeted access to specific categories of sources. The manual and the copy as a historical artefact can be used within the following educational and research modules: Module “History of Medical Education” – to demonstrate the standards of language training for scientific personnel in the mid‑20th century, institutional mechanisms for legitimising educational materials (USSR AS imprint), and practices for developing professional linguistic competence among medical researchers. The copy from the scientists’ library illustrates how normative literature was embedded in research routines and supported access to the international knowledge corpus. Module “Comparative Didactics” – to compare the Soviet methodological model (grammar acquisition through speech patterns, priority of analytical reading and translation) with modern approaches to teaching academic English (communicative methodology, focus on productive skills, academic writing). The reference‑style use (no markings, careful handling) provides empirical grounds for conclusions about the didactic attitudes of the era. Module “Research Methodology” – to illustrate ways of verifying scientific knowledge and ensuring the precision of formulations in the Soviet academic tradition. The errata list on the Nachsatz is interpreted as an element of the verification loop, while the manual itself serves as a tool for operationalising access to the English‑language knowledge corpus (through typical constructions and patterns). Students learn source‑analysis methods through the material traces of scholarly practice. Module “Book Studies and Archival Storage” – to study the typology of Soviet scientific publications, structure of bibliographic data, elements of publishing culture (Nachsatz with errata), and tactics for describing and systematising book artefacts in a digital repository. The copy demonstrates the application of archival heuristics: identification of normative, ownership, and material markers, their structuring, and metric recording. Module “Linguistics and Linguodidactics” – to analyse speech patterns of the scientific register, mechanisms of speech automation, and typology of exercises aimed at forming stable syntactic models. The manual exemplifies the principle of material selection based on genre relevance and can be used for comparative analysis of the evolution of methodological attitudes in teaching professional language. The collection is intended for educational use in lectures and seminars, as well as for research in the history of science, methodology of inquiry, comparative didactics, and the cultural heritage of scholars. Through this example, students learn to interpret not only the content of the publication but also the material traces of its use as historical evidence of academic culture and the professional standards of the era. Original photographic images in JPG format are retained in the curator’s local archive; the repository hosts optimised PDF compilations suitable for viewing, citation, and reuse in teaching and research. Soviet‑era publications are considered to be in the public domain. The deposit showcases the copy and its physical characteristics as a historical source and is not intended for commercial distribution of the text. Curator and compiler: Kolyshevskaya Elena Yu., Sechenov University Senior lecturer: https://www.sechenov.ru/univers/all/296968/, ORCID:0000-0002-1655-7116