About Atomic Energy Science and Technology

Atomic Energy Science and Technology

Overview and identity

Atomic Energy Science and Technology is a Chinese-language journal of nuclear science and technology published in Beijing. Its Chinese title, in pinyin, is Yuanzineng Kexue Jishu, and it is catalogued internationally under both names, as Yuanzineng Kexue Jishu/Atomic Energy Science and Technology. Its ISSN is 1000-6931, and its articles carry digital object identifiers built on the prefix 10.7538/yzk, the letters yzk abbreviating its Chinese title. Its publisher is the Atomic Energy Press, also rendered the Atomic Energy Publishing House, in Beijing, the specialist publishing house of China's atomic energy sector.

The journal is the general journal of that sector. Bibliometric descriptions of it state that it publishes original research in nuclear science and technology covering physics, chemistry, reactor engineering and technical applications, with the aims of promoting interdisciplinary exchange and economic implementation. In a publishing landscape that also contains narrower Chinese titles for nuclear physics, radiochemistry and isotopes separately, Atomic Energy Science and Technology is the broad title under which the whole atomic energy research community can appear in one journal. This profile does not state a founding year, because none could be verified from the sources examined; what the record does show, through its volume numbering, is a long and continuing run, reaching volume 54 in 2020, volume 59 in 2025 and volume 60 in 2026.

Publisher and place in Chinese nuclear publishing

The Atomic Energy Press in Beijing is the publishing house attached to China's nuclear industry and research system, and it is the publisher both of this journal and of much of the sector's book literature, including institutional histories of the China Institute of Atomic Energy. A journal issued by that press, rather than by a university or a general scientific publisher, is embedded in the atomic energy establishment itself: its editorial standards, its reviewer pool and its readership are those of the institutes, design organisations and universities that carry out China's nuclear research and development.

Scopus-derived bibliometric listings record the journal's coverage from 1993 to 2025, classify it in nuclear energy and engineering, and give it an h-index of 20 with a SCImago Journal Rank of 0.23 in the data examined. Those figures describe a specialist national journal whose influence is exercised mainly inside its own research system. Nuclear science in China, as elsewhere, has historically published much of its most sensitive engineering work in domestic channels, and a Chinese-language journal from the sector's own press is a natural home for reactor, fuel-cycle and instrumentation research that its authors need to place on record for their peers.

Association with the China Institute of Atomic Energy

The journal is closely associated with China's atomic energy research community, and in particular with the China Institute of Atomic Energy, known as CIAE, in Beijing. An account of CIAE prepared for the International Atomic Energy Agency lists the publications and journals organised by the institute, in Chinese or English, and includes among them Science and Technology of Atomic Energy — this journal under a differently ordered English rendering of its title — alongside the Chinese Journal of Nuclear Physics, Nuclear Chemistry and Radiochemistry, and the journal Isotopes. The same account records that CIAE then had some 3,500 employees, about half of them scientists or engineers.

The association is visible in the journal's contents as well as its listings. A single recent issue, volume 59, number 9, of September 2025, carried two substantial review papers authored entirely by CIAE researchers at the institute's Beijing address: a systematic review of the application of artificial intelligence across CIAE's nuclear energy research fields, identifying application gaps, technical bottlenecks and data barriers and setting out the institute's future artificial intelligence research roadmap, and a review of innovative development in nuclear technology applications at CIAE. A journal in which the national institute publishes its own institutional stocktaking is functioning as the community's journal of record, not merely as an external outlet.

The institute behind the community

The China Institute of Atomic Energy was established in 1950 and carries out multidisciplinary research in nuclear science, technology and engineering. Its IAEA account records that its heavy water research reactor and its cyclotron were constructed in 1958, and that those two machines, put into operation that year, were the symbol of China's entry into the atomic age, making CIAE a core institute that has played a pioneer and leading role in its fields. The institute's main activities, as that account summarises them, are research, development and application of nuclear energy and nuclear techniques; fundamental research in basic science on the nucleus, especially low-energy nuclear physics and radiochemistry; and the promotion of non-nuclear applications for the national economy using the institute's technical advantages.

By the time of that account the institute had three research reactors and ten low-energy accelerators, with the China Advanced Research Reactor and the China Experimental Fast Reactor under construction as major new facilities. Its work on applications includes accelerator techniques and irradiation techniques, nuclear electronics and detector techniques, and radioisotope and stable isotope production. A separate 2025 review in this journal adds that CIAE pioneered application-oriented nuclear technology research in China on the basis of the first nuclear reactor and first accelerator established in 1958, and that over more than seventy years it has built a comprehensive disciplinary system encompassing isotopes, accelerators, nuclear detection and electronics, and ionising radiation metrology. The journal's scope mirrors that system almost exactly, which is why the institute's researchers are so prominent in its pages.

Scope: physics, chemistry, reactors and applications

The journal's stated coverage is nuclear physics, nuclear chemistry, reactor engineering and nuclear technology applications. Nuclear physics includes the measurement and evaluation of nuclear data: a 2020 paper in volume 54, by researchers of the Key Laboratory of Nuclear Data at CIAE, reviewed China's nuclear data research progress and prospects, describing nuclear data as a bridge between nuclear basic research and nuclear engineering and technology application, and as an important foundation for nuclear energy development. A companion paper in the same volume reviewed the development of nuclear detector technology in CIAE, recording that the institute has provided more than 67 kinds of detectors and more than 70 kinds of nuclear electronics instruments and devices, several thousand sets in total, for China's nuclear research and development.

Reactor engineering is represented at the strategic as well as the technical level. In 2019 the journal published, in volume 53, number 10, pages 1816 to 1820, a paper on strategic thinking on the development of China's fast reactor and advanced nuclear fuel cycle system, authored by CIAE reactor researchers. Its later volumes continue in the same line, with papers on multi-physics coupling methods for fast reactor fuel assemblies, on system-code modules for fuel-pin cladding failure in sodium-cooled fast reactors, and on the thermal-hydraulics of lead-bismuth fast reactor fuel simulation assemblies. Nuclear technology applications, the fourth branch of the scope, covers the institute's work on isotopes and their products, accelerators and their applications, nuclear detectors and ionising radiation metrology, applied in industry, agriculture, medicine, the environment, public security and frontier scientific research, as the 2025 CIAE review in the journal enumerates them.

Language, identifiers and article record

The journal publishes in Chinese, for the Chinese nuclear research community, and its articles are recorded internationally through the IAEA's International Nuclear Information System, known as INIS, which indexes its papers with their volume, issue, pagination, ISSN and DOI. The DOI pattern is uniform and diagnostic: papers in the journal carry identifiers under the prefix 10.7538 followed by yzk and the year, for example the detector technology review at 10.7538/yzk.2020.zhuankan.0434 and the artificial intelligence review at 10.7538/yzk.2025.youxian.0623. Directory of Open Access Journals records for its recent papers likewise give the full citation, author affiliations and DOI, making its Chinese-language contents discoverable to international nuclear information systems even though the full texts are written for domestic readers.

The volume sequence itself is a piece of verified history. Volume 53 corresponds to 2019, volume 54 to 2020, volume 59 to 2025 and volume 60 to 2026 in the journal's own citations, an unbroken annual progression across those years. The 2020 volume included a special section — the zhuankan component visible in its DOIs — in which the nuclear data and detector reviews appeared, a format the journal uses to gather an institute's or a subfield's work in one place. The September 2025 issue of volume 59 played a similar gathering role for CIAE's reviews of its own artificial intelligence and nuclear technology application programmes.

What its recent contents show

Read together, the journal's recent contents show a research community reporting at every level of its discipline in a single title. At the basic level there is nuclear data evaluation, the unglamorous measurement and compilation work on which all reactor calculation depends. At the engineering level there are fast reactor fuel, thermal-hydraulics and safety-code papers directed at China's advanced reactor programme. At the applications level there are detectors, accelerators, isotopes and radiation metrology, the technologies by which nuclear science reaches medicine, industry and agriculture. And at the institutional level there are strategy and stocktaking papers — the fast reactor and fuel cycle strategy of 2019, the artificial intelligence roadmap of 2025 — in which senior researchers set out, in the community's own journal, where they judge the field should go.

That mixture is the strongest available evidence for the journal's function. A purely archival journal would not carry institutional roadmaps; a purely internal bulletin would not be indexed by INIS and DOAJ or carry standard DOIs. Atomic Energy Science and Technology sits between the two: a formal, citable, peer-facing journal that is also the house record of a national research sector.

Readership and authorship

The journal's readers and authors are the researchers of China's nuclear institutes — pre-eminently the China Institute of Atomic Energy, whose Beijing postcode, 102413, recurs in its author affiliations — together with nuclear engineering departments in Chinese universities, reactor design and fuel-cycle organisations, and specialists in radiation detection, isotope production and nuclear metrology. Its authorship in the issues examined is heavily institutional and collaborative: the 2025 artificial intelligence review carries eighteen CIAE authors, and the nuclear technology applications review fourteen, reflecting review papers written on behalf of whole research programmes rather than individual laboratories.

International readership is real but mediated. Few researchers outside China read the journal in full, but its contents are visible through INIS, the nuclear information system maintained by the IAEA in Vienna, through DOAJ records and through Scopus-derived listings. For anyone reconstructing what China's atomic energy establishment was working on in a given year — which reactor concepts, which detector technologies, which data programmes — those records of this journal are a primary bibliographic source.

Assessment

Assessed strictly on what can be verified, Atomic Energy Science and Technology is the general Chinese-language journal of China's nuclear science sector: published in Beijing by the Atomic Energy Press under ISSN 1000-6931, carrying DOIs under the prefix 10.7538/yzk, covering nuclear physics, nuclear chemistry, reactor engineering and nuclear technology applications, recorded in Scopus-derived listings from 1993 onward, and reaching volume 59 in 2025 and volume 60 in 2026. Its close association with the China Institute of Atomic Energy — the institute founded in 1950 whose first reactor and first accelerator of 1958 marked China's entry into the atomic age, and which lists this title among its own journals — gives it a standing in its field that its modest international citation metrics do not capture. No founding year is claimed for it here, because none was verified; its documented volume run is evidence enough of a long-established title still serving as its community's journal of record.