About Journal of Astronautics

Journal of Astronautics

Overview and identity

The Journal of Astronautics (Chinese: 宇航学报; pinyin: Yuhang Xuebao) is a Chinese-language astronautics journal published in Beijing by the Chinese Society of Astronautics. Founded in 1980, it carries ISSN 1000-1328 and covers spacecraft dynamics and control, orbital mechanics, space propulsion, remote sensing and manned spaceflight technology. It is the flagship journal of China's national astronautics society, and its publication run parallels the entire modern history of the Chinese space programme.

Astronautics — the science and technology of spaceflight — is a field in which China is one of only a handful of fully capable nations. The society journal of that field, founded the decade after China's first satellite and publishing through the era of the Tiangong station and the Chang'e lunar missions, is a document of national significance as well as a research journal: its archive records, in Chinese, how the country's space engineering community solved the problems of flight beyond the atmosphere.

History and founding

The journal was founded in 1980 under the Chinese Society of Astronautics, the national professional society for space science and technology. The timing is telling: China had orbited its first satellite, Dong Fang Hong I, in 1970, and by 1980 a maturing programme of launch vehicles, recoverable satellites and communications spacecraft needed a dedicated archival journal distinct from aeronautics titles.

Publication has continued through every subsequent era of the programme — the Shenzhou crewed flights, the Beidou navigation constellation, lunar and planetary missions and the Tiangong space station. Metric services record the journal as long active, with its Scopus-era presence and scientometric profile maintained under Yuhang Xuebao, and the journal continues to publish the dynamics, control and mission-design research of the current programme.

Publisher: the Chinese Society of Astronautics

The Chinese Society of Astronautics is the journal's publisher and sponsor: the national learned society whose membership spans China's space agencies, the great state aerospace corporations, universities and research institutes. A society flagship carries a particular authority — it is the venue its own community recognises as its journal of record — and the Journal of Astronautics holds that position for Chinese spaceflight engineering.

Based in Beijing, the society and its journal sit at the administrative centre of the Chinese space programme, close to the headquarters of the agencies and corporations that design and operate China's spacecraft. The journal's editorial community is drawn from that world, which is reflected in the mission-centred, systems-engineering character of much of what it publishes.

Scope: spacecraft dynamics, control and orbital mechanics

The journal's core is the flight mechanics of spacecraft: orbital mechanics and trajectory design, attitude dynamics and control, rendezvous and docking, formation flying, and the guidance, navigation and control systems that keep a spacecraft pointed, positioned and alive. These are the disciplines that decide whether a mission succeeds, and they have been the journal's centre of gravity throughout its run.

China's programme has given this scope exceptional material. Crewed rendezvous and docking, lunar orbit operations, Mars cruise and landing trajectories, and the assembly of a modular space station in orbit are all, at bottom, dynamics-and-control achievements. The journal is where the methods behind such operations — filtering, control law design, orbit determination, autonomous navigation — are published for the domestic profession in full mathematical detail.

Scope: space propulsion, remote sensing and crewed flight

Beyond flight mechanics, the journal covers space propulsion — the engines and electric thrusters that move spacecraft — remote sensing technology and its spacecraft payloads, and the technology of manned spaceflight: life support, crew systems, space station engineering and the human factors of flight. Its breadth reflects the society's whole remit, from the mathematics of orbits to the engineering of habitats.

That breadth makes the journal a systems-level record. A single volume can move from deep-space trajectory optimisation to station attitude control to remote-sensing satellite design, mirroring the way a space programme itself integrates those specialities into missions. Specialist journals exist for many of the sub-fields; the Journal of Astronautics is the generalist flagship where the astronautics community as a whole publishes.

Indexing and standing

International scientometric services maintain profiles for Yuhang Xuebao / Journal of Astronautics under ISSN 1000-1328, recording its long publication history and citation profile; the journal is also a fixture of the Chinese core-journal system for aerospace, published in Chinese with English abstracts. Care is needed to distinguish it from similarly titled foreign journals, such as the American Journal of the Astronautical Sciences — a different publication entirely.

Within China, the journal's standing is that of a flagship: society-published, founded in 1980, and recognised across the space sector. For external researchers, its indexed presence and bilingual abstracts offer one of the clearest windows into the volume and direction of Chinese spacecraft engineering research, a field whose open literature is otherwise comparatively limited.

The journal and the space programme

More than most journals, this one's history is entangled with a national programme. The decades it spans — experimental satellites, commercial launches, crewed flight from 2003, lunar soft landings, a permanent space station — transformed China into one of the world's three crewed-spaceflight powers, and each transformation generated the engineering literature the journal exists to carry.

It is equally a record of professionalisation. A field that in 1980 was conducted largely inside closed institutes developed, in part through venues like this journal, a public scientific literature with shared methods, standards and citation networks. The journal's archive is thus a source not only for engineers but for historians and analysts of the Chinese space effort.

Readership and authors

Readers are spacecraft engineers, astrodynamicists, control engineers and mission designers in China's space institutes, corporations and universities, together with the graduate students entering the field. Authors come from the same institutions that build and fly China's spacecraft, which gives the journal's contents an applied authenticity: much of it is written by the engineers of flown systems.

That authorship also defines the journal's limits as an open source: work with direct military sensitivity is naturally absent from any open journal, and the Journal of Astronautics publishes the civil and fundamental engineering literature of the field. Within those bounds it is the most complete public record of Chinese astronautics research in the Chinese language.

Place in Chinese aerospace publishing

Founded in 1980, published in Beijing by the Chinese Society of Astronautics, and covering dynamics, control, orbits, propulsion, remote sensing and crewed flight, the Journal of Astronautics is one of the foundational titles of Chinese aerospace publishing — older than most of the programme it now documents, and still its society's flagship.

In the WorldNM directory it is profiled as a Beijing-based Chinese-language magazine-category journal. Its combination of longevity, society authority and proximity to a world-scale space programme makes it one of the most significant specialist journals in this entire rollout.

The journal's contents also document a structural feature of Chinese spaceflight: the integration of the field in a single professional community. In many countries, astrodynamics, propulsion, remote sensing and crewed systems each have separate societies and separate journals; in China, the Society of Astronautics spans them, and its journal publishes them side by side. The result is an archive in which the connections between disciplines — how a propulsion advance changes trajectory options, how a control method enables a sensing mission — are visible in a way that fragmented literatures rarely allow, one reason historians of the programme treat the journal as a primary source.