In the current ecosystem of scholarly communication, effective infrastructures for the responsible and open dissemination of intellectual output are an inevitability, especially for research institutions.
Forschungszentrum Jülich GmbH is one of the biggest research institutes in Europe with about 5,900 employees and publishes its own open access journals.
At ScienceOpen, we are always looking for ways to help maximize the visibility of institutional research output. Today, we are happy to announce that the two Forschungszentrum Jülich open access journals, Journal of large-scale research facilities and Collective Dynamics, are now indexed on ScienceOpen. Here we have compiled a brief description of both journals.
Instruments with DOIs: Journal of large-scale research facilities
The Journal of large-scale research facilities allows large-scale equipment to be cited properly by assigning DOIs to the articles describing them. It covers large-scale equipment from all scientific disciplines and is also mostly intended for use by scientists not affiliated to the institution operating the facilities (dedicated user operation). Furthermore, it provides operators of large-scale research facilities with the opportunity to describe their equipment. In order to keep the focus on the facilities themselves, all articles are published in the name of the operating institution (corporate author). There are now descriptions of more than 120 large-scale facilities from the Helmholtz Association, the large scientific organization of which Forschungszentrum Jülich GmbH is a member.
Among the facilities covered by the journal are:
- MARIA, the magnetic reflectometer with high incident angle
- RESEDA, the resonance spin echo spectrometer
- MEPHISTO, a facility for particle physics with cold neutrons
- TOFTOF, the cold neutron time-of-flight spectrometer
- GALAXI, the gallium anode low-angle x-ray instrument
- BALU, the largest autoclave research facility in the world
Make them citable
Assigning DOIs (digital object identifiers) to research facilities and integrating them into the common system of linking scholarly references makes them:
- Easier to find, cite, link, and identify.
- Easier to track their usage and trace research networks to the facility it is used by.
- Easier to track their evaluations and assess their impact.
Additional benefits include:
- Users of the facilities can cite the equipment unambiguously in their publications with the aid of the article.
- An additional benefit for users is that they do not need to repeat the description of the instrument in each of their papers.
Research on the crossroads and beyond: Collective Dynamics
The peer-reviewed open access journal Collective Dynamics publishes the latest innovations in the fields of pedestrian dynamics, crowds, vehicular traffic, and other systems of self-driven particles, such as molecular motors, animal groups, or agents. Articles are written in a way that makes them accessible to a wide range of scientific disciplines.
- How we form our location and boundary preferences in a crowded elevator or in other confined spaces.
- How energy consumption of both conventional and electrical vehicles can decrease considerably in oversaturated city traffic implementing synchronized flow patterns rather than moving queues at traffic signals.
- Why dyads walk 30% slower than singles, and how ageing affects pedestrian behaviour.
- How to effectively distribute the morning crowd of a metro station and how to recognize weak spots in the infrastructure accordingly.
Being indexed on ScienceOpen will help these journals to reach out to readers and to gain maximum visibility and re-use of the articles.
To learn more about indexing on ScienceOpen, contact us here.