The phrase "at space scale" is correct and usable in written English.
It can be used when discussing concepts or phenomena that are relevant or applicable on a large, cosmic, or astronomical scale.
Example: "The research focuses on the distribution of galaxies at space scale, revealing patterns that were previously unnoticed."
Alternatives: "on a cosmic scale" or "at an astronomical scale".
China launched a pioneering "hack proof" quantum communication satellite, called Quantum Experiments at Space Scale, on 16 August from its older Jiuquan launch centre in the Gobi Desert.
Only recently, the 600 kg Quantum Experiments at Space Scale (QUESS) Satellite was launched on 17 August 2016, at 17:40 UTC by the China National Space Agency [15, 16].
Quantum Experiments at Space Scale (QUESS), nicknamed Micius after the philosopher, lifted off from Jiuquan Satellite Launch Center at 1 40 AM local time (late yesterday in the U.S). and is currently maneuvering itself into a sun-synchronous orbit at 500 km.
To characterise properly such reactors, experimental data have to be acquired at different space scale or time frequency.
For each of the nine distribution systems under study, important differences were observed between the subject's exposure classification in the two methods based on the closest sampling site, but at a different space scale (methods C and E).
The Belousov-Zhabotinsky reaction represents a good example of a bidomain model that depicts a phenomenon beginning from the microscopic dynamics at a lower space scale, that is, wave propagation in reactive media.
As shown in Table 3, substantial levels of agreement between the methods applied at different space scales were observed for TTHMs and HAA9.
The physical characteristics of the interface are such that in situ determinations provide the most realistic parameter values and at time and space scales, which describe the full heterogeneity of the interfacial environment.
The broad scope of the differences indicates a divergence of process representation at large time and space scales.
This work highlights the need to develop models of floodplain evolution at large time and space scales to complement the improving models of river channel evolution.
