UMIST linear system

Source: Wikipedia, the free encyclopedia.

The UMIST Linear System (ULS) is a gas target divertor simulator located on the former

recombination processes of a detached plasma in a hydrogen target chamber.[1]

Research on detached plasma and on its recombination modes is of primary importance in order to design an appropriate divertor region in a future

reactor. The major goal of the ULS as for many other linear divertor simulators, is to reproduce the same temperature and density conditions of the scrape-off layer of a tokamak
in a linear environment and therefore to make easier the study of its properties.

ULS has been used to analyze the molecular activation and the electron-ion recombination modes, and to determine the conditions for their activation: diffusive processes have also been considered. Research on these subjects is still ongoing, and understanding of the elementary processes involved in a detached plasma is still far from being satisfactory.

References

Further reading

  • Kay, Michael J. (1998) A Study of Plasma Attenuation and Recombination in the Gas Target Chamber of a Divertor Simulator. UMIST Ph.D. thesis