Metal-halide lamps in micro-gravity: experiment and model

The results from optical emission spectroscopy experiments of metal-halide lamps under the micro-gravity conditions on board the international space station are compared with the results of a numerical LTE model constructed with the platform Plasimo. At micro-gravity there is no convection which all...

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Published inJournal of physics. D, Applied physics Vol. 41; no. 14; pp. 144024 - 144024 (9)
Main Authors Nimalasuriya, T, Beks, M L, Flikweert, A J, Haverlag, M, Stoffels, W W, Kroesen, G M W, van der Mullen, J J A M
Format Journal Article
LanguageEnglish
Published IOP Publishing 21.07.2008
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Abstract The results from optical emission spectroscopy experiments of metal-halide lamps under the micro-gravity conditions on board the international space station are compared with the results of a numerical LTE model constructed with the platform Plasimo. At micro-gravity there is no convection which allows for easier modelling and for a separate study of the diffusion-induced radial segregation effect, undisturbed by convection. The plasma parameters that were experimentally determined and compared with the model were the Dy atom and ion density, the Hg ion density and the temperature.
AbstractList The results from optical emission spectroscopy experiments of metal-halide lamps under the micro-gravity conditions on board the international space station are compared with the results of a numerical LTE model constructed with the platform Plasimo. At micro-gravity there is no convection which allows for easier modelling and for a separate study of the diffusion-induced radial segregation effect, undisturbed by convection. The plasma parameters that were experimentally determined and compared with the model were the Dy atom and ion density, the Hg ion density and the temperature.
Author Nimalasuriya, T
Kroesen, G M W
Haverlag, M
Beks, M L
Stoffels, W W
Flikweert, A J
van der Mullen, J J A M
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