Measurement of the release of limiter material (Cr) by means of laser induced fluorescence in unitor

Reinhold, G.; Hackmann, J.; Uhlenbusch, J.

doi:10.1016/0022-3115(84)90358-1

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Measurements Of Impurity Influx and Outflux1

Fig 57b Temperature Dependence Of the Sputtering Yield Of Ca...1

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1987

1991

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“…Laser induced fluorescence [103,131,191,[429][430][431] (see Section 2.2.6) is a powerful technique for measuring $ in . Indeed, this technique measures separately the impurity number density in front of the source and the velocity distribution (via Doppler shifts), from which $ in can be calculated.…”

Section: Measurements Of Impurity Influx and Outfluxmentioning

confidence: 99%

“…The JET metal influxes have also been quantitatively explained [198]. Studies of metal impurity production have been reported for a number of tokamaks, and the influx rates have generally been accounted for by known sputtering processes: Tuman-3 (Fe, Ni) [436], ISX-B (Be, Cr, Ti, Fe) [191,363], ALCATOR-C (Mo) [437], TEXTOR (Cr, Fe) [38,131,438], UNITOR (Cr) [429], ASDEX (Fe, Ti) [359,361], Dili (Ti) [439].…”

Section: Fig 57b Temperature Dependence Of the Sputtering Yield Of Ca...mentioning

confidence: 99%

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