作者: P. Wienhold , H.G. Esser , D. Hildebrandt , A. Kirschner , M. Mayer
DOI: 10.1016/S0022-3115(00)00573-0
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摘要: Abstract 13 CH 4 was injected into 18 consecutive ohmic discharges (108 s) through a hole in graphite block equipped with an aluminium plate. and CII radical emission adjacent the observed by spectroscopy, while incremental grow of deposit measured situ colorimetry. SIMS depth profiling yielded fractions C 12 out background. Ratios up to / ≈0.42 were found although deposition efficiency for only about 0.2%. H D co-deposited ratios 0.4 0.2, respectively, as NRA ERDA. The results can be simulated quantitatively means ERO-TEXTOR code if high re-erosion is assumed hydrogen rich radicals x + . Within interaction C/C ratio seems become quasi-stationary. transported obstacles creates ≈0.27 after 108 s.