Development of the intensity integrated across the discharge gap
a) argon; gas flow rate: 400 sccm; 750 nm emission line intensity
b) helium; gas flow rate: 400 sccm; 706 nm emission line intensity
physical meaning of columns n file are given in the header
Primary tabs
Figure 9 data: tempoal development Development of the intensity integrated across the discharge gap at different power values
Resources
- Figure 3 Data Power dissipation voltage dependence
- Figure 4 data Phase angle voltage dependence
- Figure 6 data Electron density as function of dissipated power
- Figure 6 data Components of the power balance equation
- Figure 8 data: phase-resolved emission plots
- Figure 7 data: Bulk and sheath width as function of dissipated power
- Figure 9 data: tempoal development Development of the intensity integrated across the discharge gap at different power values
Additional Information
Field | Value |
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mimetype | application/zip |
filesize | 5.58 KB |
resource type | file upload |
timestamp | Mar 26, 2020 |