(a)-(c) 2D spatial distribution of the atomic oxygen density inside the jet obtained from the numerical solution of equation (8) for different numbers of consecutive harmonics, N. (d)-(f) Spatially resolved atomic oxygen production rate determined from equation (10). The base frequency is f0 = 13.56 MHz and the peak-topeak value of the driving voltage waveform is kept constant at 500 V. The concentration of the O2 admixture is 0.5 %.
Experimental data are marked as exp
Calculated data are marked as calc
(Figure6a-6c):
x [mm] , y[cm^-3], z[mm]
Calc spatial distribution of the atomic oxygen density for N=1, N=2 and N=4 respectively
(Figure6d-6f):
x [mm] , y[m^-3 s^-1]
Calc spatially resolved atomic oxygen production rate for N=1, N=2 and N=4 respectively
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Figure 6: 2D distribution atomic oxygen
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- Figure 3: 2d space resolved density oxygen
- Figure 4: spatially resolved densities atomic oxygen
- Figure 5: electron impact excitation rate
- Figure 6: 2D distribution atomic oxygen
- Figure 7: spatially resolved absolute densities atomic oxygen
- Figure 8: Normalized spatio-temporal plots of the electron impact excitation
- Figure 9: Measured absolute density profiles of He-I 1s2s 3S1 metastables
- Figure 10: Space and time averaged values of the atomic oxygen density
- Figure 11: Peak and (c) mean atomic oxygen densities as a function of the peak-to-peak value of the applied voltage waveform
- Figure 12: Spatially resolved absolute densities of atomic oxygen
- Figure 13: Normalized spatio-temporal plots of the electron impact excitation rate
Additional Information
| Field | Value |
|---|---|
| mimetype | application/zip |
| filesize | 138.68 KB |
| resource type | file upload |
| timestamp | Jan 26, 2021 |