Data present a comparison of the computed thermal conductivity against published data (Murphy et al.)
Description of the table:
column 1: Plasma temperature (K),
column 2: Thermal conductivity (W/m/K) for a mixture Ar:H_2=1:1,
column 3: Thermal conductivity (W/m/K) for a mixture Ar:H_2=1:3 ,
column 4: Thermal conductivity (W/m/K) for a mixture Ar:H_2=3:1,
column 5: Thermal conductivity (W/m/K) for pure Ar,
column 6: Thermal conductivity (W/m/K) for pure H_2,
column 7: Plasma temperature (K),
column 8: Thermal conductivity (W/m/K) for a mixture Ar:H_2=1:1 (Murphy),
column 9: Plasma temperature (K),
column 10: Thermal conductivity (W/m/K) for pure Ar (Murphy),
column 11: Plasma temperature (K),
column 12: Thermal conductivity (W/m/K) for pure H_2 (Murphy).
Primary tabs
Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig14a
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Resources
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig2a
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig2b
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig3a
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig3b
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig4a
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig4b
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig5a
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig5b
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig6a
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig6b
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig6c
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig6d
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig6e
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig8
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig9a
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig9b
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig9c
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig9d
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig10a
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig10b
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig10c
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig10d
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig11a
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig11b
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig11c
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig12
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig13a
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig13b
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig14a
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig14b
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig14c
- Effect of a spatially fluctuating heating of particles in a plasma spray process - Fig14d
Additional Information
| Field | Value |
|---|---|
| mimetype | text/csv |
| filesize | 21.2 KB |
| resource type | file upload |
| timestamp | Oct 06, 2022 |
| Resource filetype | csv |
| Resource datatype | data table |
| Resource range | Computed thermal conductivity: 0.056 - 19.124 W/m/K Gas temperature: 300 - 30000 K |
| Resource quality | published |