Figure 5a_Space resolved dicarbon Swan Bands emission amplitude 60 slm, 4% CH4, 900 W

Primary tabs

Figure 5a_Space resolved dicarbon Swan Bands emission amplitude 60 slm, 4% CH4, 900 W.txt

Data Preview: Note that by default the preview only displays up to 100 records. Use the pager to flip through more records or adjust the start and end fields to display the number of records you wish to see.

Resources

Figure 2_Uncalibrated overview spectrum
Figure 3_Radially resolved amplitudes and temperatures
Figure 4a_Space resolved gas temperature 60 slm, 4% CH4, 900 W
Figure 4b_Space resolved gas temperature 60 slm, 4% CH4, 1800 W
Figure 4c_Space resolved gas temperature 60 slm, 8% CH4, 1800 W
Figure 4d_Space resolved gas temperature 80 slm, 4% CH4, 1200 W
Figure 5a_Space resolved dicarbon Swan Bands emission amplitude 60 slm, 4% CH4, 900 W
Figure 5b_Space resolved dicarbon Swan Bands emission amplitude 60 slm, 4% CH4, 1800 W
Figure 5c_Space resolved dicarbon Swan Bands emission amplitude 60 slm, 8% CH4, 1800 W
Figure 5d_Space resolved dicarbon Swan Bands emission amplitude 80 slm, 4% CH4, 1200 W
Figure 6a_Space resolved black body emission amplitude 60 slm, 4% CH4, 900 W
Figure 6b_Space resolved black body emission amplitude 60 slm, 4% CH4, 1800 W
Figure 6c_Space resolved black body emission amplitude 60 slm, 8% CH4, 1800 W
Figure 6d_Space resolved black body emission amplitude 80 slm, 4% CH4, 1200 W
Figure 7_Thermal equilibrium mole fractions
Figure 8a_Methane Pyrolysis Kinetics at 1400 K
Figure 8b_Methane Pyrolysis Kinetics at 2100 K
Figure 8c_Methane Pyrolysis Kinetics at 3600 K
Figure C1a_Simulated dicarbon Swan bands Delta v=2
Figure C1b_Simulated dicarbon Swan bands Delta v=1
Figure C1c_Simulated dicarbon Swan bands Delta v=0
Figure C1d_Simulated dicarbon Swan bands Delta v=-1
Figure C1e_Simulated dicarbon Swan bands Delta v=-2
Figure C2_NMSSE between two simulated spectra as a function of the rotational temperature
Figure C3a_NMSSE between two simulated spectra as a function of the rotational temperature and the full width at half maximum Delta v=2
Figure C3b_NMSSE between two simulated spectra as a function of the rotational temperature and the full width at half maximum Delta v=1
Figure C3c_NMSSE between two simulated spectra as a function of the rotational temperature and the full width at half maximum Delta v=0
Figure C3d_NMSSE between two simulated spectra as a function of the rotational temperature and the full width at half maximum Delta v=-1
Figure C3e_NMSSE between two simulated spectra as a function of the rotational temperature and the full width at half maximum Delta v=-2
Figure C4a_NMSSE between two simulated spectra as a function of the rotational and vibrational temperatures Delta v=2
Figure C4b_NMSSE between two simulated spectra as a function of the rotational and vibrational temperatures Delta v=1
Figure C4b_NMSSE between two simulated spectra as a function of the rotational and vibrational temperatures Delta v=0
Figure C4d_NMSSE between two simulated spectra as a function of the rotational and vibrational temperatures Delta v=-1
Figure C4d_NMSSE between two simulated spectra as a function of the rotational and vibrational temperatures Delta v=-2
Figure C5_Boltzmann plot

Additional Information

Field	Value
mimetype	text/plain
filesize	5.54 KB
resource type	file upload
timestamp	Jun 10, 2025