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Spectral radiation at = 2.445 m and with intensity 5.7 kW/(m2.m.sr) enters a gas and travels through the gas along a path length of
Spectral radiation at = 2.445 m and with intensity 5.7 kW/(m2.m.sr) enters a gas and travels through the gas along a path length of 21.5 cm. The gas is at uniform temperature 1100 K and has a spectral absorption coefficient 2.445 m = 0.557 m. What is the intensity of the radiation at the end of the path? Neglect scattering, but include emission by the gas.
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