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Determine the emissivity value of the gas (). And calculate the net heat transfer rate in kW/m2. And determine the absorptivity value of the gas

Determine the emissivity value of the gas (). And calculate the net heat transfer rate in kW/m2. And determine the absorptivity value of the gas (a). There is a gas mixture containing 35% HO and 65% N between two large parallel black plates that are 1.25 m apart. The gas mixture has a temperature of 1200 K and a total pressure of 1 atm. Both plates have a temperature of 127C. Note: The two plates only see each other.
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Determine the emissivity value of the gas (E). There is a gas mixture containing 35%H2O and 65%N2 between two large parallel black plates that are 1.25m apart. The gas mixture has a temperature of 1200K and a total pressure of 1atm. Both plates have a temperature of 127C. Note: The two plates only see each other. 1.25m %35H2O+%65N2PT=1atm,TG=1200K 0.06 0.04 0.02 0 1 0.08 0.6 0.3

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