Thermodynamics HW Solutions 870

Thermodynamics HW Solutions 870 -...

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Chapter 11 Fundamentals of Thermal Radiation 11-22 "!PROBLEM 11-22" "GIVEN" "T=3200 [K], parameter to be varied" lambda_1=0.40 "[micrometer]" lambda_2=0.76 "[micrometer]" "ANALYSIS" E_b_lambda=C_1/(lambda^5*(exp(C_2/(lambda*T))-1)) C_1=3.742E8 "[W-micrometer^4/m^2]" C_2=1.439E4 "[micrometer-K]" f_lambda=integral(E_b_lambda, lambda, lambda_1, lambda_2)/E_b E_b=sigma*T^4 sigma=5.67E-8
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Unformatted text preview: "[W/m^2-K^4], Stefan-Boltzmann constant" T [K] f 1000 0.000007353 1200 0.0001032 1400 0.0006403 1600 0.002405 1800 0.006505 2000 0.01404 2200 0.02576 2400 0.04198 2600 0.06248 2800 0.08671 3000 0.1139 3200 0.143 3400 0.1732 3600 0.2036 3800 0.2336 4000 0.2623 1000 1500 2000 2500 3000 3500 4000 0.05 0.1 0.15 0.2 0.25 0.3 T [K] f lambda 11-8...
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