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Show 3. Essenhigh, R.H., Thekdi, A.C., Malhouitre, G. and Tsai, Y.: "FurnaceAnalysis: A Comparative Study"; Ch. 14 in "Combustion Technology: Some Modern Developments", Academic Press, 1974 4. Essenhigh, R.H. : "Comparative Thermal Behavior of Furnaces and Engines: Prediction of Thermal Efficiency in Real Time"; in Proc. 1989 (Beijing) Conf. on "Thermodynamic Analysis and Improvement of Energy Systems" pp. 116-125; International Academic Publishers (pergamon-CNPIRC); Elsevier Science Publishers B.V., Amsterdam, 1990 5. Essenhigh. R.H., Obloza, J.J., and Hammon, T.K.: Energy and Fuels, 8, 179- 187 (1994) 6. Armstrong, H.C.: Engineer, 144, 445 (1927) 7. Thring, M.W. and Reber, J.W.: J. Inst. Fuel, 18, 12 (1945) 8. Maclellan, D.E., MS Thesis "Thermal Efficiency of Furnaces: A Study of the Effect of Firing Rate and Output"; The Pennsylvania State University, 1966 flle:mcln3 lAlII,I.O·W.e.. AIR INSPIRATING FLOWMIXER A COMBUSTION CHAMBER ~ o IGNITION PORT =~: GAS I"\.OW ,.Tnll .. WA,T. [II WAT[II OUT STACK Fig. 1. Experimental furnace: illustrating burner with fuel mixer; thermal load (water coil); stack; location of suction pyrometer, gas sampling probe, pressure taps, and related equipment. 14 |