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Show (4) Tamburello, N. M•• et ale 1982. liThe Development of a Vegetable and Fruit Dehydration Unit with a Pulse-Combustion Chamber. II Proceedings on Pulse-Combustion Applications, GRI 82/0009.2. Vol. 1, Gas Research Institute. Chicago, Illinois. (5) Corliss. J. M., A. A. Putnam, and O. W. locklin. 1983. Aerovalved PulseCombustion Systems for High Efficiency Commercial/Industrial Boilers. GRI-80/0182, Gas Research Institute, Chicago, Illinois. PB-84-125.061. (6) McAdams W. H., Heat Transmission, McGraw-Hill Book Company, New York, N.Y., 1954 (7) Olsen, R. M., Essentials of Engineering Fluid Mechanics, International Textbook Company, Scranton Pa. 1966 (8) Hollowell, G. T., Belles, F. E., and Kardos, P., "Advanced Appliance Improvement: Hi-Input Commercial Pulse Combustion Water Heater", Annual Report to GRI, No. GRI-85/0279, Nov. 1985 (9) Hottel, H. C., and Sarofim, A. F. Radiative Transfer, McGraw-Hill Book Company, 1967 (10) Francis, W. E., and Roughton, H. E., "Calculation of Flue Gas Recirculation and Heat Transfer in Heaters Using High Velocity Gas Burners", International Developments in Heat Transfer, ASME, 1962, Part 1. Flapper Fuel Valve Air Valve Valve Closed (High Pre •• ure In Combustor) ( 11) Strumpf, H., Kotchick, D., and Coombs, M., "High Temperature Ceramic Recuperator and Combustion Air Burner Programs", Final Report to the Gas Research Institute, No GRI-83/0039, Airesearch Manufacturing Company, February, 1984. (12) Thekdi. A. C., Huebner, S. R., and lukasiewicz, M. A., "Development of an Indirect Gas-Fired High Temperature Heating System", 1984 International Gas Research Conference. (709-718) (13) Telephone communication with Mr. Jim Johns at Bloom Engineering, Pittsburgh Pa. (14) Sonodyne Industries, Inc., Portland Oregon, personal Communication with Mr. Samuel G. N. Duncan. (15) Masters, K., Spray Drying Handbook, 2nd Ed., John Wiley and Sons, New York, 1985. (16) Thrasher, W. A. 1983. Development of a Pulse Combustion Space Heater. GRI83/0061, Gas Research Institute, Chicago, Illinois. PB 84-175, 033. A I r Valve Open (low Pressure In Combustor) Figure 1. Typical Helmholtz-Type Pulse-Combustor Design 44 |