Fig. 9 Typical burners for use with air-fuel gas. (a) Radiant type. (b) High-velocity convection type (not water cooled) More

Fig. 13 Externally gas-fired fluidized-bed furnace with self-regenerative burners. 1, retort; 2, heat-exchange chamber; 3, refractory material; 4, insulation; 5, burner No. 1; 6, burner No. 2; 7, reversing valve; 8, filter; 9, cover More

Fig. 10 Total consumption burner. More

Fig. 11 Premix burner. More

Fig. 7 Cokeless cupola showing scrap charging, water-cooled grates, burner location, and so on More

Fig. 11 Mixer-burner system for use with air-fuel gas More

Fig. 16 Lynn ducted low-velocity atmospheric pressure burner rig used for hot corrosion testing More

Fig. 17 Schematic of a low-velocity atmospheric pressure burner rig. TC, thermocouple More

Fig. 18 Untested low-velocity atmospheric pressure burner rig test specimens. (a) Uncoated nickel-base alloys. (b) Coated superalloys More

Fig. 19 Low-velocity atmospheric pressure burner rig test results at 900 °C (1650 °F). The nickel-base alloy (a) and the CoCrAlY-type coating (b) were both attacked by type I hot corrosion. Depletion of an alloy constituent or coating phase was found along a broad front, with an associated More

Fig. 20 Low-velocity atmospheric pressure burner rig pins after 1000 h exposure to combustion gases from fuel containing (a) 0.099 wt% C residue and (b) 0.33 wt% C residue. Increased carbon residue has a vast effect on aluminide coating performance. More

Fig. 22 Schematic of an unducted high-velocity atmospheric pressure burner rig More

Fig. 24 Schematic of high-velocity, high-pressure burner rig More

Fig. 25 Field failure of burner fan impeller due to sensitizing of type 302 austenitic stainless steel near weld zone More

Fig. 14 Compression bend produced in tubing, and special burner used for localized heating of the workpiece before bending. Dimensions given in inches More

Fig. 23 Coating performance of PWA 1480 at 1149 °C (2100 °F), burner rig oxidation. Source: Ref 13 More

Fig. 1 Inductor-crucible furnace (IFC) for glass melting with gas burner for initial heating. Source: Ref 1 More

Fig. 33 Schematic of regenerative radiant tube burner. Source: Ref 19 More

Fig. 17 Silicon carbide recuperator/burner nozzle. Courtesy of Eclipse Combustion More

Fig. 8 Cokeless cupola showing scrap charging, water-cooled grates, burner location, and so on More