Thermodynamics of the steam-engine and other heat-engines (1907)
Peabody, Cecil H. (Cecil Hobart), 1855-1934 · New York, J. Wiley & sons; [etc., etc.] · leaf 477
y = V2 X 32.2 X 778 (966.3 + 180.3 - 954.6 - 155.3 = 1370. Assuming the velocity of the water entering the combining-tube will give for the velocity of the jet in the combining-tube 136 feet. _ 1370 + 12.9 X 30I + 12.9 This velocity is equivalent to that produced by a static pressure of 136 X 62.4… … Fig. 97- such an injector can take advantage of further expansion eitherin the steam-nozzle or beyond, the velocity may be greater thanthat computed and a better action might ensue. Unless the exhaust-steam is free from oil its use for feeding WATER-EJECTOR 469 the boiler with an exhaust-steam…
Thermodynamics · Steam-engines · Heat-engines
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