Vapors for heat engines, including considerations relating to the use of fluids other than steam for power generation; a study of desirable vacuum limits in simple condensing engines: methods for computing efficiencies of vapor cycles with limited expansion and superheat; a volume-temperature equation for dry steam, and new temperature-entropy diagrams for various engineering vapors (1912)
Ennis, William D. (William Duane), b. 1877 · New York, D. Van Nostrand Company · leaf 13
Fig. 1.—The Clausius Vapor Cycl< If the upper and low r absolute temperature limits of thecycle be T and t respectively, L and I being the correspondingheats of vaporization, then I . L I bc = y, aq = -; -tand if the specific heat of the liquid be constant and equal to c, I 7 fdH CedT fT dT . T…
Heat-engines · Vapors
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