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
eing the path ofconstant pressure and nearly constant specific heat followedin heating the liquid, be the path of vaporization, cd that ofadiabatic expansion, and da that of condensation at con-stant pressure. The cycle Ibcd is that of Carnot, boundedby isothermals and adiabatics alone. It is an…
Heat-engines · Vapors
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