Thermodynamics, Heat Motors And Refrigerating Machines
Thermodynamics, Heat Motors And Refrigerating Machines
De Volson Wood
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(814) For the same cnt-oflf, the isothermal will lie wholly above the adiabatic, and U^ in equation (314) will exceed U in equation (306). In order to secure isothermal expansion it is necessary to heat the air in the cylinder during expan- sion. It is not, however, practical to maintain a uniform temperature in this way. The very low final temperature has, however, in practice been prevented by working the air in one cylinder through a part of the full range of pressures, then exhausting into ...a receiver and there heating it, after which it is worked in a second cylinder. {e) Expansion isothermal a/nd complete. In this case the terminal pressure H (7, Fig. 72, will equal the back pressure H E\ or j?, = p^ in equation (314) ; • •. U^DABC^ OBOE = jp, v^ log^ r = 122.5 t, log^^ r. (315) Weight of air per minute. Let W be the number of pounds of working air necessary to deliver N horse-powers per minute, then, since U is the work in foot-pounds per pound of air, W U^ 33000 iT; ...Tr=??^.
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