. Applied thermodynamics for engineers. Fig. Art. 200. —Card from ColladonCompressor. Fig. (i4. introducing th3water in a very Jine spray, a somewhat lower value of the exponentwas obtained in the compressors used by Colladon onthe St. Gothard tunnel. Gause and Post (6) have re-duced the value of n to by an atomized 65 shows one of their diagrams, ah I^eing theisothermal and ac the adiabatic. In all cases,spray injection is better than solid stream in-jection. The value n = , above given,was obtained when a solid jet of half-inchdiameter was used. It is estimated tha
. Applied thermodynamics for engineers. Fig. Art. 200. —Card from ColladonCompressor. Fig. (i4. introducing th3water in a very Jine spray, a somewhat lower value of the exponentwas obtained in the compressors used by Colladon onthe St. Gothard tunnel. Gause and Post (6) have re-duced the value of n to by an atomized 65 shows one of their diagrams, ah I^eing theisothermal and ac the adiabatic. In all cases,spray injection is better than solid stream in-jection. The value n = , above given,was obtained when a solid jet of half-inchdiameter was used. It is estimated that errorsof the indicator may introduce an uncer-, Piston leakage would cause anP Art. 200. —Cooling by JetInjection. tainty amounting to in the value ofapparently low value. The comparativeefficiency of spray injection is shown fromthe fairly uniform temperature of dis-charged air, which can be maintained evenwith a varying speed of the the Gause and Post experiments, withinlet air at 81|° F., the temperature of dis-charg
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