An Experimental Investigation of the Thermodynamical Properties of Super-Heated SteamOn the Cooling of Saturated Steam by Free Expansion . THE THERMODYNAMIGAL PHOPERTIES OF SUPERHEATED STEAM. 9 pipe and Vg in the drain pipe, and its value is read by means of a pressure gauge,the siphon from which enters the channel CO at S. The pressure p^ ^^ ^^^ steamafter passing the orifice is regulated by the valve Vg; but as the pressure below thisvalve is the same as that in the air vessel below the condenser, by sufficientlyreducing this pressure in the air vessel by means of the air pump, it is possibl
An Experimental Investigation of the Thermodynamical Properties of Super-Heated SteamOn the Cooling of Saturated Steam by Free Expansion . THE THERMODYNAMIGAL PHOPERTIES OF SUPERHEATED STEAM. 9 pipe and Vg in the drain pipe, and its value is read by means of a pressure gauge,the siphon from which enters the channel CO at S. The pressure p^ ^^ ^^^ steamafter passing the orifice is regulated by the valve Vg; but as the pressure below thisvalve is the same as that in the air vessel below the condenser, by sufficientlyreducing this pressure in the air vessel by means of the air pump, it is possible tomaintain any value of p^, ranging from 2 or 3 lbs. absolute to p^^ the pressure in thechest RR. The steam jacket to cover the channel containing the wiredrawn steam isshown in fig. 4. It was constructed so as to completely surround the channelleading from the orifice to a distance of about 8 inches from the orifice. The portion of the channel surrounded by the jacket is separated from the otherparts of the channel by the orifice plate O at one end, and by a ring of cork orasbestos at the other end pp, fig. 3. It consists of two
Size: 1633px × 1530px
Photo credit: © The Reading Room / Alamy / Afripics
License: Licensed
Model Released: No
Keywords: ., bookcentury1900, bookdecade1900, booksubjectproceed, bookyear1900
