Heating Ventilating Air Conditioning Guide 1950

22 CHAPTER 2 1950, Guide IDENTIFICATION OF PIPING SYSTEMS BY COLOR The color scheme for identification of piping systems-listed in the.foUowx mg table and shown in Fig.

120 CHAPTER 6 1950 Guide and air motion are most important.

380 CHAPTER 16 1950 Guide where H = height of chimney, feet.

414 CHAPTER 17 1950 Guide.

716 CHAPTER 34 1950 Guide velocity in a complete and nearly horizontal circle.

750 CHAPTER 35 " 1950 Guide where ' U = overall coefficient of heat transfer, Btu per (hour) (square foot external sur face) (Fahrenheit degree mean temperature difference between air and fluid within the coil).- fi = film coefficient of heat transfer between the internal surface of the coil and the. fluid flowing within the coil, Btu per (hour) (square foot internal sur face) (Fahrenheit degree mean temperature difference.between that surface and the average fluid temperature).

152 CHAPTER 7 1951 Guide atelectasis, asphyxia and asthma.

236 CHAPTER 11 1951 Guide Table 1.

246 CHAPTER 11 1951 Guide plant warms the air near the basement ceiling sufficiently to make it un necessary to make an allowance for floor heat loss from rooms located over the basement.

736 CHAPTER 34 1951 Guide Much of the atmospheric water cooling for refrigeration work during the past 30 years has been done with natural-draft deck type towers, also referred to as atmospheric deck towers, see Fig. 6.

756 CHAPTER 35 1951 Guide the thermal valve and is discharged against the end plug in which the indi vidual liquid feeds are closely arranged.

776 CHAPTER 36 1951 Guide the space (or in some cases from a secondary cooling fluid such as brine or cold water) to the refrigerant.

1038 CHAPTER 49 1951 Guide with a microscope, and the method yields important results when the nature or constituents of the dust are of interest.

1080 1951 Guide DeBothezat .Fans Div., American Philip Carey Mfg.