134 CHAPTER 6 1950 Guide " Physiological Response of Subjects Exposed to High Effective Temperatures and Elevated Mean Radiant Temperatures, by C.

338 CHAPTER 14 1950 Guide air is pumped as a spray through the nozzle at a pressure of 2 to -7 psi.

340 CHAPTER 14 1950 Guide Fio. 16.

452 CHAPTER 20 1950 Guide The control valve may be of the automatic modulating or floating type governed thermostatically from selected control points in the building, or it may be a special pressure reducing valve which will maintain the desired sub-atmospheric pressures by continuous flow into the heating main, in some systems radiator supply valves include adjustable orifices or are equipped with regulating orifice plates.

792 CHAPTER 36 1950 Guide Capaott Tonb 0 to 5 5 to 25 25 to 50 50 to 400 400 and Over Table 7.

838 CHAPTER 39 1950.

898 CHAPTER 43 1950 Guide Low A vg H igu Low A vg H igh Low H igh $700 400 400 400 CKM Supply A ir .

114 CHAPTER 6 1951 Guide!

146 CHAPTER 7 1951 Guide it a range of. 55 to 60 percent relative humidity and'72 to 80 F temperature.

446 CHAPTER 19 Fig. 3.

656 CHAPTER 31 1951 Guide Air Duct Design 657 CU FT OF AIR PER MINUTE CU FT OF AIR PER MINUTE Fig. 1.

954 CHAPTER 46 1951 Guide Fiber saturation point is the moisture content of cellular materials (wood, etc.) at which the cell walls are completely saturated while the cavities are liquid-free.

1014 CHAPTER 48 1951 Guide tively steaming part of a boiler, the heat transfer may be twice as great as would be obtained if the water surrounding the coil were circulating slowly.

238 CHAPTER 11 I^ 1952 Guide Table 1.

326 CHAPTER 13 1952 Guide l door, and by leaks in the setting, whereas the gases leave only through the outlet.