204 CHAPTER 9 1950 Guide Heat Transmission Through Building Materials,by F.B.

522 CHAPTER 23 1950.Guide -.

924 CHAPTER 45 1950 Guide Design Based on Total Air Flow ' Where the foregoing factors are not known, the usual method of de signing an exhaust system is to base the air flow through the system oh rates of flow (through each hood) which have been found by experience to provide adequate control.

430 CHAPTER 18 1951 Guide/ in balancing the air distribution of the system, a damper should be placed in each leader pipe except one, this latter leader preferably being connected to a room heated at all times, such as a living room.

/240 CHAPTER 11 1952 Guide effective temperature for sedentary persons, as determined at the A.S.H.V.E.

:254 CEUPTER 11 1952 Guide Notes Fon Table 6., The insidfreuleide temperature difference is 70- (-10) or 80 F racept where otherwise noted. b Volume of infiltration, cfh = (no. air changes) x (floor or ceiling area) x (ceiling height). ... e From Equation.Sa. .. . .......

370 CHAPTER 14 1952 Guide are semi-portable.

552 CHAPTER 23 1952 Guide Fig. 15.

858 Type CHAPTER 39 I' Table 3.

982 ' CHAPTER 46 1952-Guide independent of temperature for all temperature ranges.

1020 CHAPTER 48 1952 Guide Table 3.

302 CHAPTER 13 1953 Guide X HEAT SOURCES WITHIN THE CONDITIONED SPACE" People.

666 CHAPTER 31 1953 Guide y Throw Equations for the throw of straight flow side wall outlets have been de veloped' on the basis of the .momentum'theory: " Equation 4 states the throw in terms of the area of the outlet and the:primary air volume.2 - where L = 0.82 -%= .

718 CHAPTER 32 1953-Guide - v k,, = friction loss under actual (operating) conditions, any consistent units

822 CHAPTER 37 1953 Guide of refrigeration developed.