438 CHAPTER 17 1952 Guide -The year under consideration may then be compared, month by month, with the previous year.

496 CHAPTER 20 1952 Guide steam demand occurs, because this maximum demand creates > a slight pressure drop in the service line.

570 CHAPTER 24 1952 Guide vent opening will produce an objectionable draft.

572 CHAPTER 25 1952 Guide heating system exactly balanced to load conditions.

704 CHAPTER 31 1952 Guide ..

980 CHAPTER 46 1952 Guide / - -r- Table 1 gives an approximate classification of materials-which are most likely to obey Equations 19 and 20.

258 CHAPTER, 12 1953 Guide mmiEimnt Heating toad 259!

354 CHAPTER 14 1953 Guide y Bituminous Coal Research, Inc.: .

546 CHAPTER 23 1953 Guide Table 7.

880 CHAPTER 40 1953 Guide'.

,,r FACTSrm fWttlll taAMrtai MyfeM riwim^ TW PiwMm to BWflW MNlltlM af lniwtolM to imwwrt #f S--Jttfto wand** buSHIm* 15 December, 1953.

^ial Hygiene Digest April, 1957 36/i of the controls.

54 CHAPTER 3 1954 Guide ' It is possible to obtain two values for the wet-bulb temperature when this temperature is below 32 F.

248 CHAPTER 12 1954 Guide may. not even produce comfort on cold days; if humidity is to be main tained at 50 percent, the lower temperatures will apply.

f3do CHAPTER 13 1954 Guide ;ciCnt to warrant farther consideration: Tig. 4 offers a simplified schematic 'illustration'showing how the radiative part of the instantaneous heat gain 'is first absorbed bysolid objects, and is hot encountered by the conditioning & equipment as a cooling load until some later time, when it finally appears * in' the5 air stream entering the-equipinen;i While it is true-that some lag also is inherent in convective heat transfer and the time required to change the air in the conditioned space, this is usually of the order of a few minutes to perhaps half an hour.