116.

278 CHAPTER 12 1952 Guide on the weather side will increase the time lag and decrease the instan taneous maximum rate of heat gain.

498 CHAPTER 20 1952 Guide return connections.

610 CHAPTER 27 . 1952 Guide ; Solution: III figuring the heat loss from Equation 2, it is necessary to first make an assumption for the outer surface temperature it and the temperature between thei diatomaceous silica and 85 percent magnesia insulation, so that the'mean tempera ture of each material can be obtained and,the thermal conductivity corresponding to the mean temperature of each material substituted in the formula.

644 CHAPTER 29 1952 Guide 2: Determination of outside air requirements. 3.

, 880 CHAPTER 40 1952 Guide Table 5.

1094 1952 Guide -VACUUM REFRIGERATING Powers Regulator Co., The, 1321 VALVES, Packless SYSTEMS Taylor Instrument Coe., 1326 C.

V'.-- ' ' sy-v 5?

258 CHAPTER, 12 1953 Guide mmiEimnt Heating toad 259!

256 CHAPTER 12 1953 Guide the leeward side.

490 CHAPTER 21 1953 Guide tated as much as possible, as an air bound system will not heat readily nor properly.

618 CHAPTER 27 1953 Guide sizes either cast-iron, cast-steel or some of the steel alloys are employed.

716 CHAPTER 32 1953iGuide than that <at/which ;the`test was conducted, a correction should be made.

818 CHAPTER 37 1953 Guide of refrigerant entering, the evaporator remains unchanged, but the leaving enthalpy increases and, hence, the refrigerating effect increases.

846 CHAPTER 38 1953 Guide the result that water is extracted by the adsorbent and its weight increased, while the moisture content of the gas is correspondingly reduced.