8 CHAPTER 1 1957 Guide Resistor, Electric: A material used to produce heat by passing an electric current through it.

152 CHAPTER 8 1957 Guide of organic substances such as tobacco, wood, coal, oil, tar and other carbonaceous materials.

196 CHAPTER 9 1957 Guide; Heat Transmission Coefficients of Building Materials 197 E -2 D ej2 a 15-2 35 sa oi 8a 2 E OO P5 b S .1"S"*5s d D K ?!

274 CHAPTER 12 1957 Guide attics, the combined ceiling and roof coefficient may be used, as described in Chapter 9.

674 CHAPTER 26 1957 GuidtT ;- close or full thread, shoulder, short, and long.

972 CHAPTER 38 1957 Guide it will be much of the time, there will not be sufficient difference in pressure between the coil and the return line to obtain any lifting of the condensate.

1070 CHAPTER 42 1957 Guidje * A discussion by D.

1184 CHAPTER 49 ~ 1957 Guide Table 3.

288 CHAPTER 13 1958 Guide sky radiation and from outdoor-indoor temperature differential for glass areas and exterior, walls and roofs, modified by periodic heat flow or lag factors depending on the type of structure; (2) load due to heat gain through interior partitions, ceilings and floors; (3) load due to ventilation, either natural or mechanical; (4) load due to heat sources within the conditioned space such as people, lights, power equipment, and appliances; (5) load due to moisture transfer through permeable building C.

600 CHAPTER 22 1958 Guide shave been bonded.

688 CHAPTER 26 1958 Guide pressure work.

834 CHAPTER 32 1958 Gaide Nol-SW, 51 No 2" SW, SI No 3 - SW, SI No 3 - DW, 01 ' No4-$W,SI No7-5W,Sl No 7 " DW, 01 Fig. 6.

898 CHAPTER 35 1958 Guide thermal valves act in response to the superheat at the coil outlet, this super heat should be produced with the least possible sacrifice of active evaporat ing surface. .

900 CHAPTER 35 1958 Guide / the inner tube orifices.

924 CHAPTER 36 1958 Guide Complex Refrigeration Cycles The preceding sections have dealt only with refrigeration systems in which there is but one evaporator; compression is accomplished through but a single stage, and expansion proceeds through a single expansion valve.