9" 58) B.
refid# 119mO9K6GbZ0kX2Lo6E2mVQm1 page
FMES1NALD H.
refid# JJ5k0X19wXzaZX0krbR4gnB1X3 pages
I plabvtiff-s exhibit GP-JSO Form 184 tOOM 10-55 MINTXO IM U.k.A.
refid# DvErwd799wMkrVdYe0MGEX2xa1 page
I /f* Tr/i-2 St* Loula Sale* August 13, 1957 General Sales Mr.
refid# kmMNKLJdMvVOVzRvx6gErpx0D1 page
Autovent Fan & Blower Company 1809-23 N.
refid# 0JDrBLqv1Vm9803aB58bg7q2V1 page
KAISER ENGINEERS ^ >:c>cuvwoo ' C Snter-office Mr EM_O_R_A_N_D_UM_^J*'-&*--*>*' to A.
refid# emwnmazzXkYGX7GQ67bnDeO8E2 pages
74 CHAPTER 3 1950 Guide REFERENCES * Thermodynamic Properties of Moist Air, by J.
refid# K641XgLbGBZXaxDkmeZEm2aQQ1 page
192 CHAPTER 9 1950 Guide Table 14.
refid# Znj99zpYnXNnNgzbnv71pv97d1 page
270 CHAPTER 12 1950 Guide weather side (6 = 1 = 4: thermal resistance = 0.28), 1 in. of insulating board, and 4 in. of concrete with no ceiling, when the temperature of the indoor air is 80 F.
refid# zoZOKkNMXreogxBq55LMMrmjn1 page
350 CHAPTER 14 o 8 o o CttOCIFIC VALUE Of FUEL ta 5 2 J} 5 B.T.U.
refid# jN82bXm7nLXLaRMaYRzaeGmyZ1 page
744 CHAPTER 35 1950 Guide brine circuit may be dictated by the head available from a given size of pump and pump,motor.
refid# oMm7NELjrDwB0kB8J9LwNx2181 page
84 CHAPTER 4 1951 Guide ?
refid# 718Eo9j30ODB45aMeDxE8rNJ81 page
168 'CHAPTER 8 1951 Guide Table 6.
refid# DdDkZZ82y9JyeLoxnm2XbMLzd1 page
248 CHAPTER 11 1951 Guide Transmission Loss Through Ceilings and Roofs The transmission heat loss through top floor ceilings, attics, and roofs may be estimated by either of two methods: 1.
refid# enD0QkXkyZd9QZo9pwyzGeBG1 page
834 CHAPTER 38 1951 Guide; or in*the return air; or both, and they may be associated with thermostats or hygroatats in the conditioned spaces. 5.
refid# 6bVzbbKOyYkoMxjdwzk9rrEM61 page