Laboratories, their planning and fittings . 20 30 SECOND FLOOR Figs, i 19 and 120. [Willink and Thicknesse, 178 LABORATORIES. RECENT DESIGNS FOR ADVANCED WORK 179 current rooms, iiiul in the hitter a hirgc hood is provided connected to a flue,to catch the gases from the electric furnaces, from which hood 3000 c. ft, ofair per minute can be extracted. The arrangements special to the electricservice have already been described on pages The building, fittings,electric installation, and apparatus cost respectively jCyooo, ^4000, ^3000,and £ i 200. Applied Electrical Laboratory^
Laboratories, their planning and fittings . 20 30 SECOND FLOOR Figs, i 19 and 120. [Willink and Thicknesse, 178 LABORATORIES. RECENT DESIGNS FOR ADVANCED WORK 179 current rooms, iiiul in the hitter a hirgc hood is provided connected to a flue,to catch the gases from the electric furnaces, from which hood 3000 c. ft, ofair per minute can be extracted. The arrangements special to the electricservice have already been described on pages The building, fittings,electric installation, and apparatus cost respectively jCyooo, ^4000, ^3000,and £ i 200. Applied Electrical Laboratory^ Liverpool University. For an account of this building and the plans shown, the author hasto thank the Uni-versity Registrar andMr. Marchant, fromwhose paper on elec-trical testing thesedetails are building com-prises three floors,shown in Figs. 1213. Following thenumbers on theplans, in the base-ment (i) is a room36 ft. square, setapart for delicatetesting work as faras possible fromsources of vibration;(2) and {4) are respectively small battery and switchboard rooms, while (3)is used for testing lamps ; (5) and (6) are
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Keywords: ., bookcentury1900, bookdecade1920, bookpublisherlondo, bookyear1921
