. Journal. c pressure. Fig. 1shows a set of curves giving the relation oftemperature and resistance for raw water from Chart of Resistance Tests of Water •vf* I inoe of raw river water.--Resistance of eon: make-up water. ISO100 BO 5 eo p a 20500 AJ B, S S 1000 1500 2000 Resistance—ohms per CD. In. Fio. 1 3000 4000 the St. Maurice River and for condensate watermixed with about 25 per cent, of raw waterfrom the same source I sing a logarithmic scale, the curves appearas straight lines, and in many other tests, of Vol. XU, No. 19] REVIEW 413n which the results are not shown in the diagram,i
![. Journal. c pressure. Fig. 1shows a set of curves giving the relation oftemperature and resistance for raw water from Chart of Resistance Tests of Water •vf* I inoe of raw river water.--Resistance of eon: make-up water. ISO100 BO 5 eo p a 20500 AJ B, S S 1000 1500 2000 Resistance—ohms per CD. In. Fio. 1 3000 4000 the St. Maurice River and for condensate watermixed with about 25 per cent, of raw waterfrom the same source I sing a logarithmic scale, the curves appearas straight lines, and in many other tests, of Vol. XU, No. 19] REVIEW 413n which the results are not shown in the diagram,i Stock Photo](https://c8.alamy.com/comp/2AG8PHC/journal-c-pressure-fig-1shows-a-set-of-curves-giving-the-relation-oftemperature-and-resistance-for-raw-water-from-chart-of-resistance-tests-of-water-vf-i-inoe-of-raw-river-water-resistance-of-eon-make-up-water-iso100-bo-5-eo-p-a-20500-aj-b-s-s-1000-1500-2000-resistanceohms-per-cd-in-fio-1-3000-4000-the-st-maurice-river-and-for-condensate-watermixed-with-about-25-per-cent-of-raw-waterfrom-the-same-source-i-sing-a-logarithmic-scale-the-curves-appearas-straight-lines-and-in-many-other-tests-of-vol-xu-no-19-review-413n-which-the-results-are-not-shown-in-the-diagrami-2AG8PHC.jpg)
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. Journal. c pressure. Fig. 1shows a set of curves giving the relation oftemperature and resistance for raw water from Chart of Resistance Tests of Water •vf* I inoe of raw river water.--Resistance of eon: make-up water. ISO100 BO 5 eo p a 20500 AJ B, S S 1000 1500 2000 Resistance—ohms per CD. In. Fio. 1 3000 4000 the St. Maurice River and for condensate watermixed with about 25 per cent, of raw waterfrom the same source I sing a logarithmic scale, the curves appearas straight lines, and in many other tests, of Vol. XU, No. 19] REVIEW 413n which the results are not shown in the diagram, it was found that these line ; were all very nearlyparallel. This would indicate that the samegenera] law applies to all kinds of water. Thecurses have been verified above 100° C. bytests on steam-generators under pressure. Figure 2 shows a section of a 50(H) kw.generator, consisting of a vertical cylindricaltank with an extension at the bottom. The Electric Steam GeneratorThree-plMSO single unit system. Fig. 2 upper part is flanged, and to it is bolted a dishedcover which contains three openings for theporcelain bushings that insulate the threecopper conductors leading to the electrodes. The insulator bushing consists of three parts :two corrugated sleeves, one of which is outsideand the other inside the tank, and a tube insidethese sleeves, the whole being held together bythe shoulder and nut of the conductor passingthrough. The arrangement shown in Fig. 2is for 1300 amps., 2200 volts, 3-phase, 60 cycles, and for a working pressure of 165 lb. persq. in. ; the electric current passes throughfrom both sides of the electrode to the insideand outside cylinders, and to a much smallerextent directly from electrode to electrode. This type of generator requires but little floorspace ; the 5000 kw. generator with electriccontrol apparatus can easily be placed in anarea 10 X 12 ft., and the 18, 000 kw. generator, equal to 1800 boiler horse-power, with all its accessories, needs a floo