. Bulletin of the scientific laboratories of Denison University. Advance iron thermo-couple Current goes from advance t tions (e) and (g) at 0. S = volts per mm (fig. 10). Resistance, .734 ohms. ,0 iron in the hot junction. Jurc- 6000 ohms. So (d) = .00006177 .000000 .000780 .000872 .001008 .004050 .004970 .006680 .007890 .009610 .0106SU .011970 .013000 .014170 .015070 .015770 .016160 — From^;^^^ = 1375 +18769c =. .01
. Bulletin of the scientific laboratories of Denison University. Advance iron thermo-couple Current goes from advance t tions (e) and (g) at 0. S = volts per mm (fig. 10). Resistance, .734 ohms. ,0 iron in the hot junction. Jurc- 6000 ohms. So (d) = .00006177 .000000 .000780 .000872 .001008 .004050 .004970 .006680 .007890 .009610 .0106SU .011970 .013000 .014170 .015070 .015770 .016160 — From^;^^^ = 1375 +18769c =. .01616 h = X 10-*^ c = X 10-^ = .03333 and E^'-^ =2976 + 88209c. Fig. 12. Upper curve-Nickel-Lead Junction. Lower curve-Iron-Lead Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Denison University; Denison Scientific Association. Granville, Ohio : [The University]
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