Magnetic And Other Properties of Iron Aluminum Alloys Melted in Vacuo

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Magnetic And Other Properties of Iron Aluminum Alloys Melted in Vacuo
Trygve D Yensen
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COMPARED WITH UNCONTAMINATED ALLOYS. 'ANNEALED AT 1100 DEGREES C.
PROPERTIES OF IRON-ALUMINUM ALLOYS MELTED IN VACUO 37 the production of high permeability, low hysteresis iron. The trans- formation of all the iron into a-iron is then a foregone conclusion.
Turning now to P^g. 11, it is seen that the maximum permeability for the unannealed alloys varies from 3500 for pure iron to 600 for a 6 per cent alloy. After the alloys have been annealed at 900 degrees these values (See Frg. 12) increase t
...o 24, 000 and 13, 000, respectively. The annealing at 1100 degrees (Fig. 13), although not materially affecting the pure iron, raised the maximum permeability of the 6 per cent alloy to 1. 7, 000 and that of the 0. 4 per cent alloy to about 40, 000. The maximum permeability is thus increased ten to thirty times, and the permeability for B = 15, 000, two to ten times by anneal- ing at 900 degrees. No further improvement takes place by annealing at higher temperatures: in fact, alloys low in aluminum show an actual decrease in annealing at 1100 degrees (see Fig.

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