Magnetic And Other Properties of Iron Silicon Alloys Melted in Vacuo
Magnetic And Other Properties of Iron Silicon Alloys Melted in Vacuo
Trygve D Trygve Dewey Yensen
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17 and 18 give the corresponding values after annealing at 900 C and 1100 C respectively, thus affording means for comparison as to the effect of the various heat treatments. From these three figures it is seen that for H = 50 or above the annealing at 1100 has the effect of de- creasing B by 500 to 1000 gausses for low silicon alloys, while for H = 20 and below the forged condition is decidely inferior to the annealed conditions. Comparing the 900 and 1100 annealing it is seen that for H = 20 ...to H = 0. 5 the 900 annealing is superior for decreasingly lower silicon contents only, and for H = 0. 3 and below the 1100 annealing is superior for the whole range. In general, it may be said that for high magnetizing forces B decreases with in- creasing silicon content, no matter what the heat treatment has been. This was expected to be the case from previous researches on the sat- uration values of iron-silicon alloys. Thus Gumlich and Goerens found that the saturation value 4 IT I max is decreased by 500 gausses for each 1 per cent silicon.
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