Magnetic Proper Ties Versus A110 Tropic-Transformations Of Iron Alloys

The American Institute of Mining, Metallurgical, and Petroleum Engineers
T. D. Yensen
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
7
File Size:
230 KB
Publication Date:
Jan 1, 1931

Abstract

EFFECT OF ELEMENTS ON MAGNETIC PROPERTIES OF IRON THE elements aluminum,1 arsenic,2 silicon,3 tin2 and vanadium,4,8 when used in relatively small amounts as alloying elements, seem to have a beneficial effect on the magnetic properties of iron-i. e., they increase the maximum permeability and decrease the coercive force-whereas there are definite indications that boron,5 carbon,6 nitrogen,7 oxygen,8' phosphorus,6 sulfur6 and titanium,4 as well as the metals of and adjacent to the ferro-magnetic group, nickel,9 cobalt,10 copper,11 and manganese,6 have a detrimental effect on these properties. The effects of calcium4 and magnesium4 are small, if any, while the effect of chromium 12 in small amounts is unknown and in large amounts is generally detrimental.
Citation

APA: T. D. Yensen  (1931)  Magnetic Proper Ties Versus A110 Tropic-Transformations Of Iron Alloys

MLA: T. D. Yensen Magnetic Proper Ties Versus A110 Tropic-Transformations Of Iron Alloys. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1931.

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