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On the Relation between the Hall Effect and Thermoelectricity in Bismuth and in various Alloys
Published online by Cambridge University Press: 15 September 2014
Extract
I have, in a previous communication to the Society, given results for a number of alloys; these I propose to discuss from the point of view suggested by the title of this paper; I shall also discuss the results published by other experimenters, which relate chiefly to the behaviour of the Hall effect by constant field and variable temperature.
In attempting to explain the transverse effect, we have two things to consider. (1) The direction, and (2) the magnitude. In the following table the metals are arranged in a thermo-electric series as given by Wiedemann; and in the second column the direction and magnitude of the transverse effect in terms of the rotatory coefficient R, according to Ettingshausen and Nernst's results, are given.
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- Copyright © Royal Society of Edinburgh 1897
References
page 146 note * Proc. Roy. Soc. of Edin., 1895.
page 146 note † Wiedemann's, Lehre von der Electricität, Bd. iiGoogle Scholar.
page 146 note ‡ Sitzungsberichte der kaiserlichen Akademie zu Wien, 1886.
page 150 note * Communications from Physics Lab., Leiden, No. 19.
page 150 note † Philosophical Magazine, 1895.