Abstract
The possibility of the thermovoltaic effect in a samarium sulfide (SmS) sample of stoichiometric composition that has experienced undergone deformation under the effect of a spherical indenter has been experimentally studied in a temperqature interval of 300–475 K. Generation of electric voltage up to 13 mV at T = 473 K has been observed and explained by the appearance of a concentration gradient of Sm2+ ions in the sample and by a change in the depth of donor levels due to the presence of compressed regions formed on the surface under pressure of an indenter.
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