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Energy spectra of antineutrinos coming from $^{232}$Th and $^{233}$Uneutron-induced fission are calculated, relevant inverse beta decay$\bar{{\nu}_e}+p \to n + e^{+}$ positron spectra and total cross sections arefound. This study is stimulated by a hypothesis that a self-sustained nuclearchain reaction is burning at the center of the Earth ("Georeactor"). TheGeoreactor, according to the author of this idea, provides energy necessary tosustain the Earth's magnetic field. The Georeactor's nuclear fuel is $^{235}$Uand, probably, $^{232}$Th and $^{233}$U. Results of present study may appear tobe useful in future experiments aimed to test the Georector hypothesis and toestimate its fuel components as a part of developments in geophysics andastrophysics based on observations of low energy antineutrinos in Nature.Comment: 6 pages in LaTeX and 2 ps figures. Submitted to Physics of Atomic  Nucle

Inverse-beta-decay reaction in the antineutrino flux from the fragments of 232Th and 233U fission