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The average gamma-ray spectrum $^{114}$Cd after thermal neutron capture in$^{113}$Cd was evaluated in units of mb/MeV. Two approaches are considered forestimation of the average gamma-ray spectrum with normalization of theexperimental data: mean spectra for all gamma-energies were found by averagingfrequency polygon for experimental data histogram, and mean spectra wereestimated as the combination of theoretical values at low gamma-ray energiesand averaging experimental data in high-energy range. The experi mental spectrawere evaluated from the gamma-intensities presented by Mheemeed et al. [A.Mheemeed et al., Nucl. Phys. A 412 (1984) 113] and Belgya et al [T. Belgya etal., EPJ Web of Conf. 146 (2017) 05009]. They were normalized to the averagetheoretical spectrum which was calculated using EMPIRE and TALYS codes. Theprocedure of normalization of the high-energy part of the spectrum wasdescribed. Estimated $\gamma$- spectra for $^{113}$Cd(n,{x$\gamma$}) reactioninduced by thermal neutrons were presented.

Reconstruction of high-energy part of gamma-ray spectrum in thermal neutron capture by $^{113}$Cd