PADF-2. Data for stable isotopes of Ca, Cr, Fe, and Ni

The cross-sections for the interaction of protons with calcium, chromium, iron, and nickel isotopes were obtained at energies from the reaction threshold to 200 MeV. The work included calculations using different models and computer codes, analysis of experimental data, and evaluation of cross sections. For reactions for which no experimental data are available, the cross-sections were estimated by analyzing the calculated data, taking into account the quality and predictive power of various models in different energy ranges. The resulting files can be downloaded from the https://t1p.de/3vzun website

Arc-dpa and NRT displacement cross-sections for neutron irradiation of materials from Be to Bi calculated using JEFF-4T1, ENDF/B-VIII, JENDL-5, and TENDL-2021 data

Atomic displacement cross-sections for an advanced assessment of radiation damage rates were calculated for materials from Be to Bi using the arc-dpa model and NRT model, and data from JEFF-4T1 test library, the ENDF/B-VIII, JENDL-5, and TENDL-2021 libraries at neutron incident energies from 10-5 eV to the maximum available energy. Obtained cross-sections were extended to 200 MeV using TENDL-2021 data and earlier TENDL versions. Data prepared in ENDF/B and ACE format are available on the site https://bit.ly/3L8ZlH

Proton activation data file PADF-2. Targets with atomic numbers from 6 to 15

A new version of the Proton Activation Data File, PADF-2, has been prepared for targets from carbon to phosphorus. The file contains cross-sections of all protoninduced reactions occurring at primary energies up to 200 MeV. The new data were obtained using all available experimental data and results of calculations using modern nuclear models and up-to-date versions of computer codes. A preliminary version of the file can be downloaded at: https://t1p.de/3vzu

Improved modelling of alpha-particle emission in nucleon induced reactions

This report discusses the phenomenological approach proposed to estimate the contribution of direct processes to the emission of α-particles in nucleon induced reactions. Using available measured energy distributions, the values of the parameters required for the calculations are obtained. The analysis was performed using the TALYS code

Evaluated data file for neutron irradiation of Ta-181 at energies up to 200 MeV

New evaluated data file for 181Ta irradiated with neutrons at energies up to 200 MeV has been prepared. The data evaluation has been done using the results of calculations, measured data, systematics predictions, and covariance information. Calculations have been performed using a special version of the TALYS code implementing the geometry dependent hybrid model and models for the non-equilibrium light cluster emission. The TEFAL code and the FOX code from the BEKED package have been used for the formatting of the data