square cm / Kharkov Institute of Physics / Kharkov National University / Kharkiv National University / /
IndustryTerm
neutron energy / detection systems / high-energy gamma-rays / absorbed energy / track energy / activity measurement systems / activation products / low energy / austenitic steel / high-energy gamma rays / fuel fission products / energy range / maximum energy value / energy intervals / emitted energy / steel wall radiation spectral distribution / high-energy radiation registration / predetermined energy range / travel time / maximum energy / given energy / high-energy / neutron threshold energy / steel pipe / high-energy component / incident neutron energy / metal structures / Energy spectrum / erosion products / coolant travel time / cylinder accounting / high-energy part / fission products / steel walls / energy distribution / cylinder steel walls / steam-line steel walls / energy ranges / high-energy neutrons / energy / /
Organization
Kharkov National University / National Science Center / Kharkiv National University / Kharkov Institute of Physics and Technology / /
OPTIMIZATION OF THE DETECTION SYSTEM FOR 16 N