Идентификация модели радиационной проводимости полимерных материалов

Информационные технологии. 2022. Т. 28. № 5. С. 233–239.

Тумковский С. Р., Муллахметов И.Р., Пожидаев Е.Д., Саенко В.С.

A technique for identifying a model of radiation conductivity of polymeric materials for chip packages of microelectronic equipment has been developed. On the basis of the developed technique, computer simulation of radiation charging of polymer cases of microelectronic equipment with increased conductivity was carried out. The research results are aimed at the development of composite polymeric materials for chip packages of microelectronic equipment with conductivity that ensures the absence of electrostatic discharges and makes it possible to significantly increase the life of spacecraft.

Keywords: математическое и компьютерное моделирование, идентификация, космические аппараты, identification, mathematical and computer modeling, микроэлектронная аппаратура, radiation conductivity, радиационная проводимость полимеров, электростатические разряды, microelectronic equipment, Space vehicles, electrostatic discharges, radiation charging, радиационное заряжение

Publication based on the results of: Theoretical and experimental studies of electronic and photonic processes in promising heterogeneous structures designed for polymer and perovskite photoconverters in order to increase the efficiency and stability of device characteristics (2022)