Solving the Optimization Problem for Designing a Pulsed Cryogenic Cell

The paper considers the problem of optimization of the heat source characteristics of the cryogenic cell - a multilayer cylindrical configuration of sandwich type, intended for pulse dosed injection of the working gaseous species into the ionization chamber of the multiply charged ion source. For solving the optimization problem, a hybrid MPI+OpenMP parallel computation algorithm based on the brute force method for finding the maximum of the integral proportional to the number of the evaporated gas molecules from the surface of the cell has been developed and implemented. The solving of the optimization problem for the particular configuration of cells using the supercomputer 'Govorun' has demonstrated the acceleration of calculations by tens and hundreds of times.