THE METHOD OF COMPENSATION OF PARTICLES' INFORMATION USING THE RELAXATION FUNCTION BASED ON THE DIRECT SIMULATION MONTE-CARLO DSMC METHOD

摘要

The present invention relates to a method for preserving information in a direct simulation method based information storage method, comprising: a particle selecting step of selecting particles having a temperature lower than a reference temperature among the particles in the lattice, A relaxation function factor calculating step of calculating a relaxation function factor using the ratio of the particles selected relative to the particles, a temperature change amount calculating step of calculating a temperature change amount using the relaxation function factor, a step of updating the bank temperature And the temperature change amount is calculated by applying a selection particle weight value and a non-selection particle weight value using the relaxation function factor to the particle selected as the particle selected in the temperature change amount calculation step and the non- And a lattice information correction method.