Transport Properties of Fluorine Ions in BF$_3$

Transport properties of F+ and F- ions in BF$_3$ in DC fields and at room temperature were calculated by using Monte Carlo simulation technique. Previously cross section sets were obtained by using Nanbu theory for resolving between elastic and reactive collision events and then resolving contribution of exothermic processes from available experimental data. We present transport coefficients for the conditions of low and moderate reduced electric fields E/N (E-electric field, N-gas density) accounting for non-conservative processes.