Dissociation of N2 by electron impact in electric and magnetic RF fields

Rate coefficients for electron impact dissociation of the N2 molecule under the influence of crossed radio-frequency (RF) electric and magnetic fields are calculated for field frequencies of 13.56, 100 and 200 MHz and for root mean square values of the reduced electric field strength of 300 and 500 Td. Root mean square values of the reduced magnetic field were varied from 0 to 2000 Hx. ?he effects of the strength of RF fields and their frequency on rates for the dissociation to neutral fragments and for the dissociative ionization are discussed. The temporal evolution of the rate coefficients during one period of the RF field is shown and discussed.