Resonant change-exchange processes in classical nonideal plasmas

Summary form only given, as follows. Nonideal effects on the resonant charge-exchange by stripped ions from hydrogenic ions in classical plasmas are investigated. The screened atomic wave functions of the target and the projectile ions in nonideal plasmas are obtained by the variational principle and the perturbational method. The resonant charge-exchange probability decreases with increasing the collision energy. It is found that the resonant charge-exchange probability in nonideal plasmas is smaller than that in ideal plasmas. The maximum position of the resonant change-exchange probability is receded from target nucleus with an increase of the nonideal effects.