Abstract:
It is proved, that if the order of a splitting automorphism of $n$-periodic product of cyclic groups of order $r$ is a power of some prime, then this automorphism is inner, where $n\geq 1003$ is odd and $r$ divides $n$. This is a generalization of the analogue result for free periodic groups.
Keywords:$n$-periodic product of groups, inner automorphism, normal automorphism, free Burnside group.