
Let $R$ be a 2-torsion free $\sigma$-prime ring, $U$ a nonzero square closed $\sigma$-Lie ideal of $R$ and let $d$ be a derivation of $R$. In this paper it is shown that: 1) If $d$ is centralizing on $U$, then $d = 0$ or $U \subseteq Z(R)$. 2) If either $d([x, y]) = 0$ for all $x, y \in U$, or $[d(x), d(y)] = 0$ for all $x, y \in U$ and $d$ commutes with $\sigma$ on $U$, then $d = 0$ or $U \subseteq Z(R)$.
Comment: 9 pages
Prime and semiprime associative rings, \(\sigma\)-prime rings, Rings with involution; Lie, Jordan and other nonassociative structures, centralizing derivations, Generalizations of commutativity (associative rings and algebras), Lie ideals, Mathematics - Rings and Algebras, Derivations, actions of Lie algebras, commutativity theorems, Center, normalizer (invariant elements) (associative rings and algebras), 16W10, 16W25, 16U80
Prime and semiprime associative rings, \(\sigma\)-prime rings, Rings with involution; Lie, Jordan and other nonassociative structures, centralizing derivations, Generalizations of commutativity (associative rings and algebras), Lie ideals, Mathematics - Rings and Algebras, Derivations, actions of Lie algebras, commutativity theorems, Center, normalizer (invariant elements) (associative rings and algebras), 16W10, 16W25, 16U80
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