An automorphisms $\gamma$ of a group is inertial if $X\cap X^\g$ has finite index in both $X$ and $X^\g$ for any subgroup $X$. We study inertial automorphisms of abelian groups and give characterization of them. In particular, if the group is periodic they have property that $X^{}/X_{}$ is bounded. We also study finitely generated groups of inertial automorphisms
We study the group IAut(A) generated by the inertial automorphisms of an abelian group A, that is, a...
We study the group IAut(A) generated by the inertial automorphisms of an abelian group A, that is, a...
Let G be a group and Ï\u86 be an endomorphism of G. A subgroup H of G is called Ï\u86-inert if H â\u...
An automorphisms $\gamma$ of a group is inertial if $X\cap X^\g$ has finite index in both $X$ and $...
An automorphisms $\gamma$ of a group is inertial if $X\cap X^\g$ has finite index in both $X$ and $...
We study the group $IAut(A)$ generated by inertial automorphisms of an abelian group $A$, that is au...
We study the group $IAut(A)$ generated by inertial automorphisms of an abelian group $A$, that is au...
We study the group IAut(A) generated by inertial automorphisms of an abelian group A, that is automo...
We study the group IAut(A) generated by inertial automorphisms of an abelian group A, that is automo...
We study the group IAut(A) generated by the inertial automorphisms of an abelian group A, that is, ...
We study the group IAut(A) generated by the inertial automorphisms of an abelian group A, that is, ...
We study the group IAut(A) generated by the inertial automorphisms of an abelian group A, that is, ...
Let G be a group and Ï be an endomorphism of G. A subgroup H of G is called Ï-inert if H â© H has fi...
Let G be a group and Ï be an endomorphism of G. A subgroup H of G is called Ï-inert if H â© H has fi...
Let G be a group and Ï be an endomorphism of G. A subgroup H of G is called Ï-inert if H â© H has fi...
We study the group IAut(A) generated by the inertial automorphisms of an abelian group A, that is, a...
We study the group IAut(A) generated by the inertial automorphisms of an abelian group A, that is, a...
Let G be a group and Ï\u86 be an endomorphism of G. A subgroup H of G is called Ï\u86-inert if H â\u...
An automorphisms $\gamma$ of a group is inertial if $X\cap X^\g$ has finite index in both $X$ and $...
An automorphisms $\gamma$ of a group is inertial if $X\cap X^\g$ has finite index in both $X$ and $...
We study the group $IAut(A)$ generated by inertial automorphisms of an abelian group $A$, that is au...
We study the group $IAut(A)$ generated by inertial automorphisms of an abelian group $A$, that is au...
We study the group IAut(A) generated by inertial automorphisms of an abelian group A, that is automo...
We study the group IAut(A) generated by inertial automorphisms of an abelian group A, that is automo...
We study the group IAut(A) generated by the inertial automorphisms of an abelian group A, that is, ...
We study the group IAut(A) generated by the inertial automorphisms of an abelian group A, that is, ...
We study the group IAut(A) generated by the inertial automorphisms of an abelian group A, that is, ...
Let G be a group and Ï be an endomorphism of G. A subgroup H of G is called Ï-inert if H â© H has fi...
Let G be a group and Ï be an endomorphism of G. A subgroup H of G is called Ï-inert if H â© H has fi...
Let G be a group and Ï be an endomorphism of G. A subgroup H of G is called Ï-inert if H â© H has fi...
We study the group IAut(A) generated by the inertial automorphisms of an abelian group A, that is, a...
We study the group IAut(A) generated by the inertial automorphisms of an abelian group A, that is, a...
Let G be a group and Ï\u86 be an endomorphism of G. A subgroup H of G is called Ï\u86-inert if H â\u...