If H is a subgroup of an abelian group G and φ ∈ End(G), H is called φ-inert (and φ is H-inertial) if φ(H) ∩ H has finite index in the image φ(H). The notion of φ-inert subgroup arose and was investigated in a relevant way in the study of the so called intrinsic entropy of an endomorphism φ, while inertial endo-morphisms (these are endomorphisms that are H-inertial for every subgroup H) were intensively studied by Rinauro and the first named author
A subgroup H of a group G is called inert if [H : H \ Hg] is finite for all g 2 G. A group is called...
The intrinsic algebraic entropy ent(ɸ) of an endomorphism ɸ of an Abelian group G can be computed us...
A subgroup H of a group G is called inert if, for each g∈G , the index of H∩H g in H is finit...
If H is a subgroup of an abelian group G and φ ∈ End(G), H is called φ-inert (and φ is H-inertial) i...
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...
A subgroup H of an Abelian group G is said to be fully inert in G, if for every endomorphism \u3c6 o...
A subgroup H of an Abelian group G is said to be fully inert if the quotient (H + ø(H))/H is finite ...
A subgroup H of an Abelian group G is said to be fully inert in G, if for every endomorphism ϕ of G,...
An endomorphisms ϕ of an abelian group A is said inertial if each subgroup H of A has finite index i...
A subgroup H of an Abelian group G is called fully inert if (φH + H)/H is finite for every φ ∈ End(G...
The intrinsic algebraic entropy ent(ɸ) of an endomorphism ɸ of an Abelian group G can be computed us...
An endomorphisms $\varphi$ of a group $G$ is said inertial if $\forall H\le G$ \ \ $|\varphi(H):(H\...
A subgroup $H$ of a group $G$ is said to be inert if $H\cap H^g$ has finite index in both $H$ and $...
We define the so-called fully inert socle-regular and weakly fully inert socle-regular Abelian p-gro...
An endomorphisms φ of a group G is said inertial if ∀H ≤ G |φ(H) : (H ∩φ(H))| < ∞. We study the ring...
A subgroup H of a group G is called inert if [H : H \ Hg] is finite for all g 2 G. A group is called...
The intrinsic algebraic entropy ent(ɸ) of an endomorphism ɸ of an Abelian group G can be computed us...
A subgroup H of a group G is called inert if, for each g∈G , the index of H∩H g in H is finit...
If H is a subgroup of an abelian group G and φ ∈ End(G), H is called φ-inert (and φ is H-inertial) i...
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...
A subgroup H of an Abelian group G is said to be fully inert in G, if for every endomorphism \u3c6 o...
A subgroup H of an Abelian group G is said to be fully inert if the quotient (H + ø(H))/H is finite ...
A subgroup H of an Abelian group G is said to be fully inert in G, if for every endomorphism ϕ of G,...
An endomorphisms ϕ of an abelian group A is said inertial if each subgroup H of A has finite index i...
A subgroup H of an Abelian group G is called fully inert if (φH + H)/H is finite for every φ ∈ End(G...
The intrinsic algebraic entropy ent(ɸ) of an endomorphism ɸ of an Abelian group G can be computed us...
An endomorphisms $\varphi$ of a group $G$ is said inertial if $\forall H\le G$ \ \ $|\varphi(H):(H\...
A subgroup $H$ of a group $G$ is said to be inert if $H\cap H^g$ has finite index in both $H$ and $...
We define the so-called fully inert socle-regular and weakly fully inert socle-regular Abelian p-gro...
An endomorphisms φ of a group G is said inertial if ∀H ≤ G |φ(H) : (H ∩φ(H))| < ∞. We study the ring...
A subgroup H of a group G is called inert if [H : H \ Hg] is finite for all g 2 G. A group is called...
The intrinsic algebraic entropy ent(ɸ) of an endomorphism ɸ of an Abelian group G can be computed us...
A subgroup H of a group G is called inert if, for each g∈G , the index of H∩H g in H is finit...