AbstractWe prove that a locally Jaffard integrally closed domain is such that each overring is treed if and only if it is a Prüfer domain. It follows that an integrally closed domain with valuative dimension two such that each overring is treed is necessarily going-down. This solves the long-standing open question raised by D.E. Dobbs in [D.E. Dobbs, On treed overrings and going down domains, Rend. Math. 7 (1987) 317–322]. Further applications are given
LetRbe an integral domain. Forf∈R [ X ] letAfbe the ideal ofRgenerated by the coefficients off. We d...
Let D be an integral domain which is not a field. If either D is Noetherian or D is a Prüfer domain...
AbstractWe establish in this work a result that gives the number of overrings for any integrally clo...
AbstractWe prove that a locally Jaffard integrally closed domain is such that each overring is treed...
It is proved that if R is a 2-root closed two-dimensional going-down domain with no factor domain of...
It is proved that if R is a 2-root closed two-dimensional going-down domain with no factor domain of...
Abstract. Let R ⊂ T be a minimal ring extension of (commutative inte-gral) domains. If R is integral...
AbstractThe rings of the title are the (not necessarily Noetherian) integral domains R such that R[X...
AbstractLet R be an integral domain. It is proved that Ŕ, the integral closure of R, is a Prüfer dom...
Let $\Gamma$ be a torsionless commutative cancellative monoid and $R =\bigoplus_{\alpha \in \Gamma}R...
A domain R is called a maximal "non-S" subring of a field L if R [containded in] L, R is not an S-do...
and T be integral domains with D _C T. The pair of domains D C _ T satisfies simple going down if D ...
Let D be an integral domain which is not a field. If either D is Noetherian or D is a Prüfer domain...
A domain $R$ is called a maximal non-Jaffard subring of a field $L$ if $R\subset L$, $R$ is not a Ja...
AbstractIn this paper we deal with the study of pairs of rings where all intermediate rings are Jaff...
LetRbe an integral domain. Forf∈R [ X ] letAfbe the ideal ofRgenerated by the coefficients off. We d...
Let D be an integral domain which is not a field. If either D is Noetherian or D is a Prüfer domain...
AbstractWe establish in this work a result that gives the number of overrings for any integrally clo...
AbstractWe prove that a locally Jaffard integrally closed domain is such that each overring is treed...
It is proved that if R is a 2-root closed two-dimensional going-down domain with no factor domain of...
It is proved that if R is a 2-root closed two-dimensional going-down domain with no factor domain of...
Abstract. Let R ⊂ T be a minimal ring extension of (commutative inte-gral) domains. If R is integral...
AbstractThe rings of the title are the (not necessarily Noetherian) integral domains R such that R[X...
AbstractLet R be an integral domain. It is proved that Ŕ, the integral closure of R, is a Prüfer dom...
Let $\Gamma$ be a torsionless commutative cancellative monoid and $R =\bigoplus_{\alpha \in \Gamma}R...
A domain R is called a maximal "non-S" subring of a field L if R [containded in] L, R is not an S-do...
and T be integral domains with D _C T. The pair of domains D C _ T satisfies simple going down if D ...
Let D be an integral domain which is not a field. If either D is Noetherian or D is a Prüfer domain...
A domain $R$ is called a maximal non-Jaffard subring of a field $L$ if $R\subset L$, $R$ is not a Ja...
AbstractIn this paper we deal with the study of pairs of rings where all intermediate rings are Jaff...
LetRbe an integral domain. Forf∈R [ X ] letAfbe the ideal ofRgenerated by the coefficients off. We d...
Let D be an integral domain which is not a field. If either D is Noetherian or D is a Prüfer domain...
AbstractWe establish in this work a result that gives the number of overrings for any integrally clo...