Communications in Algebra · 1996 · 17 citations · 9 references
Natural SciencesMathematicsAlgebraSet TheoryTopologyAbstract AlgebraArithmetic GeometryCommutative AlgebraDimension TheoryFormal Power SeriesIdeal TheoryKrull DimensionPrime Ideals
ABSTRACT: Let R be a zero-dimensional SFT-ring. It is proved that the minimal prime ideals of the formal power series ring A=R[[x1,..., xn]] are the ideals of the form M[[x1,..., xn]], whereM is a (minimal) prime of R. It follows that A has Krull dimension n and is catenarian. If R⊆T where T is also a zero-dimensional SFT-ring, the lying-over, going-up, incomparable, and going-down properties are studied for the extension A⊆T[[x1,..., xn]]. 1. Introduction. Throughout
9
Power series rings over Prüfer domains
Jimmy T. Arnold · Pacific Journal of Mathematics · 1973 · 87 citations · Full text
Dimension theory in power series rings
D. J. Fields · Pacific Journal of Mathematics · 1970 · 81 citations · Full text
Universally catenarian integral domains
Alain Bouvier, David E. Dobbs, Marco Fontana · Advances in Mathematics · 1988 · 74 citations
Going Down in Polynomial Rings
Stephen McAdam · Canadian Journal of Mathematics · 1971 · 38 citations · Full text