Characterization of completions of noncatenary local domains and noncatenary local UFDs

@article{Avery2017CharacterizationOC,
  title={Characterization of completions of noncatenary local domains and noncatenary local UFDs},
  author={Chloe I. Avery and Caitlyn Booms and Timothy M. Kostolansky and Susan Loepp and Alex Semendinger},
  journal={Journal of Algebra},
  year={2017}
}

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References

SHOWING 1-10 OF 14 REFERENCES

Characterization of completions of unique factorization domains

It is shown that a complete local ring is the completion of a unique factorization domain if and only if it is a field, a discrete valuation ring, or it has depth at least two and no element of its

Constructing Local Generic Formal Fibers

Abstract Let ( T ,  M ) be a complete local (Noetherian) unique factorization domain of dimension at least two such that the cardinality of the residue field T / M is at least the cardinality of the

Semilocal generic formal fibers

On the Chain Problem of Prime Ideals

  • M. Nagata
  • Mathematics
    Nagoya Mathematical Journal
  • 1956
There is a problem called the chain problem of prime ideals, which asks, when 0 is a Noetherian local integral domain, whether the length of an arbitrary maximal chain of prime ideals in 0 is equal

Commutative Ring Theory

Preface Introduction Conventions and terminology 1. Commutative rings and modules 2. prime ideals 3. Properties of extension rings 4. Valuation rings 5. Dimension theory 6. Regular sequences 7.

Examples of noncatenary rings

Excellent Rings, Henselian Rings, and the Approximation Property

A method for constructing bad noetherian local rings