(a) Let R be an integral domain with quotient field F. If O a R,...
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(a) Let R be an integral domain with quotient field F. If O ≠ a ϵ R, then the following are equivalent:
(i) Every nonzero prime ideal of R contains a;
(ii) Every nonzero ideal of R contains some power of a;
(iii) F = R[1R/ a] (ring extension). An integral domain R that contains an element a ≠ 0 satisfying (i)-(iii) is called a Goldmann ring.
(b) A principal ideal domain is a Goldmann ring if and only if it has only finitely many distinct primes.
(c) Is the homomorphic image of a Goldmann ring also a Goldmann ring?
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Related Book For
Algebra Graduate Texts In Mathematics 73
ISBN: 9780387905181
8th Edition
Authors: Thomas W. Hungerford
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