Studies in Rings generalised Unique Factorisation Rings
Studies in Rings generalised Unique Factorisation Rings
Studies in Rings generalised Unique Factorisation Rings
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-111-<br />
Proof:<br />
Put X = \ P E. Xr/Q ~ PJ 0<br />
S<strong>in</strong>ce the elements<br />
of X are height 1 prime ideals, X satisfies the right<br />
second layer condition and the <strong>in</strong>comparability condition.<br />
The sparsity of XI implies that X is f<strong>in</strong>ite<br />
[16, theorem 6.2~14J and so X satisfies the right<br />
<strong>in</strong>tersection property. Now the rGsult follows from<br />
theorem 4.23 and the hypothesis that X is right -st abLe ,<br />
Frorn Th eo r ern 4.35 and __ . _. __~ 4. 25" it follows that<br />
Theorem 4·.41.<br />
Every f<strong>in</strong>ite right stable set consists of height 1<br />
prime ideals <strong>in</strong> a GUFR<br />
is right classically localisable.