1998
DOI: 10.4064/cm-76-1-57-83
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Generalized coil enlargements of algebras

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Cited by 17 publications
(13 citation statements)
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“…If s = 1, such a translation quiver Γ is said to be a generalized coil. The admissible operations of types (ad 1), (ad 2), (ad 3), (ad 1 * ), (ad 2 * ) and (ad 3 * ) have been introduced in [2][3][4], and the admissible operations (ad 4) and (ad 4 * ) for r = 0 in [24]. We refer also to [26] for the structure of indecomposable modules lying in (generalized) standard coils.…”
Section: Lemma 36 γ Is a Generalized Standard Family Of Components mentioning
confidence: 99%
“…If s = 1, such a translation quiver Γ is said to be a generalized coil. The admissible operations of types (ad 1), (ad 2), (ad 3), (ad 1 * ), (ad 2 * ) and (ad 3 * ) have been introduced in [2][3][4], and the admissible operations (ad 4) and (ad 4 * ) for r = 0 in [24]. We refer also to [26] for the structure of indecomposable modules lying in (generalized) standard coils.…”
Section: Lemma 36 γ Is a Generalized Standard Family Of Components mentioning
confidence: 99%
“…If s = 1, such a translation quiver Γ is said to be a generalized coil. The admissible operations of types (ad 1), (ad 2), (ad 3), (ad 1 * ), (ad 2 * ) and (ad 3 * ) have been introduced in [4,5], and the admissible operations (ad 4) and (ad 4 * ) for r = 0 in [18].…”
Section: Generalized Multicoilsmentioning
confidence: 99%
“…If s = 1, such a translation quiver Γ is said to be a generalized coil. The admissible operations of types (ad 1), (ad 2), (ad 3), (ad 1 * ), (ad 2 * ) and (ad 3 * ) have been introduced in [1][2][3], and the admissible operations (ad 4) and (ad 4 * ) for r = 0 in [17]. We refer also to [20] for the structure of indecomposable modules lying in (generalized) standard coils.…”
Section: Generalized Multicoil Enlargements Of Concealed Canonical Almentioning
confidence: 99%