St. Petersburg Mathematical Journal, 14. cilt,1-534. sayfalarAmerican Mathematical Society, 2003 |
Kitabın içinden
21 sonuçtan 1-3 arası sonuçlar
Sayfa 504
If in Theorem A we replace the complex C ( M ) of singular chains by the simplicial chain complex C2 ( M ) , then it will be possible to consider the torsion of the resulting chain homotopy equivalence . We recall the corresponding ...
If in Theorem A we replace the complex C ( M ) of singular chains by the simplicial chain complex C2 ( M ) , then it will be possible to consider the torsion of the resulting chain homotopy equivalence . We recall the corresponding ...
Sayfa 507
... chain maps , and all squares are homotopy commutative . A string map is said to be strict if all squares in ( 23 ) are commutative . For a string C , the chain complex lim C is denoted by [ C ] and is called the inverse limit of C. A ...
... chain maps , and all squares are homotopy commutative . A string map is said to be strict if all squares in ( 23 ) are commutative . For a string C , the chain complex lim C is denoted by [ C ] and is called the inverse limit of C. A ...
Sayfa 514
... chain homology equivalence : C ( f , v ; l ) → S such that oμ ~ J. Since both C ( f , v ; 1 ) and S. are free chain complexes over Î_ , the map μ is a chain homotopy ... homotopy equivalence as in Theorem A is straight for- ward . We recall ...
... chain homology equivalence : C ( f , v ; l ) → S such that oμ ~ J. Since both C ( f , v ; 1 ) and S. are free chain complexes over Î_ , the map μ is a chain homotopy ... homotopy equivalence as in Theorem A is straight for- ward . We recall ...
İçindekiler
Китаев А В Специальные функции изомонодромного типа ра | 121 |
Набоко С Н Янас Я Критерии полуограниченности в одном | 158 |
Пажитнов А В О замкнутых орбитах градиентных потоков ото | 186 |
Telif Hakkı | |
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Sık kullanılan terimler ve kelime öbekleri
algebraic analytic apply assume basis boundary bounded called chain homotopy closed coefficients complex condition connection Consequently consider constant construction contains continuous convex corresponding defined definition deformation denote determined domain element equal equation equivalence estimate exists extension fact field finite fixed formula function given identity implies inequality integral intersection introduce inverse isomorphism Lemma linear Math Mathematical matrix measure metric Moreover natural normal Observe obtain Obviously operator orientation particular periodic positive present problem projective Proof properties Proposition prove regular relation Remark respectively result ring satisfies scheme sequence singular smooth solutions space statement Subsection suffices Suppose takes Theorem theory transformation true twists vector weight zero