St. Petersburg Mathematical Journal, 12. cilt,507-1059. sayfalarAmerican Mathematical Society, 2001 |
Kitabın içinden
78 sonuçtan 1-3 arası sonuçlar
Sayfa 914
... vector for B , and f is a cyclic vector for B * : H = clos span { B " g } = clos span { ( B * ) " ƒ } , n € Z , n ≥0 . Proof . If g is not cyclic , we denote by So the proper subspace of all vectors ho such that ( ( I – zB ) ̄1g , ho ) ...
... vector for B , and f is a cyclic vector for B * : H = clos span { B " g } = clos span { ( B * ) " ƒ } , n € Z , n ≥0 . Proof . If g is not cyclic , we denote by So the proper subspace of all vectors ho such that ( ( I – zB ) ̄1g , ho ) ...
Sayfa 918
... VECTOR - VALUED FUNCTIONS In §2 it was established that the L2 ( 0 , a ) -valued quasiexponentials eu are regular . Clearly , isomorphic B - representable vector - valued functions can only be regular simul- taneously . For this reason ...
... VECTOR - VALUED FUNCTIONS In §2 it was established that the L2 ( 0 , a ) -valued quasiexponentials eu are regular . Clearly , isomorphic B - representable vector - valued functions can only be regular simul- taneously . For this reason ...
Sayfa 922
... vector - valued function into account , we obtain the following statement . Theorem 5.4 . The classes of regular , of d - regular , and of c - regular B - representable vector - valued functions coincide ; each of them consists of all ...
... vector - valued function into account , we obtain the following statement . Theorem 5.4 . The classes of regular , of d - regular , and of c - regular B - representable vector - valued functions coincide ; each of them consists of all ...
İçindekiler
SH BIRMAN A LAPTEV AND T A SUSLINA | 536 |
2 Formulation of the main results | 543 |
4 Proof of Theorem 2 3 beginning | 551 |
Telif Hakkı | |
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Diğer baskılar - Tümünü görüntüle
Sık kullanılan terimler ve kelime öbekleri
algebra apply arbitrary assume asymptotic axes axis base belongs boundary bounded called coincides compact complete condition consequence consider constant construction contains continuous corresponding defined definition denote depend described determined dimension disks element English transl equal equation equivalent estimate exists exponential extension fiber field Figure finite fixed formula function given graph Hence homomorphism identity implies inequality integral introduce invariant isomorphism Lemma manifold Math Mathematical neighborhood obtain operator positive problem projection Proof Proposition proved quadratic form recall regular relation remains Remark representation respectively restriction satisfies semigroup sequence side similar simple smooth solution space spectrum Sq² statement Subsection suffices Suppose Theorem theory transformation trivial true values variation vector weight zero