St. Petersburg Mathematical Journal, 15. cilt,1-468. sayfalarAmerican Mathematical Society, 2004 |
Kitabın içinden
76 sonuçtan 1-3 arası sonuçlar
Sayfa 336
... identity follows from Lemma 2.5 . The general case is obtained by passage to the limit . On the other hand , by Theorem 2.16 we have ( 2.32 ) || Sn = Sm || 2 ( 1.H ) = [ " || 1 / 2 ( t ) ( Sn ( t ) – Sm ( t ) || } dp ( t ) , ( Σ , Η ) ...
... identity follows from Lemma 2.5 . The general case is obtained by passage to the limit . On the other hand , by Theorem 2.16 we have ( 2.32 ) || Sn = Sm || 2 ( 1.H ) = [ " || 1 / 2 ( t ) ( Sn ( t ) – Sm ( t ) || } dp ( t ) , ( Σ , Η ) ...
Sayfa 337
... identity in H , and let Eo ( x ) be the family of operators in § = L2 ( Σ , H ) defined by ( 3.4 ) Then : Eo ( x ) : Coo ( H ) , Eo ( x ) : h ( t ) → x ^ ( t ) h ( t ) , △ = ( −∞ , x ) . i ) the family Eo ( x ) is well defined and ...
... identity in H , and let Eo ( x ) be the family of operators in § = L2 ( Σ , H ) defined by ( 3.4 ) Then : Eo ( x ) : Coo ( H ) , Eo ( x ) : h ( t ) → x ^ ( t ) h ( t ) , △ = ( −∞ , x ) . i ) the family Eo ( x ) is well defined and ...
Sayfa 357
... identity embedding J : H + H is continuous , the series Akfk converges in H for every 12 because it converges in H + . For the same reason , the mapping of the form ( 5.12 ) remains continuous . Beyond these differences , the proof of ...
... identity embedding J : H + H is continuous , the series Akfk converges in H for every 12 because it converges in H + . For the same reason , the mapping of the form ( 5.12 ) remains continuous . Beyond these differences , the proof of ...
İçindekiler
2004 No 1 Pages 140 | 2 |
New modifications of the analytic capacity | 24 |
Mathematics Subject Classification Primary 31A15 | 139 |
Telif Hakkı | |
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analytic apply arbitrary assume boundary bounded braid called cell closed coincides complete condition Consequently consider constant construct contains continuous corresponding decomposition defined definition denote depend domain easily equal equation equivalent estimate exists fact finite fixed formula function geodesics given identity implies inequality integral interval introduce Journal Lemma limit linear mapping Math Mathematical matrix means measure Moreover multiplicity Nint Note Observe obtain operator orthogonal particular polynomial positive problem Proof properties Proposition proved relation Remark representation represented respect restriction result roots satisfying sequence similar singular solution space spectral spectrum statement subspace suffices Suppose tangent Theorem theory transformation transl uniqueness values vector weight yields zero