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45 sonuçtan 1-3 arası sonuçlar
Sayfa 619
For any polynomial p ( z ) and any cyclic set g , we define 78 ( p ) = Ilog P ( g ) .
Then ( T * ] " \ ub = ( Ti ] " \ U = 2 - nyb ( p ) · In , where In is the identity operator in
R ” . For T , this is a straightforward consequence of ( 7 ) , and for Tí we also use ...
For any polynomial p ( z ) and any cyclic set g , we define 78 ( p ) = Ilog P ( g ) .
Then ( T * ] " \ ub = ( Ti ] " \ U = 2 - nyb ( p ) · In , where In is the identity operator in
R ” . For T , this is a straightforward consequence of ( 7 ) , and for Tí we also use ...
Sayfa 867
1 < / < n Combining this with ( 1 . 12 ) , we see that ( 2 . 14 ) | | A£ ( t ) F ( t ) ( F ( t )
– P ) | | - SC1c71 / 2 , 1t 5to . Observe that , by ( 1 . 2 ) , ( 2 . 15 ) | | A£ ( t ) F ( t ) + |
| 5 - 15 < ( 38 ) - 1 / 2 , It sto . Now we write the resolvent identity F ( t ) ( A ( t ) + ...
1 < / < n Combining this with ( 1 . 12 ) , we see that ( 2 . 14 ) | | A£ ( t ) F ( t ) ( F ( t )
– P ) | | - SC1c71 / 2 , 1t 5to . Observe that , by ( 1 . 2 ) , ( 2 . 15 ) | | A£ ( t ) F ( t ) + |
| 5 - 15 < ( 38 ) - 1 / 2 , It sto . Now we write the resolvent identity F ( t ) ( A ( t ) + ...
Sayfa 1024
Now , the proof of formula ( 1 ) reduces to checking the identity a = ( - 1 ) d - 1 ( d
– 1 ) ! in CH° ( Y ) = Z . Applying the isomorphism 4CH and introducing the
notation a ' = 4CH ( a ) , we obtain the equivalent identity a ' = ( - 1 ) d - 1 ( d – 1 ) !
in ...
Now , the proof of formula ( 1 ) reduces to checking the identity a = ( - 1 ) d - 1 ( d
– 1 ) ! in CH° ( Y ) = Z . Applying the isomorphism 4CH and introducing the
notation a ' = 4CH ( a ) , we obtain the equivalent identity a ' = ( - 1 ) d - 1 ( d – 1 ) !
in ...
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İçindekiler
Asekritova and N Kruglyak Interpolation of Besov spaces in the nondiagonal | 511 |
N Belousov and A A Makhnev On edgeregular graphs with k 361 3 | 517 |
Generalov and N Yu Kosovskaya Hochschild cohomology of the Liu | 539 |
Telif Hakkı | |
16 diğer bölüm gösterilmiyor
Diğer baskılar - Tümünü görüntüle
Sık kullanılan terimler ve kelime öbekleri
adjacent algebra apply approximation assume assumptions of Theorem bounded braid BSu2 called closed coefficients commutative complex consider constant constructed contains continuous convergence Corollary corrector corresponding cycle defined definition denote depends dérivateur diagram categories domain elements equal equation equivalent estimate exact example exists extension fact factorization field finite following result formula function functor given graph Hence homotopy ideal implies inequality integral invariant isomorphism lattice Lemma Math Mathematical matrix means module morphism multiplication natural norm Note object obtain operator pair parameters periodic polynomial positive problem Proof Proposition proved reduces refinable relations Remark respectively ring satisfies scheme sequence similar smooth solution space square statement Subsection subspace suffices Suppose symbol symmetric takes theory twisted values vector vertex vertices zero