St. Petersburg Mathematical Journal, 11. cilt,1-542. sayfalarAmerican Mathematical Society, 2000 |
Kitabın içinden
76 sonuçtan 1-3 arası sonuçlar
Sayfa 38
... apply Theorem 1.5 to the ring Dj , the system of quadrangles { Dkk € J− ( j ) , K 1 s = 1 , ... , k } , and the system of weights ajkak = h / k € J + ( j ) kjhk As a result , by ( 3.23 ) and ( 3.20 ) , we obtain ( 3.24 ) a mod ( D ) ...
... apply Theorem 1.5 to the ring Dj , the system of quadrangles { Dkk € J− ( j ) , K 1 s = 1 , ... , k } , and the system of weights ajkak = h / k € J + ( j ) kjhk As a result , by ( 3.23 ) and ( 3.20 ) , we obtain ( 3.24 ) a mod ( D ) ...
Sayfa 432
... apply the func- ( M , Y ) is an isomorphism tor ( M , - ) to diagram ( 3.13 ) . Since ( ay ) .: ( M , TOY ) ... applying the functor ( M , − ) , M € Do , to the distinguished triangle ToZ Z , Z → T1Z → , we see that ( az ) .: ( M , T0Z ) ...
... apply the func- ( M , Y ) is an isomorphism tor ( M , - ) to diagram ( 3.13 ) . Since ( ay ) .: ( M , TOY ) ... applying the functor ( M , − ) , M € Do , to the distinguished triangle ToZ Z , Z → T1Z → , we see that ( az ) .: ( M , T0Z ) ...
Sayfa 439
... apply the functor j * to this diagram to show that j * ( μ ) is an isomorphism . We put 3 = nв j * ( μ ) . Since i , is a fully faithful functor , it suffices to prove that the square obtained by applying the functor i , to the square ...
... apply the functor j * to this diagram to show that j * ( μ ) is an isomorphism . We put 3 = nв j * ( μ ) . Since i , is a fully faithful functor , it suffices to prove that the square obtained by applying the functor i , to the square ...
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A(Sp A₁ absolutely continuous American Mathematical Society assume assumptions asymptotics b₁ Bernstein algebra bigon boundary bounded c₁ coefficients condition configurations consider constant Corollary corresponding defined definition denote distinguished triangle domain dx dt dz² embedding English transl equation equivalent estimate exists extremal decomposition finite formula function functor G₁ geometrization H¹(k homomorphism homotopy classes idempotents implies inequality integral isomorphism journals K₁ kernel Lemma linear mapping Math MathSciNet matrix metric morphism norm notation obtain operator orthogonal P-category parameters polynomials problem proof of Theorem Proposition proved quadratic differential quadratic forms reduced module relation Riemann surface satisfying selfadjoint semigroup sequence solution space Steklov subalgebra Subsection sufficiently Suppose symmetric Theorem 2.1 theory trajectories u₁ unique variables vector vertex whence