St. Petersburg Mathematical Journal, 18. cilt,1-510. sayfalarAmerican Mathematical Society, 2007 |
Kitabın içinden
91 sonuçtan 1-3 arası sonuçlar
Sayfa 62
... Proposition 4.1.1 is completed with the help of calculations with the matrices presented in Lemma 4.1.2 . We illustrate the corresponding techniques by proving the relation u1u2 kpз ( u ) 2 ( see ( 4.8 ) ) . The remaining relations are ...
... Proposition 4.1.1 is completed with the help of calculations with the matrices presented in Lemma 4.1.2 . We illustrate the corresponding techniques by proving the relation u1u2 kpз ( u ) 2 ( see ( 4.8 ) ) . The remaining relations are ...
Sayfa 93
... Proposition 2.1 . Let N be a bounded domain with Lipschitz boundary , let T be a positive parameter , and let Qr = x ] 0 , T [ . Suppose m , n , s , l , d , r E - m 2 + 3 + 8 = 1-2-2 + 3 + 2 . B [ 1 , 00 ] and put a 2-3 n S m n 3/2 + ...
... Proposition 2.1 . Let N be a bounded domain with Lipschitz boundary , let T be a positive parameter , and let Qr = x ] 0 , T [ . Suppose m , n , s , l , d , r E - m 2 + 3 + 8 = 1-2-2 + 3 + 2 . B [ 1 , 00 ] and put a 2-3 n S m n 3/2 + ...
Sayfa 124
... Proposition 2.6 ] . The second proposition is a consequence of the proof of the first and provides an algorithm for computing ( X ' , W ' ) starting with ( X , W ) . Note however that these propositions fail for spherical designs ( the ...
... Proposition 2.6 ] . The second proposition is a consequence of the proof of the first and provides an algorithm for computing ( X ' , W ' ) starting with ( X , W ) . Note however that these propositions fail for spherical designs ( the ...
İçindekiler
Auckly L Kapitanski and J M Speight Geometry and analysis | 1 |
R W Barnard C Richardson and A Yu Solynin A minimal area problem | 21 |
Generalov Hochschild cohomology of algebras of quaternion type | 37 |
Telif Hakkı | |
11 diğer bölüm gösterilmiyor
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algebra assume asymptotic Bellman function Bergman spaces Boltzmann weights boundary Chern classes coefficients cohomology colored commutative component condition configuration space conformal mapping consider contact Hamiltonian contact hyperplane contact space contact structure coordinate corresponding cubature cubature formula curve defined denote diagram differential Dirichlet domain elements embedding English transl equations estimate finite functor graph Hamiltonian Hochschild cohomology homogeneous homotopy hyperplane implies inequality integral invariant irreducible isomorphism lattice Lemma linear maps Math Mathematical matrix minimal monomial morphism multigerm multiplication norm normal form obtain operator orientation p₁ pair parameter polynomial problem projection Proof Proposition prove relations representation right change right-hand side RL-equivalent satisfies smooth varieties solution Subsection subspace symmetric tangent Theorem theory Toeplitz operators topology transversal u₁ V₁ vector bundle weight