St. Petersburg Mathematical Journal, 18. cilt,1-510. sayfalarAmerican Mathematical Society, 2007 |
Kitabın içinden
46 sonuçtan 1-3 arası sonuçlar
Sayfa 414
... weight . In formulas this is said as follows : the Boltzmann weights involve terms of the form q11 , where j is the multiplicity component of a color and I is the weight component of a ( possibly different ) color . In Table 5 , the ...
... weight . In formulas this is said as follows : the Boltzmann weights involve terms of the form q11 , where j is the multiplicity component of a color and I is the weight component of a ( possibly different ) color . In Table 5 , the ...
Sayfa 417
... weights ) . The functor can be enhanced to a functor b from SG1b to G2b in such a way that the Boltzmann weight of RT1 be equal to the Boltzmann weight of RT2 at the same point after the application of Þ . Proof . The construction looks ...
... weights ) . The functor can be enhanced to a functor b from SG1b to G2b in such a way that the Boltzmann weight of RT1 be equal to the Boltzmann weight of RT2 at the same point after the application of Þ . Proof . The construction looks ...
Sayfa 419
... weights by the same formula : if the original weight ( in the Gp - coloring ) is T , then the new weight ( in the G2 - coloring ) is 1 – 2T . Obviously , the functor p : SiG → 92 generalizes the functor : SG1 → G2 defined in ...
... weights by the same formula : if the original weight ( in the Gp - coloring ) is T , then the new weight ( in the G2 - coloring ) is 1 – 2T . Obviously , the functor p : SiG → 92 generalizes the functor : SG1 → G2 defined in ...
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 | |
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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