St. Petersburg Mathematical Journal, 14. cilt,1-534. sayfalarAmerican Mathematical Society, 2003 |
Kitabın içinden
71 sonuçtan 1-3 arası sonuçlar
Sayfa 44
... true that the schemes T1 , i = 2 , 3 , are of finite type over o ? Is it true that A2 = A ? Now , suppose that k = Qp , L = k ( √p ) , and T = RLGm RGm are chosen as in Example 2 . Assume that p > 3. We show that To T3 in this case ...
... true that the schemes T1 , i = 2 , 3 , are of finite type over o ? Is it true that A2 = A ? Now , suppose that k = Qp , L = k ( √p ) , and T = RLGm RGm are chosen as in Example 2 . Assume that p > 3. We show that To T3 in this case ...
Sayfa 114
... true if and only if f4 ; 1 = 0. ( This means that all vertices of Σ lie on JA . ) Similarly , ( 9.3.2 ) is equivalent to the relation f4 : 24f4 ; 1 + f3 ; 1 . QT • d ( T ) = 1 : Q1 = 0 and R , ( − 1 ) = 0. Hence , ( ** ) is true ...
... true if and only if f4 ; 1 = 0. ( This means that all vertices of Σ lie on JA . ) Similarly , ( 9.3.2 ) is equivalent to the relation f4 : 24f4 ; 1 + f3 ; 1 . QT • d ( T ) = 1 : Q1 = 0 and R , ( − 1 ) = 0. Hence , ( ** ) is true ...
Sayfa 450
... true for any H - i.i . [ a , ẞ ] , and identity ( 12.12 ) is fulfilled for any s E FH , the same identity is true for all sЄ I. Now , since n = ( ) C2 is arbitrary , we see that H ( t ) ƒ „ , „ , ( t ) = H ( t ) ¶μ‚v ( t ) for a.e. t ...
... true for any H - i.i . [ a , ẞ ] , and identity ( 12.12 ) is fulfilled for any s E FH , the same identity is true for all sЄ I. Now , since n = ( ) C2 is arbitrary , we see that H ( t ) ƒ „ , „ , ( t ) = H ( t ) ¶μ‚v ( t ) for a.e. t ...
İçindekiler
Китаев А В Специальные функции изомонодромного типа ра | 121 |
Набоко С Н Янас Я Критерии полуограниченности в одном | 158 |
Пажитнов А В О замкнутых орбитах градиентных потоков ото | 186 |
Telif Hakkı | |
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A₁ absolutely continuous algebraic algebraic torus American Mathematical Society analytic functions assume Bergman spaces BMO-regular boundary Cayley ring cellular ring chain complex chain homotopy coefficients computation construction converges convex Corollary corresponding cyclic group defined definition deformation denote domain element English transl equation equivalence estimate exists finite formal groups formula homotopy implies inequality integral intersection number inverse isomorphism lattice Lemma linear Math matrix metric Moreover Morse function nontrivial normal notation obtain orientation orthogonal Painlevé equation paper parameters polynomial problem proof of Theorem properties Proposition prove relation respectively S-ring scheme selfadjoint sequence shade number singular smooth solutions space statement subalgebra Subsection subspace Suppose t₁ theory Toeplitz operators torus transformation vector field zero