St. Petersburg Mathematical Journal, 12. cilt,507-1059. sayfalarAmerican Mathematical Society, 2001 |
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79 sonuçtan 1-3 arası sonuçlar
Sayfa 562
... Proposition 7.4 . Suppose that condition ( 7.3 ) and the assumptions of Proposition 7.3 are fulfilled . Then ( 7.17 ) Aq ( 0 , 0 , 1 ) = 0 . Proof . From ( 7.8 ) and ( 7.14 ) it follows that ( 7.18 ) ་ rank ( IR ( 7 ) II ( ~ 7 ) ) ≤ 5 ...
... Proposition 7.4 . Suppose that condition ( 7.3 ) and the assumptions of Proposition 7.3 are fulfilled . Then ( 7.17 ) Aq ( 0 , 0 , 1 ) = 0 . Proof . From ( 7.8 ) and ( 7.14 ) it follows that ( 7.18 ) ་ rank ( IR ( 7 ) II ( ~ 7 ) ) ≤ 5 ...
Sayfa 563
... Proposition 7.3 . Let t , tj , jEN , be real - valued functions bounded in R2 and such that ( 7.22 ) ε ( j ) ... Proposition 7.7 . Suppose satisfies the conditions of Proposition 7.3 , and let Om , em , m Z2 , be defined by ( 7.20 ) ...
... Proposition 7.3 . Let t , tj , jEN , be real - valued functions bounded in R2 and such that ( 7.22 ) ε ( j ) ... Proposition 7.7 . Suppose satisfies the conditions of Proposition 7.3 , and let Om , em , m Z2 , be defined by ( 7.20 ) ...
Sayfa 720
... proposition generalizes a famous formula due to Frobenius ( cf. [ CR , ( 10.3 ) ] ) . Proposition 3.12 . If & R ( K ) , then H = ad AH ( ) = S ( A2 ) → ↓ ← A1 . - - L Λ1 . Proof . We put A = AH . First , observe that if x = R ( H ) ...
... proposition generalizes a famous formula due to Frobenius ( cf. [ CR , ( 10.3 ) ] ) . Proposition 3.12 . If & R ( K ) , then H = ad AH ( ) = S ( A2 ) → ↓ ← A1 . - - L Λ1 . Proof . We put A = AH . First , observe that if x = R ( H ) ...
İçindekiler
DISCRETE SPECTRUM OF A TWODIMENSIONAL | 566 |
SH BIRMAN A LAPTEV AND T A SUSLINA | 711 |
0 Introduction | 746 |
Telif Hakkı | |
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arbitrary assume asymptotic axes axis B-representable bordism boundary central simple algebra cohomology coincides compact consider construction corresponding defined definition denote disks eigenvalues English transl entire function equation equivalent estimate exists exponential type F-algebra fiber finite formula graph Hence Hilbert Hilbert space homomorphism homotopy Hopf algebras hypersurface implies inequality integral invariant isomorphism isotropic kernel Lemma M₁ M₂ manifold Math Mathematical matrix Muckenhoupt n-variation neighborhood obtain orthogonal polynomial Pontryagin classes problem proof of Theorem Proposition proved quadratic form quasiexponential R+in regular regular neighborhood relation representation satisfies condition Schrödinger operator selfadjoint semigroup sequence similar skew cylinder skew field smooth space spectral spectrum Spin Sq¹ Sq² statement Subsection subspace theory topological trivial tSpin variation vector vector-valued functions weight Y-modification zero