St. Petersburg Mathematical Journal, 5. cilt,4-6. sayılarAmerican Mathematical Society, 1994 |
Kitabın içinden
82 sonuçtan 1-3 arası sonuçlar
Sayfa 833
... obtain that ( y ) is continuous at the point y = 0. Lemma 4 is proved . - Remark . For kn 1 , if we fix a single vector 1 = in ( 4.2 ) , we obtain nothing . Condition ( C ' ) is absent , and to establish the differentiability of ( y ) ...
... obtain that ( y ) is continuous at the point y = 0. Lemma 4 is proved . - Remark . For kn 1 , if we fix a single vector 1 = in ( 4.2 ) , we obtain nothing . Condition ( C ' ) is absent , and to establish the differentiability of ( y ) ...
Sayfa 863
... obtain charges P and Q1 . Now we apply the lemma to P to obtain P2 and Q2 , then apply the lemma to P2 , and so on . As a result , we obtain two sequences of normal charges { P } and { Qk } such that for every natural number k ( 3.1 ) ...
... obtain charges P and Q1 . Now we apply the lemma to P to obtain P2 and Q2 , then apply the lemma to P2 , and so on . As a result , we obtain two sequences of normal charges { P } and { Qk } such that for every natural number k ( 3.1 ) ...
Sayfa 1194
... obtain ( Mi + 1 Ok l ) / ( M¿ ®k l ) = F ®k l = F × F. So , if we define an A - module M as the j - th summand of the module ( M ; © k l ) , 0 ≤ i ≤ n , j = 1 , 2 , we obtain a composition series for A ' ;: 0 = Mj C Mj C ... .. c M1⁄2 ...
... obtain ( Mi + 1 Ok l ) / ( M¿ ®k l ) = F ®k l = F × F. So , if we define an A - module M as the j - th summand of the module ( M ; © k l ) , 0 ≤ i ≤ n , j = 1 , 2 , we obtain a composition series for A ' ;: 0 = Mj C Mj C ... .. c M1⁄2 ...
İçindekiler
LOCAL ESTIMATES OF EXPONENTIAL POLYNOMIALS | 665 |
Random periodization technique and the Morgan theorem | 678 |
Mathematics Subject Classification Primary 4202 | 719 |
Telif Hakkı | |
4 diğer bölüm gösterilmiyor
Diğer baskılar - Tümünü görüntüle
Sık kullanılan terimler ve kelime öbekleri
a₁ algebra arbitrary assume asymptotic B₁ Bergman spaces boundary bounded coefficients coincides commutative compact condition cone consider convergence convex Corollary corresponding d₁ decomposition defined definition denote diagram differential distribution dµ(R elements embedding English transl equation equivalent estimate exists exponential polynomial finite follows formula function ƒ functor Gibbs phenomenon Hankel operators Hence Hom(X homomorphism homotopy ideal implies inequality integral interval L²(R lattice Lebesgue measure Lemma linear M₁ mapping Math Mathematical Mathematics Subject Classification matrix metric modulo Moreover N₁ norm obtain orthogonal P₁ problem Proof of Theorem properties Proposition proved quadratic forms quadratic space Radon transform relation representation respect ring satisfying selfadjoint sequence singular smooth solenoidal solution spectrum subset subspace sufficiently theory Toeplitz operators topology transformation u₁ V₁ whence zero