St. Petersburg Mathematical Journal, 4. cilt,4-6. sayılarAmerican Mathematical Society, 1993 |
Kitabın içinden
15 sonuçtan 1-3 arası sonuçlar
Sayfa 1131
... | - ( 2.1.10 ) 18 A ( k ) = I + O ( k − 1 ) , B ( k ) = O ( k − 1 ) . These asymptotic formulas can be differentiated . The matrices A and B satisfy the two quadratic relations SCATTERING FOR THE NONLINEAR SCHRÖDINGER EQUATION 1131.
... | - ( 2.1.10 ) 18 A ( k ) = I + O ( k − 1 ) , B ( k ) = O ( k − 1 ) . These asymptotic formulas can be differentiated . The matrices A and B satisfy the two quadratic relations SCATTERING FOR THE NONLINEAR SCHRÖDINGER EQUATION 1131.
Sayfa 1132
The matrices A and B satisfy the two quadratic relations that follow from the formulas They have the form ( 2.1.11 ) -2ikp W ( F1 , F1 ) = 0 , W ( F1 , F1 ) = 2ikp . - 0 = A ' ( 2ikp - 2μq ) B – B1 ( 2ikp – 2μg ) A , = - - -A * ( 2ikp ) ...
The matrices A and B satisfy the two quadratic relations that follow from the formulas They have the form ( 2.1.11 ) -2ikp W ( F1 , F1 ) = 0 , W ( F1 , F1 ) = 2ikp . - 0 = A ' ( 2ikp - 2μq ) B – B1 ( 2ikp – 2μg ) A , = - - -A * ( 2ikp ) ...
Sayfa 1242
... quadratic functionals under quadratic constraints , and the necessity of a frequency condition in the quadratic criterion for absolute stability of noninear control systems , Dokl . Akad . Nauk SSSR 209 ( 1973 ) , 1039–1042 ; English ...
... quadratic functionals under quadratic constraints , and the necessity of a frequency condition in the quadratic criterion for absolute stability of noninear control systems , Dokl . Akad . Nauk SSSR 209 ( 1973 ) , 1039–1042 ; English ...
İçindekiler
MATHEMATICS | 665 |
150 | 832 |
ABSTRACT Let be an elliptic differential operator of order n2 with constant | 940 |
Telif Hakkı | |
4 diğer bölüm gösterilmiyor
Diğer baskılar - Tümünü görüntüle
Sık kullanılan terimler ve kelime öbekleri
a₁ analytic assertion assume asymptotic Blaschke product boundary bounded C₁ cone consider const constant construction convex corresponding covector cubes D₁ decomposition defined definition denote diffeomorphisms differential domain eigenvalues English transl equality equation equivalent estimate exists finite follows function f H₁ hence Hilbert space Hölder holds inequality inner function integral irreducible lattice Lemma Leningrad Lie algebra linear M₁ mapping Mathematical Mathematics Subject Classification maximum principle morphism multiplicity nonlinear norm obtained operator pair perturbation polynomial problem proof of Theorem properties Proposition proved representation Riemann-Roch theorem S₁ satisfying the conditions scattering matrix scattering theory selfadjoint singular smooth solution Soviet Math space spectral spectrum Steklov subspace sufficiently Suppose t₁ Theorem 1.1 theory trace formula trace-class unique unitary V₁ zero