St. Petersburg Mathematical Journal, 17. cilt,1-551. sayfalarAmerican Mathematical Society, 2006 |
Kitabın içinden
63 sonuçtan 1-3 arası sonuçlar
Sayfa 21
... introduce ( 4.2 ) K ; ( ≈ , z ' , r , x ) = Σx ( v ) k ; ( u ( z , yz ' ) ) , ΛΕΓ where runs over the entire group г = To ( N ) , N = 4N2 , N = 4N3 , and x is our real primitive character , u ( z , z ′ ) = [ z - z ' ] 2 . yy ' Let Kj ...
... introduce ( 4.2 ) K ; ( ≈ , z ' , r , x ) = Σx ( v ) k ; ( u ( z , yz ' ) ) , ΛΕΓ where runs over the entire group г = To ( N ) , N = 4N2 , N = 4N3 , and x is our real primitive character , u ( z , z ′ ) = [ z - z ' ] 2 . yy ' Let Kj ...
Sayfa 48
... introduce the dependent variables ( 35 ) which satisfy a discrete 2D hyperbolic system , ( 36 ) a = · 80 , b = 0 , da sin b , b = a . = Similarly , to put the Hirota discretization ( 13 ) into the first - order form , introduce the ...
... introduce the dependent variables ( 35 ) which satisfy a discrete 2D hyperbolic system , ( 36 ) a = · 80 , b = 0 , da sin b , b = a . = Similarly , to put the Hirota discretization ( 13 ) into the first - order form , introduce the ...
Sayfa 528
... introduce two auxiliary functions and a functional . Let B ( x , r ) denote the open ball of radius r centered at x . We introduce the function r = v ( t , x ) inverse to the function t = μ ( B ( x , r ) ) ( for x fixed ) by the ...
... introduce two auxiliary functions and a functional . Let B ( x , r ) denote the open ball of radius r centered at x . We introduce the function r = v ( t , x ) inverse to the function t = μ ( B ( x , r ) ) ( for x fixed ) by the ...
İçindekiler
Антипов М А Генералов А И Конечная порожденность алгебр | 1 |
A Antipov and A I Generalov The Yoneda algebras of symmetric special | 377 |
of index issues of Mathematical Reviews | 379 |
Telif Hakkı | |
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a₁ absolutely continuous algebraic solutions amoebas analytic arbitrary assume asymptotic Bäcklund transformations Belyĭ function Bose gas bounded c₁ coefficients condition conjugacy classes consider constant convex Corollary correlation functions corresponding curves defined deformation denote dessins Dirac operator discrete edges eigenvalues element English transl estimate exists finite formula G-cycle Goursat problem graph hyperbolic identity implies inequality integral K-functional K-surfaces k₁ lattice Lemma linear Lipschitz Math Mathematics Subject Classification matrix functions mesh(U metric metric space Newton polygon notation obtain Painlevé equation parameter Phys polygon polynomial proof of Theorem Proposition prove quantum R-matrix relation result RS-transformations satisfies Schrödinger operator selfadjoint sequence sixth Painlevé equation space spectrum Subsection subspace symmetric Theorem 2.1 theory transformation vector vertex vertices X₁ YB equation zero