St. Petersburg Mathematical Journal, 16. cilt,437-1077. sayfalarAmerican Mathematical Society, 2005 |
Kitabın içinden
79 sonuçtan 1-3 arası sonuçlar
Sayfa 640
... equation ( 1.5 ) can be approximated as closely as we wish by the equation ( 1.6 ) dz M ( N ) ( t , ε ) 0 E ( N ) dt 0 M2 ( t , e ) and thus splits into two independent equations in the spaces Z1 and Z2 . Clearly , ( 1.4 ) will readily ...
... equation ( 1.5 ) can be approximated as closely as we wish by the equation ( 1.6 ) dz M ( N ) ( t , ε ) 0 E ( N ) dt 0 M2 ( t , e ) and thus splits into two independent equations in the spaces Z1 and Z2 . Clearly , ( 1.4 ) will readily ...
Sayfa 821
... equation ( COCN 0 , N1 ) ; the characteristic polynomial m ( z ) Σkoczk is the symbol of the equation . The compactly supported solutions of such equations ( refinable functions ) are the main object in the construction of wavelets with ...
... equation ( COCN 0 , N1 ) ; the characteristic polynomial m ( z ) Σkoczk is the symbol of the equation . The compactly supported solutions of such equations ( refinable functions ) are the main object in the construction of wavelets with ...
Sayfa 891
... equation for , we substitute ( 5.15 ) in ( 5.13 ) . Then , by ( 5.6 ) , the left - hand side of ( 5.13 ) takes the form divk s ( ẞ ( 0 + VÞe ) + it @ ßÞe + t ▽ k ) = t ( iß ( s ( 0 + VÞ 。) , 0 ) + iß divk ( sμÞ 。) + divê s ▽ k ...
... equation for , we substitute ( 5.15 ) in ( 5.13 ) . Then , by ( 5.6 ) , the left - hand side of ( 5.13 ) takes the form divk s ( ẞ ( 0 + VÞe ) + it @ ßÞe + t ▽ k ) = t ( iß ( s ( 0 + VÞ 。) , 0 ) + iß divk ( sμÞ 。) + divê s ▽ k ...
İçindekiler
S Buslaev M V Buslaeva and A Grigis Adiabatic asymptotics | 437 |
Volchkov A local tworadii theorem on the sphere | 453 |
A Kokotov and B Plamenevskii On the asymptotics of solutions | 477 |
Telif Hakkı | |
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Abelian group absolutely continuous Aleksandrov algebra American Mathematical Society angle assume asymptotics boundary values bounded braid Chevalley groups coefficients commutative comparison triangle condition cone consider constant convergence convex Corollary corresponding curvature curve defined denote differential dimension domain eigenvalues element English transl equation estimate exists finite formula function geodesic homomorphism hyperplane section implies inequality integral lattices isometry lattice of minimum Lemma linear Math Mathematics Subject Classification matrix metric minimal vectors Moreover nonzero norm obtain operator orthogonal P₁ parabolic subgroups PETERSBURG points polynomial problem proof of Theorem Proposition prove r₁ refinable functions regular triangulation respectively root subgroups S₁ satisfies selfadjoint simplicial solutions space spectrum statement subharmonic functions Subsection subspace summands Suppose t₁ twist number unipotent unique W₁ zero