St. Petersburg Mathematical Journal, 16. ciltAmerican Mathematical Society, 2005 |
Kitabın içinden
24 sonuçtan 1-3 arası sonuçlar
Sayfa 304
... orientation for a maximal block M , C M means also the choice of an element f , € H1 ( M2 ; Z ) corresponding to an oriented regular fiber , and of elements fw H1 ( Tw ; Z ) repre- senting this fiber on the boundary tori Tw , w Ov ...
... orientation for a maximal block M , C M means also the choice of an element f , € H1 ( M2 ; Z ) corresponding to an oriented regular fiber , and of elements fw H1 ( Tw ; Z ) repre- senting this fiber on the boundary tori Tw , w Ov ...
Sayfa 308
... oriented fiber of M. For brevity , we put a , = a ( v ) , Yw = y ( w ) . Observe that for every edge w W we have wl - w ( f - w ) = sign ( bw ) · lw ( f - w ) . If l - w ( f - w ) 0 , then this identity follows from the definition of Yw ...
... oriented fiber of M. For brevity , we put a , = a ( v ) , Yw = y ( w ) . Observe that for every edge w W we have wl - w ( f - w ) = sign ( bw ) · lw ( f - w ) . If l - w ( f - w ) 0 , then this identity follows from the definition of Yw ...
Sayfa 327
... oriented cycles in гg that we consider below consist of oriented edges of the graph T , ( with compatible orientations ) . g = Lemma 5.18 . The immersion g is a virtual embedding , i.e. , g gop for some finite covering p : M → M and a ...
... oriented cycles in гg that we consider below consist of oriented edges of the graph T , ( with compatible orientations ) . g = Lemma 5.18 . The immersion g is a virtual embedding , i.e. , g gop for some finite covering p : M → M and a ...
İçindekiler
ISOMETRIC EMBEDDINGS OF FINITEDIMENSIONAL pSPACES | 11 |
OVER THE QUATERNIONS | 104 |
1 Introduction | 117 |
Telif Hakkı | |
5 diğer bölüm gösterilmiyor
Diğer baskılar - Tümünü görüntüle
Sık kullanılan terimler ve kelime öbekleri
analytic approximation assume asymptotic Birman BKN-equation bounded C(zIm coefficients cohomology classes compatible components constant corresponding defined denote diffeomorphism Dirac operator domain edge eigenvalues embedding English transl estimate Euler characteristic exists finite formula geodesic graph graph-manifold harmonic Hilbert space holomorphic implies inequality integral invertible isometric K₁ kernel Lemma length function linear Math matrix matrix-valued function maximal blocks meromorphic monodromy nonzero norm NPC-solution obtain oriented Painlevé equations pair paper polynomial positive potential problem proof of Theorem properties Proposition prove rational refinable function relation representation respect result Riemann-Hilbert Riemann-Hilbert problem Riemannian manifold S₁ satisfies Schrödinger operator Seifert fibered space self-affine selfadjoint selfadjoint operators singular Sobolev Sobolev spaces solution spectrum Subsection subspace supp Suppose symmetric Theorem Theorem 3.1 theory torus vector vertex vertices zero