St. Petersburg Mathematical Journal, 11. cilt,543-1121. sayfalarAmerican Mathematical Society, 2000 |
Kitabın içinden
64 sonuçtan 1-3 arası sonuçlar
Sayfa 730
... fixed point set Y is nonempty and Zp - acyclic : H ̧ ( Y® ; Zp ) = 0 ; H „ ( X ; ( iii ) the quotient XY / w is acyclic : H. ( X ; Z ) = 0 . Then Y is also acyclic : H. ( Y ; Z ) = 0 . * ~ Proof . By Corollary 5.2 , H. ( Y ; Zq ) ≈ H2 ...
... fixed point set Y is nonempty and Zp - acyclic : H ̧ ( Y® ; Zp ) = 0 ; H „ ( X ; ( iii ) the quotient XY / w is acyclic : H. ( X ; Z ) = 0 . Then Y is also acyclic : H. ( Y ; Z ) = 0 . * ~ Proof . By Corollary 5.2 , H. ( Y ; Zq ) ≈ H2 ...
Sayfa 998
... fixed t , we pass to the local setting and put ( y , t ) = v ( y , t ) - ( y , t ) , where v ( y , t ) = u ( x ( y ) , t ) is a solution of the problem ( 1.15 ) . For t fixed , is a solution of the problem . ( 1.30 ) where - d dya · Âk ...
... fixed t , we pass to the local setting and put ( y , t ) = v ( y , t ) - ( y , t ) , where v ( y , t ) = u ( x ( y ) , t ) is a solution of the problem ( 1.15 ) . For t fixed , is a solution of the problem . ( 1.30 ) where - d dya · Âk ...
Sayfa 1006
... fixed wЄ X ( To ) and TE [ 0 , 1 ] ; the solution v belongs to H2 + a1,1 + a1 / 2 ( Qo ) with a1 = a07 and the derivative v exists and belongs to L2 ( Qo ) . Moreover , . ( T ) vxt || v ( 7 ) || # 2 + a1.1 + a1 / 2 ( Qo ) ≤ c { || 4 ...
... fixed wЄ X ( To ) and TE [ 0 , 1 ] ; the solution v belongs to H2 + a1,1 + a1 / 2 ( Qo ) with a1 = a07 and the derivative v exists and belongs to L2 ( Qo ) . Moreover , . ( T ) vxt || v ( 7 ) || # 2 + a1.1 + a1 / 2 ( Qo ) ≤ c { || 4 ...
İçindekiler
N Berestovskii and V M Gichev Metrized left invariant orders | 543 |
A A Glutsyuk Codimension of the set of onedimensional polynomial | 567 |
N Zhelyabin On a class of Jordan Dbialgebras | 589 |
Telif Hakkı | |
16 diğer bölüm gösterilmiyor
Diğer baskılar - Tümünü görüntüle
Sık kullanılan terimler ve kelime öbekleri
3-manifold A₁ acyclic affine space affine variety algebra assume automorphism B₁ bialgebra birationally equivalent C*-action c₁ Calabi-Yau manifolds codimension coefficients commutative compact component condition construction contains Corollary corresponding cosets curve defined Definition deformation degree denote diffeomorphic divisor element elliptic genus embedding English transl equation Euler Euler characteristic exists fiber field finite formula function fundamental group group G H₁ harmonic Hecke operators holomorphic homotopy hyperbolic hypersurface immersions implies inequality integral intersection invariant irreducible isomorphic Jacobi forms Lemma Let F linear m₁ manifold Math Mathematical matrix modular forms module monodromy neighborhood notation obtain problem proof of Theorem Proposition prove relation Remark respectively ring satisfies Seifert semigroup sequence singular points smooth space subgroup submanifold Subsection subspace surface t₁ topological trivial unramified vector polynomial whence zero