St. Petersburg Mathematical Journal, 12. cilt,1-505. sayfalarAmerican Mathematical Society, 2001 |
Kitabın içinden
76 sonuçtan 1-3 arası sonuçlar
Sayfa 413
... operator satisfying ( A1 ) and ( A2 ) . We shall use the classes § , -∞ ( M , F , | TM | 1 / 2 ) of transverse pseudodifferential operators ( see [ 4 ] for the definition ) and the Sobolev spaces H ( M ) of half - densities on M. Also ...
... operator satisfying ( A1 ) and ( A2 ) . We shall use the classes § , -∞ ( M , F , | TM | 1 / 2 ) of transverse pseudodifferential operators ( see [ 4 ] for the definition ) and the Sobolev spaces H ( M ) of half - densities on M. Also ...
Sayfa 414
... operator P1 - P2 has order - in some conic neighborhood of N * F , for any K ¤ ¥ * , − ∞ ( M , F , | TM1 / 2 ) the operator K ( P1 – P2 ) is a smoothing operator ( see [ 4 ] ) . This completes the proof . 0 Let W ( t ) eit P2 denote ...
... operator P1 - P2 has order - in some conic neighborhood of N * F , for any K ¤ ¥ * , − ∞ ( M , F , | TM1 / 2 ) the operator K ( P1 – P2 ) is a smoothing operator ( see [ 4 ] ) . This completes the proof . 0 Let W ( t ) eit P2 denote ...
Sayfa 475
§2 . RELATIVELY p - RADIAL OPERATORS We recall that U and F are Banach spaces , L is an operator of class L ( U ; F ) , and the operator M E CI ( U ; F ) is defined on the subspace dom M. LL The subspace ker Rp ) ( M ) ( ker L , p ) ( M ) ...
§2 . RELATIVELY p - RADIAL OPERATORS We recall that U and F are Banach spaces , L is an operator of class L ( U ; F ) , and the operator M E CI ( U ; F ) is defined on the subspace dom M. LL The subspace ker Rp ) ( M ) ( ker L , p ) ( M ) ...
İçindekiler
2000 вып 1 Vol 12 2001 No | 2 |
Cohomology of isotropic flag varieties | 19 |
10 Varieties of ideals | 28 |
Telif Hakkı | |
4 diğer bölüm gösterilmiyor
Diğer baskılar - Tümünü görüntüle
Sık kullanılan terimler ve kelime öbekleri
algebra analytic apply assume asymptotic Banach space basis belongs boundary bounded called coefficients coincides commutative complete component condition configuration Consequently consider construct contains continuous convergence corresponding cubes defined definition denote determined diagram direct domain eigenvalues elements entire equal equation equivalent estimate exists extension fact field finite fixed formal formula function geometry given homomorphism identity implies inequality integral introduce invariant involution isomorphism journals Lemma linear Math Mathematical matrix means module Moreover multiplication natural norm obtain operator particular polynomial positive problem projection Proof properties Proposition prove proximate order quadratic relation relative Remark representation respectively restriction result ring satisfies sequence similar smooth solution space statement Subsection subspace Suppose Theorem theory variety vector