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75 sonuçtan 1-3 arası sonuçlar
Sayfa 130
The corresponding Young diagrams are n nodes Am < A ( r , 8 ) = s nodes n
nodes 000 r - A + ( ris ) = 1 ) s nodes n nodes m 1 + ( r , 8 ) = ( - 1 ) nodes Let the
symbol Eros ) , s > 1 ( respectively , E41 , 8 ) , r > 1 , E1 * ( , 8 ) , E ^ + ( , 8 ) )
denote a ...
The corresponding Young diagrams are n nodes Am < A ( r , 8 ) = s nodes n
nodes 000 r - A + ( ris ) = 1 ) s nodes n nodes m 1 + ( r , 8 ) = ( - 1 ) nodes Let the
symbol Eros ) , s > 1 ( respectively , E41 , 8 ) , r > 1 , E1 * ( , 8 ) , E ^ + ( , 8 ) )
denote a ...
Sayfa 290
... ( S8 , 5 ' 6 , ) 8 , ( 6 ) ui , where vi ( respectively , ui ) is a product of elements of
the form xa ( d ) , de A , a E R( respectively , a E R + ) and a # - di ( respectively , a
# 8i ) , and where c , b E A ( this follows from Chevalley ' s commutator formula ) .
... ( S8 , 5 ' 6 , ) 8 , ( 6 ) ui , where vi ( respectively , ui ) is a product of elements of
the form xa ( d ) , de A , a E R( respectively , a E R + ) and a # - di ( respectively , a
# 8i ) , and where c , b E A ( this follows from Chevalley ' s commutator formula ) .
Sayfa 352
Then Y = Tor ( A ) is a nonsingular threefold , and Y6 = Tor ( A ' ) , YÖ " = Tor ( A "
) are surfaces isomorphic ( respectively ) to p2 and P2 with a blown - up point ,
where A ' = conv { ( 0 , 0 , 0 ) , ( P , 0 , 0 ) , ( 0 , P , 0 ) } , A " = conv { ( p , 0 , 0 ) , ( 0
...
Then Y = Tor ( A ) is a nonsingular threefold , and Y6 = Tor ( A ' ) , YÖ " = Tor ( A "
) are surfaces isomorphic ( respectively ) to p2 and P2 with a blown - up point ,
where A ' = conv { ( 0 , 0 , 0 ) , ( P , 0 , 0 ) , ( 0 , P , 0 ) } , A " = conv { ( p , 0 , 0 ) , ( 0
...
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İçindekiler
A Antipov and A I Generalov The Yoneda algebras of symmetric special | 377 |
A G Bytsko On higher spin U sl2invariant Rmatrices | 393 |
Dirac operator | 409 |
Telif Hakkı | |
6 diğer bölüm gösterilmiyor
Diğer baskılar - Tümünü görüntüle
Sık kullanılan terimler ve kelime öbekleri
algebraic analytic apply approximation arbitrary argument assume asymptotic bounded called closed coefficients coincides complete condition connected Consequently consider consists constant construction contains continuous corresponding curves defined definition denote depend determined differential dimension discrete edges element equal equation equivalent estimate example exists fact finite fixed formula function given Goursat problem graph hyperbolic identity implies inequality integral introduce invariant lattice Lemma limit linear locally Math Mathematical matrix functions means measure metric Moreover Note obtain operator parameter particular periodic points polynomial positive potential problem Proof proof of Theorem Proposition prove quantum rational reduced regular relation Remark respectively result satisfies sequence side singular solution space spectrum statement Subsection sufficiently Suppose Theorem theory transformation unique values vector vertices zero