Kitabın içinden
89 sonuçtan 1-3 arası sonuçlar
Sayfa 316
It is obvious that the length of the intersection of K with an arbitrary line l ' parallel
to l does not exceed the length of the intersection of l ' with the cone Ki ( Figure 1 )
. Consequently , by the Cavalieri principle , we have V ( K ) > V ( Ki ) , which ...
It is obvious that the length of the intersection of K with an arbitrary line l ' parallel
to l does not exceed the length of the intersection of l ' with the cone Ki ( Figure 1 )
. Consequently , by the Cavalieri principle , we have V ( K ) > V ( Ki ) , which ...
Sayfa 474
Note that z EN Rv , and m > mo are arbitrary . Using estimate ( 2.5 ) , we obtain In
de [ 19m ( 7 , 8 ) – go ( 2 , 3 ) | ds Sem 19m ( , 8 ) – 90 ( 5,8 ) | dsdr + Evl , R Som
9m ( 7 , ) – 90 ( x , s ) dsdr < 8 + 2 meas R.0 = € , v1 for any m > mo . Theorem 4 ...
Note that z EN Rv , and m > mo are arbitrary . Using estimate ( 2.5 ) , we obtain In
de [ 19m ( 7 , 8 ) – go ( 2 , 3 ) | ds Sem 19m ( , 8 ) – 90 ( 5,8 ) | dsdr + Evl , R Som
9m ( 7 , ) – 90 ( x , s ) dsdr < 8 + 2 meas R.0 = € , v1 for any m > mo . Theorem 4 ...
Sayfa 520
The case of a line bundle over an arbitrary variety . Let L X be a line bundle over
an arbitrary variety X , and let s : X L be a section transversal to the zero section .
We use the following result proved in ( 11 ) : there exists an affine variety X ' and ...
The case of a line bundle over an arbitrary variety . Let L X be a line bundle over
an arbitrary variety X , and let s : X L be a section transversal to the zero section .
We use the following result proved in ( 11 ) : there exists an affine variety X ' and ...
Kullanıcılar ne diyor? - Eleştiri yazın
Her zamanki yerlerde hiçbir eleştiri bulamadık.
İçindekiler
Данилов Л И Об отсутствии собственных значений в спектре | 47 |
A Antipov and A I Generalov The Yoneda algebras of symmetric special | 377 |
A G Bytsko On higher spin U sl2invariant Rmatrices | 393 |
Telif Hakkı | |
7 diğer bölüm gösterilmiyor
Diğer baskılar - Tümünü görüntüle
Sık kullanılan terimler ve kelime öbekleri
algebraic analytic apply approximation arbitrary argument assume bounded called closed coefficients coincides complete condition connected Consequently consider constant construction contains continuous corresponding covering curves defined definition deformation denote depend determined dimension discrete edges element English equation equivalent estimate exists fact finite fixed formula function given Goursat problem graph identity implies inequality integral introduce invariant lattice Lemma limit linear locally Math Mathematical matrix means measure metric Moreover Note obtain operator parameters particular periodic Phys 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 suffices Suppose Theorem theory transformation unique values vector vertex vertices zero