Kitabın içinden
40 sonuçtan 1-3 arası sonuçlar
Sayfa 940
Using the Frobenius theorem , we represent inequality ( 4 ) in the form ( 6 ) | L1 =
x ( 1 ) 5 k ( L ) xo ( 1 ) < 4a ́k ( L ) . XEIrr ( L ) We recall that for sporadic groups the
parameter a does not exceed 2 . The results of ( 10 ) show that the groups L ...
Using the Frobenius theorem , we represent inequality ( 4 ) in the form ( 6 ) | L1 =
x ( 1 ) 5 k ( L ) xo ( 1 ) < 4a ́k ( L ) . XEIrr ( L ) We recall that for sporadic groups the
parameter a does not exceed 2 . The results of ( 10 ) show that the groups L ...
Sayfa 941
By using Lemmas 1 and 10 , these cases can easily be ruled out . The lemma is
proved . 4 . 4 . Classical simple groups of Lie type . Lemma 14 . Let L be a
classical simple group of Lie type for which the inequality of Lemma 10 is valid .
Then L ...
By using Lemmas 1 and 10 , these cases can easily be ruled out . The lemma is
proved . 4 . 4 . Classical simple groups of Lie type . Lemma 14 . Let L be a
classical simple group of Lie type for which the inequality of Lemma 10 is valid .
Then L ...
Sayfa 942
Finally , if t > 3 , then only q = 2t with t E { 3 , 4 } can be a solution of the above
inequality . Now , we rule out the remaining simple groups for n = 2 . We know
that the groups C2 ( g ) and B2 ( q ) coincide . We apply the computer algebra
system ...
Finally , if t > 3 , then only q = 2t with t E { 3 , 4 } can be a solution of the above
inequality . Now , we rule out the remaining simple groups for n = 2 . We know
that the groups C2 ( g ) and B2 ( q ) coincide . We apply the computer algebra
system ...
Kullanıcılar ne diyor? - Eleştiri yazın
Her zamanki yerlerde hiçbir eleştiri bulamadık.
İçindekiler
A Brudnyi and D Kinzebulatov Uniform subalgebras of 1 on the unit | 495 |
N A Vavilov Can one see the signs of structure constants? | 519 |
Waldemar Hołubowski A new measure of growth for groups and algebras | 545 |
Telif Hakkı | |
9 diğer bölüm gösterilmiyor
Diğer baskılar - Tümünü görüntüle
Sık kullanılan terimler ve kelime öbekleri
algebra arrangements assume base belong bundle called character Chevalley closed coefficients commutative complete condition consider constant construction contains continuous Corollary corresponding curve defined definition denote determined diagram direct elementary elements embedding equal equation equivalent example exists extension fact field FIGURE finite fixed formula function given Hence homogeneous homomorphism ideal identity implies inequality integer introduce inverse irreducible isomorphism Lemma linear Math Mathematical matrix maximal means module Moreover multiplication natural nonzero normal Note objects obtain operator particular permutation points polynomial positive present prime problem projective Proof properties Proposition prove Providence Recall relations Remark representation respectively result ring root satisfies scheme sequence similar solution space statement structure subgroup subset Suppose Theorem theory values variety vector weight