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65 sonuçtan 1-3 arası sonuçlar
Sayfa 196
Let N ET , where I is an arbitrary monotone increasing sequence of primes such
that N < C for some C independent of N . We put Pn : = { v C Ln \ { 0 , 0 } } , Mn : =
# PN . Then , given any continuous function f : T + R , any sequence { vj ( n ) } ner
...
Let N ET , where I is an arbitrary monotone increasing sequence of primes such
that N < C for some C independent of N . We put Pn : = { v C Ln \ { 0 , 0 } } , Mn : =
# PN . Then , given any continuous function f : T + R , any sequence { vj ( n ) } ner
...
Sayfa 346
Here B ( k ) E20 , 1 [ is a constant , and y is an arbitrary point of the form ( 10 ) .
Standard arguments show that in the domain D = N ( u ) n { x : < 1x – y < 2r } the
function w ( t ) = 1 Blk ) wr 1 . 2 — y1 = ” _ _ ( 2r ) " ( ) " - ( 2r ) - n is a low barrier for
...
Here B ( k ) E20 , 1 [ is a constant , and y is an arbitrary point of the form ( 10 ) .
Standard arguments show that in the domain D = N ( u ) n { x : < 1x – y < 2r } the
function w ( t ) = 1 Blk ) wr 1 . 2 — y1 = ” _ _ ( 2r ) " ( ) " - ( 2r ) - n is a low barrier for
...
Sayfa 353
estimated as follows ( see [ 6 ] ) : inf B + ( 20 ) v > ( 1 - yo ) inf B $ ( wo ) v if inf B1 (
2 ) v < 0 , where 70 is a universal constant , Yo e ] 0 ; 1 [ , whence ( 35 ) inf v 2 - (
1 – Yo ) Mm . BR / 2 ( yo ) If xn < , this yields ( 34 ) with arbitrary ni < 70 , 72 > 0 .
estimated as follows ( see [ 6 ] ) : inf B + ( 20 ) v > ( 1 - yo ) inf B $ ( wo ) v if inf B1 (
2 ) v < 0 , where 70 is a universal constant , Yo e ] 0 ; 1 [ , whence ( 35 ) inf v 2 - (
1 – Yo ) Mm . BR / 2 ( yo ) If xn < , this yields ( 34 ) with arbitrary ni < 70 , 72 > 0 .
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İçindekiler
REPRESENTATION OF A FORM | 17 |
10 The automorphism groups of discriminant forms | 59 |
12 A general formula for the weight of representations | 65 |
Telif Hakkı | |
5 diğer bölüm gösterilmiyor
Diğer baskılar - Tümünü görüntüle
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apply arbitrary assume assumptions asymptotics basis belongs boundary bounded classical closed coincides compact complex condition Consequently consider constant construction contains continuous convex corresponding curve defined definition denote depends described determined differential dimension direct discrete domain eigenfunctions eigenvalues elements equal equation equivalent estimate example exists expression factor field finite fixed formula function given gives implies independent inequality integral introduce invariant isospectral lattice Lemma limit manifolds Math Mathematical matrix measure method Moreover observe obtain operator orbits particular periodic perturbation Phys positive potential present problem Proof properties Proposition prove quadratic quantum relation Remark representations respect satisfies similar smooth solution space spectral spectrum statement Subsection sufficiently surface symbol Theorem theory transformation unique values vector