Kitabın içinden
63 sonuçtan 1-3 arası sonuçlar
Sayfa 27
The operator ( D + V ) acts boundedly from this subspace to L2 ( 12 ) 4 . The
spectrum of this operator is discrete , there exists an orthonormal basis of
eigenfunctions in L2 ( 12 ) 4 , and the eigenvalues have the usual asymptotic
behavior / 372 ...
The operator ( D + V ) acts boundedly from this subspace to L2 ( 12 ) 4 . The
spectrum of this operator is discrete , there exists an orthonormal basis of
eigenfunctions in L2 ( 12 ) 4 , and the eigenvalues have the usual asymptotic
behavior / 372 ...
Sayfa 54
Numbered monotonically with their multiplicities taken into account , the
eigenvalues have the asymptotics ( 10 . ... For every eigenvalue t the
corresponding eigenspace of Sį is finite - dimensional , consists of infinitely
smooth functions , and is ...
Numbered monotonically with their multiplicities taken into account , the
eigenvalues have the asymptotics ( 10 . ... For every eigenvalue t the
corresponding eigenspace of Sį is finite - dimensional , consists of infinitely
smooth functions , and is ...
Sayfa 55
Therefore , for all negative n except , probably , a finite number of them , the
eigenvalues ( 10 . 5 ) of Q correspond to the “ plus ” sign in ( 10 . 5 ) ( again with
recalculation of the asymptotic behavior by using ( 10 . 1 ) and ( 10 . 5 ) ) . Thus ,
the ...
Therefore , for all negative n except , probably , a finite number of them , the
eigenvalues ( 10 . 5 ) of Q correspond to the “ plus ” sign in ( 10 . 5 ) ( again with
recalculation of the asymptotic behavior by using ( 10 . 1 ) and ( 10 . 5 ) ) . Thus ,
the ...
Kullanıcılar ne diyor? - Eleştiri yazın
Her zamanki yerlerde hiçbir eleştiri bulamadık.
İçindekiler
ISOMETRIC EMBEDDINGS OF FINITEDIMENSIONAL loSPACES | 23 |
Dedicated to M Sh Birman on the occasion of his 75th birthday | 285 |
ABSTRACT The nonexistence of isometric embeddings em line with p q is proved | 296 |
Telif Hakkı | |
4 diğer bölüm gösterilmiyor
Diğer baskılar - Tümünü görüntüle
Sık kullanılan terimler ve kelime öbekleri
analytic apply approximation assume asymptotic belongs BKN-equation block boundary bounded called closed coefficients collection compatible complete components condition Consequently consider constant construction contains continuous corresponding covering defined definition denote differential domain edge eigenvalues embedding English equal equation estimate example exists extension fact fibers field finite fixed formula function given graph harmonic identity implies inequality integral introduce invertible Lemma linear manifold Math Mathematical matrix monodromy Moreover norm obtain operator oriented pair particular periodic polynomial positive potential present problem proof properties Proposition prove rational relation Remark representation respect result satisfies selfadjoint separation singular smooth solution space spectral spectrum statement Subsection sufficiently Suppose surface symmetric Theorem theory transformation transl true unique values vector vertex vertices zero