St. Petersburg Mathematical Journal, 4. cilt,4-6. sayılarAmerican Mathematical Society, 1993 |
Kitabın içinden
84 sonuçtan 1-3 arası sonuçlar
Sayfa 634
... inequality ( 2.0 ) was considered before the publication of [ 1 ] . For instance , in [ 1 ] itself there is a reference to the paper [ 2 ] , where the inequality ( 3.0 ) 0 ≤ Gå ( x , x ) , ΧΕΩ , is proved . Moreover , ( 2.0 ) is proved ...
... inequality ( 2.0 ) was considered before the publication of [ 1 ] . For instance , in [ 1 ] itself there is a reference to the paper [ 2 ] , where the inequality ( 3.0 ) 0 ≤ Gå ( x , x ) , ΧΕΩ , is proved . Moreover , ( 2.0 ) is proved ...
Sayfa 657
... inequality Lu≥ 0 in L2 ( N ) . Note that only the solutions uЄ D ' ( 2 ) of the differential inequality Lu≥ 0 that grow too rapidly on the boundary on fail to fall in the set V ( N ) . In L2 ( N ) the set V ( N ) is a closed linear ...
... inequality Lu≥ 0 in L2 ( N ) . Note that only the solutions uЄ D ' ( 2 ) of the differential inequality Lu≥ 0 that grow too rapidly on the boundary on fail to fall in the set V ( N ) . In L2 ( N ) the set V ( N ) is a closed linear ...
Sayfa 1091
... inequality and Friedrich's inequality it is easy to show that ( 2.19 ) MN≤ C14 | Vu ( ~ ) | 2 dx + C15 ( √ Damp dx ) 3/2 , ω where w1 = w11 U W21 . We now introduce the function where yo ( t , x ) = 1 t + 1 − y ( ) - for x ...
... inequality and Friedrich's inequality it is easy to show that ( 2.19 ) MN≤ C14 | Vu ( ~ ) | 2 dx + C15 ( √ Damp dx ) 3/2 , ω where w1 = w11 U W21 . We now introduce the function where yo ( t , x ) = 1 t + 1 − y ( ) - for x ...
İçindekiler
HADAMARDS CONJECTURE | 634 |
1993 No 4 | 921 |
AND ESTIMATES OF THE GREEN FUNCTION | 1054 |
Telif Hakkı | |
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According algebra analytic apply assertion assume asymptotic boundary bounded closed complete condition cone connected Consequently consider const constant construction contains continuous corresponding cubes defined definition denote depend derivatives described determined differential domain eigenvalues element English transl equality equation equivalent estimate example exists extension fact field finite fixed follows formula function given gives hence holds implies inequality integral introduce Lemma limit linear mapping Math Mathematical means measure multiplicity norm obtained Obviously operator pair particular perturbation positive possible principle problem Proof properties Proposition proved reduced relation remains Remark representation respect satisfies scattering side smooth solution space spectral spectrum subspace sufficiently Suppose Theorem theory unique vector zero