Linear Operators: Part III: Spectral Operators [by] Nelson Dunford and Jacob T. Schwartz, with the Assistance of William G. Bade and Robert G. Bartle, Volume 1 |
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Page 2410
D Then there exists a positive constant ε = e ( p , D ) depending only on p and D such that if || A || < E ( P , D ) it follows that the operator T + q ( A ) is similar to the operator T and is therefore a spectral operator of scalar ...
D Then there exists a positive constant ε = e ( p , D ) depending only on p and D such that if || A || < E ( P , D ) it follows that the operator T + q ( A ) is similar to the operator T and is therefore a spectral operator of scalar ...
Page 2439
Since there exists a positive constant Co such that ( sin e 2 cosin ( 0/2 ) ] for 0 5 10 5 7/2 , formula ( 30 ) follows at once . Using ( 27 ) , ( 30 ) , and ( 31 ) , we see that there exists a finite constant M ' independent of ε such ...
Since there exists a positive constant Co such that ( sin e 2 cosin ( 0/2 ) ] for 0 5 10 5 7/2 , formula ( 30 ) follows at once . Using ( 27 ) , ( 30 ) , and ( 31 ) , we see that there exists a finite constant M ' independent of ε such ...
Page 2441
This shows that there exists a finite absolute constant c ' such that I ( Q ) < c ' ( 1 + lal ) -n + 1 . Using this inequality and using ( 37 ) , we see that there exists a finite constant M " independent of ε such that OVA 4 4 4 ( 43 ) ...
This shows that there exists a finite absolute constant c ' such that I ( Q ) < c ' ( 1 + lal ) -n + 1 . Using this inequality and using ( 37 ) , we see that there exists a finite constant M " independent of ε such that OVA 4 4 4 ( 43 ) ...
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Contents
SPECTRAL OPERATORS | 1924 |
Introduction | 1927 |
Terminology and Preliminary Notions | 1929 |
Copyright | |
31 other sections not shown
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