Linear Operators: Spectral operators |
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Page 2256
Then T is a spectral operator if and only if ( a ) the family of projections E ( 0 ; T )
corresponding to compact spectral sets of T is uniformly bounded , and ( b ) no
non - zero x in X satisfies the equation E ( 0 ) x = 0 for every compact spectral set
o ...
Then T is a spectral operator if and only if ( a ) the family of projections E ( 0 ; T )
corresponding to compact spectral sets of T is uniformly bounded , and ( b ) no
non - zero x in X satisfies the equation E ( 0 ) x = 0 for every compact spectral set
o ...
Page 2325
... William G. Bade, Robert G. Bartle. 0 3 Rz < 211 onto the w - plane with zero
removed . Since sin z = ( 1 ... In order to obtain information on the zeros of M ( u )
from this , we now use Lemma 3 . We know by Lemma 2 that all but a finite
number ...
... William G. Bade, Robert G. Bartle. 0 3 Rz < 211 onto the w - plane with zero
removed . Since sin z = ( 1 ... In order to obtain information on the zeros of M ( u )
from this , we now use Lemma 3 . We know by Lemma 2 that all but a finite
number ...
Page 2462
Moreover , if C belongs to the trace class C1 , then TnC converges to zero in
trace norm , and CT * converges to zero in trace norm . PROOF . The set K = C ( {
XE H | | x 3 1 } ) is conditionally compact , and thus for each a > 0 there exists a
finite ...
Moreover , if C belongs to the trace class C1 , then TnC converges to zero in
trace norm , and CT * converges to zero in trace norm . PROOF . The set K = C ( {
XE H | | x 3 1 } ) is conditionally compact , and thus for each a > 0 there exists a
finite ...
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Contents
SPECTRAL OPERATORS | 1924 |
An Operational Calculus for Bounded Spectral | 1941 |
Part | 1950 |
Copyright | |
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