Linear Operators: Spectral operators |
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Page 1994
Let Ano converge for each o in H . Theorem 4 shows that 1an1 = panloo , and
Theorem II . 3 . ... Then , by Theorem 4 , ang = F - Xn X , and since Ano converges
, we see from the continuity of F that lim 11 ( 8 ) – Im ( s ) / 2 ds = 0 , m . no which ...
Let Ano converge for each o in H . Theorem 4 shows that 1an1 = panloo , and
Theorem II . 3 . ... Then , by Theorem 4 , ang = F - Xn X , and since Ano converges
, we see from the continuity of F that lim 11 ( 8 ) – Im ( s ) / 2 ds = 0 , m . no which ...
Page 2218
It must be shown that { Ea } converges strongly to E . By Lemma 6 , E is in B and
so a consideration of the sequence { Ea – E } shows that it may be assumed that
E = 0 . Thus , to make an indirect proof , it is assumed that the sequence { Ex } is ...
It must be shown that { Ea } converges strongly to E . By Lemma 6 , E is in B and
so a consideration of the sequence { Ea – E } shows that it may be assumed that
E = 0 . Thus , to make an indirect proof , it is assumed that the sequence { Ex } is ...
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 1937 1941 1945 XV Spectral Operators | 1924 |
Introduction | 1927 |
Terminology and Preliminary Notions | 1929 |
Copyright | |
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