Linear Operators: Spectral operators |
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Page 2095
Consequently , the analogs of the results stated in the preceding paragraph for
restrictions of spectral and scalar type operators also hold for their quotients .
Although the restrictions of operators with the single valued extension property
have ...
Consequently , the analogs of the results stated in the preceding paragraph for
restrictions of spectral and scalar type operators also hold for their quotients .
Although the restrictions of operators with the single valued extension property
have ...
Page 2106
It is proved that if A is adjoint Abelian , then ( i ) ( A2 ) * is a scalar type operator of
class ( X ) , and ( ii ) if X is weakly complete , then A2 is a scalar type operator .
Moreover , if A is adjoint Abelian and X is weakly complete , then A is scalar type
...
It is proved that if A is adjoint Abelian , then ( i ) ( A2 ) * is a scalar type operator of
class ( X ) , and ( ii ) if X is weakly complete , then A2 is a scalar type operator .
Moreover , if A is adjoint Abelian and X is weakly complete , then A is scalar type
...
Page 2174
In a Hilbert space the condition that letttl s M for all te R implies that T is
equivalent to a self adjoint operator and hence is a scalar type operator with real
spectrum . ( This follows from Lemma XV . 6 . 1 which implies that the bounded
group G ...
In a Hilbert space the condition that letttl s M for all te R implies that T is
equivalent to a self adjoint operator and hence is a scalar type operator with real
spectrum . ( This follows from Lemma XV . 6 . 1 which implies that the bounded
group G ...
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Contents
SPECTRAL OPERATORS 1937 1941 1945 XV Spectral Operators | 1924 |
Introduction | 1927 |
Terminology and Preliminary Notions | 1929 |
Copyright | |
29 other sections not shown
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